Sym_mouse	0:   Chr_mouse	Alias	Search_sym	Sort_by_mouse_sym	Map_ccr	Map_mit	Chr_band	Locus_name	Map_method	Sym_human	Chr_human	Chr_hs_guess	Comment	Reference		Anchor_comp	Chr_cat	Chr_cow	Chr_deermus	Chr_dog	Chr_fox	Chr_hamster	Chr_horse	Chr_mink	Chr_mouse_predicted	Chr_pig	Chr_rabbit	Chr_rat	Chr_sheep	Comp_note	Cosmid_hsa	Cosmid_mmu	Enzyme	Genbank	Gene_note	Is_129	Is_a	Is_akr	Is_balbc	Is_c3h	Is_c57bl6	Is_dba2	Is_sjl	Locus_type	Map_gbase	Map_cm_hsa	Map_mb_has	Flpter_hsa	Map_note	Map_panel	Mit_a	Mit_akr	Mit_assay	Mit_c57bl6	Mit_balbc	Mit_c3h	Mit_cast	Mit_dba2	Mit_ob	Mit_lp	Mit_nod	Mit_non	Mit_spr	Neighbor_cen	Neighbor_tel	Panel_name	Phenotype	Primer	Repeat_info	Ri_axb_bxa	Ri_akxd	Ri_akxl	Ri_bxd	Ri_bxh	Ri_bxj	Ri_cxb	Ri_cxj	Ri_cxs	Ri_lxp	Ri_nx8	Ri_nx9	Ri_nxsm	Ri_oxa	Ri_swxj	Ri_swxl	Yac_hsa	Yac_mmu	Year	Sort_by_group	Sort_by_human_chr	Sort_by_human_sym	Status	3/31/93	1/24/98	Jax_number	Accession_mdb	A000001
Aal	1		aal	Aal	S			active avoidance learning	R		1q		May not actually map to Chr 1. Mapped with respect to H35 locus. Do not have the RI data.	Oliverio A 1973 Physiol Behav 11:497	5380																													V	83																						brain (unclassified); behavior (unclassified)																					1973						1/24/98			R100001
Aamp-rs	1				41			angio-associated migratory protein, related sequence	L						24194																																																																									1998					1/22/98	1/24/98			R121331
Abll	1	Arg	abll, arg, abl2, abll2	Abll	82.1			Abelson related tyrosine kinase	L S	ABL2	1q24-q25		Tyrosine kinase activity. Transcribed in embryo and in all postnatal tissue.	Goff SP 1982 Science 218:1317 & Seldin MF 1989 Genomics 4:221	16146 10139 9852 4624	Y		16, SGI										13 (ABLL2)							40 kb cellular homolog of viral leukemia oncogene									D	64																						immune (immune defect)	ABLL cDNA, viral v-abl gene																				1982					8/10/94	1/24/98			R100002
Acact	1				81.6			acyl-Co A: cholesterol acyltransferase	L	SOAT	1q25				29712 31174																																		1																																							1995-1997					1/21/98	1/24/98			R116476
Acadl	1		acadl, acad1	Acadl	27.3			acyl-coenzyme A dehydrogenase, long chain		ACADL	2q34-q35				28013																																																																									1994				reserved, nomenclature	8/10/94	1/24/98			R111519
Acf1	1	Acf-1	acf1	Acf001	67			albumin conformation factor 1	L		2q		Speeds up electrophoretic mobility of albumin. a allele = absent, b = present and dominant.	Wilcox FH 1973 Nature 246:35 & Wilcox FH 1979 Biochem Genet 17:159	6155																					b	a	b	b	*	a	b	b	B	48																						protein (structural)																					1973					8/10/94	1/24/98			R100003
Acrd	1	Achr-3	acrd, achr3, chrnd	Acrd	52.3			acetylcholine receptor, delta	L	CHRND	2q36-q37		Muscle nicotinic acetylcholine receptor subunit.	LaPolla RJ 1984 PNAS 81:7970 & Heidmann O 1986 Science 234:866	8468														2q42-ter					K02582 (Mmuscaris)	1910 nt linear ss mRNA from Mus muscaris. 520 aa conceptual translation.									D	42																						brain (transmitter related); protein (receptor); muscle	y																				1984					8/10/94	1/24/98			R100004
Acrg	1	Achr, Achr-3, MUSACHRA, D1Mit51, D1Mit49	acrg, achr3, d1mit51, d1mit49, achra, musachra, chrng	Acrg	52.3	61.7		acetylcholine receptor, gamma	L R	CHRNG	2q21.1-q21.3		Primary Committee anchor. Nicotinic receptor. Contains polymorphic CA repeat in exon 1 upstream of core enhancer recognized by D1Mit51 primers and another microsatellite recognized by D1Mit49.	Heidmann O 1986 Science 234:866 & Boulter J 1986 J Neurosci Res 16:37 & Crowder CM 1988 Mol Cell Bioll 8:5257	11044 8468 16146 11325 3516 10476 10990 4624	Y		U11																M22381, M22380, M14791, X03818, X03819, M30514, U05685 (Mspretus)	exon 1, 2, and other sequences									D P	43																						brain (transmitter related); protein (receptor)	D1Mit51 PCR primers & Acrg PCR primers (178 bp product), F=ACCGTTCACAGCTGACCTAGT, R=GGGACACAGATGTACTAAGCT & psP65 from ATCC		B A B A B B A B A A B A B B B B B B B B A A A A A B B B A A B B B A A U A B B B U			B B B B U B B B D B D B U B U B D D D U U D B D B D															1986					8/10/94	1/24/98			R100005
Adprp	1	Adrpt	adprp, adrpt, ppol	Adprp	98.6			poly (ADP-ribose) polymerase	L R	ADPRT	1q41-q42		NAD+ ADP-ribosyltransferase. Poly(A) polymerase.	Huppi 1989 Nucleic Acids Res 17:3387 & Zhao W 1993 Genomics 000:000	16146 10118 4624 4624																			L22658, X14206, M18112 (Hsa)										D	69																						enzyme (DNA or RNA processing, polymerase, transferase)	y					B B D U B D D B B B B B U B U B D U D D D D D D D U															1989					8/10/94	1/24/98			R100006
Akp1	1	Akp-1	akp1, akp, alp, alpl	Akp001	100.6			alkaline phosphatase 1, liver, bone, kidney, magnesium requiring	L R	ALPL	1p36.1-p34		Generates 2 transcripts driven from 2 promoters. One expressed principally in heart. Also expressed in placenta. There is a human locus, alkaline phosphatase, placental (ALPP), that may be a homolog.	Wilcox FH 1979 Biochem Genet 17:1093 & Terao 1990	1883 16146 3516 4624 9393			U17, SGXVII								6		LGXI (ALP)					3.1.3.1	J02980, X14174 (Hsa)		b	b	b	b	*	a	a	b	D	79				GBASE anchor.																		enzyme (phosphatase)	y		A A B B B B A B B B U B B B B B B B A B B A B A A B A A U B A B B A U B A B A A B		A L L L L L L L L A L L L A A A A L		B H H B B B H B B H H B		C B C B B B C U U U U U U		S C C S C C S C S S S C S S				N N N S N N N S S N N N N S S N N	O A O A O A A A A A O O O O		S S L S S S L			1979					8/10/94	1/24/98			R100007
Akp3	1	Akp-3	akp3, alp1	Akp003	51.7			alkaline phosphatase 3, intestine, not magnesium requiring	L R	ALPI	2q37.1		Secondary Committee anchor.	Wilcox FH 1979 Biochem Genet 17:1093 & Schurr E 1989 Cytogenet Cell Genet 52:65	16146 11325 3516 10226 10990 4624																				11 exons	*	a	*	a	a	*	a	*	D	42																						enzyme (phosphatase)	y		B A B A B B A B A A B A B B B A B B B B A A A A A B B B A A B B B A A U A B B B U																		1979					8/10/94	1/24/98			R100008
Akp4	1	Akp-4, D1Mit5?	akp4, alpi	Akp004	71.6			alkaline phosphatase 4	L				May be the same locus as embryonic alkaline phosphatase.	Schurr E 1989 Cytogenet Cell Genet 52:65	10226																													D	49																						enzyme (phosphatase)	y																				1992					8/10/94	1/24/98			R100009
Akpe	1	Akp-e, D1Mit5, MUSEAP, MMEAP, E-AP	akpe, d1mit50, museap, mmeap, eap	Akpe	S	61.7		alkaline phosphatase, embryonic	L				Contains a polymorphic CA at 3' end recognized by  D1MIT50 PCR primer set.  Not in GBASE or 1993 Committee Report. Expressed pre-implantation embyros before E7. Symbol by RW from GenBank.	Manes T 1990 Genomics 8:541 & Hahnel AC 1990 Development 110:555																				M61704	Sequenced by Manes. 11 exons. 529 aa protein.									D P	59																						DNA (pseudogene or related sequence); enzyme (phosphatase)	D1Mit50 primers, F=GGGTAATAACTGCATTCTTGCC, R=TAGGCTCAAAGAGGCCTGAA																				1990				RW personal	8/10/94	1/24/98			R100010
Alcc1	1		alcc1	Alcc001	S			alchohol consumption 1	Q				A major QTL affecting alcohol acceptance and consumption on Chr 1. Symbol is just a temporary placeholder by RW. Get proper symbol from R Plomin and Nomenclature Committee.	Plomin R 1994 Mouse Genome Conference 8:116																																			Proximal on  Chr 1 by QTL mapping wiith respect to Mit SSLP markers.																																							1994					11/9/94	1/24/98			R114463
Alcc2	1		alcc2	Alcc002	S			alchohol consumption 2	Q				A major QTL affecting alcohol acceptance and consumption on Chr 1. Symbol is just a temporary placeholder by RW. Get proper symbol from R Plomin and Nomenclature Committee.	Plomin R 1994 Mouse Genome Conference 8:116																																			Mapped as a QTL on BXD and with respect to MitSSLP markers and intercross (?). Get additional mapping information and LOD score from R. Plomin at tel 071-703-5411 (London, GB).																																							1994					11/9/94	1/24/98			R114466
Alcs2	1		alcs2	Alcs002	S			alcohol sensitivity 2	Q				A major quantiative trait locus mapped on the LSXSS RI strains (Long Sleep and Short Sleep strains)  that influences the response to general anesthetic agents, including propofol, Forane, and enflurane. Get final symbol from Johnson TE and Nomenclature Committee.	Johnson TE 1994 Mouse Genome Conference 8:77																																			LOD of about 5. Close to D1MIt46. One on 20-and 35.																																							1994					11/9/94	1/24/98			R114473
ald	1		ald	ald	80.4			adrenocortical lipid depletion	R		1q		Mutation carried in AKR/O inbred strain. Onset at puberty. Dependent on pituitary. Site of gene action is not the adrenal gland. Note that this is not equivalent to human ALD, adrenoleukodystropy gene.	Arnesen K 1963 Acta Path Microbiol Scand 58:212 & Taylor BA 1975 Genet Res 26:307	5644																													V	56																						endocrine (hormone associated)					A A A A A L L L L A L L L A L A L A																1963				nomenclature	8/10/94	1/24/98	AKR/J		R100011
Amh-rs1	1		amhrs1	Amhrs001	20.4			anti-Mullerian hormone, related sequence 1	R		2q			King TR 1991 Genomics 11:273	3252																													D	23																						DNA (pseudogene or related sequence); endocrine (hormone related); endocrine (hormone); reproduction (duct related)	y			A D D D D D A A A A A D D D A A A D A A D U A D A	L L A A A L A A L A L L A A A A A L																1992					8/10/94	1/24/98			R100012
Amp1	1	HRS1016, MUSAMP	amp1, hsr1016, musamp	Amp001	S			amplificol	I				An amplified mouse gene in chromosome 1 with partial homology to a human gene encoding the nuclear autoantigen Sp100. Entered by RW (1993).	Eckert W 1991 Mol Cell Biol 11:2229 & Plass C 1993 Mol Cell Biol 000:000																				L16452, L16453, L16454, L16455, L16456, L16457, L16458, L16459, L16460	(clone lambdaMm74) amplificol gene, exon 1.   *Title*  Structure of an amplified mouse gene in chromosome 1 with partial homology to a human gene encoding the nuclear autoantigen Sp100									D	syn																																											1993				RW personal	8/10/94	1/24/98			R100013
Aop2	1				83.6			anti-oxidant protein 2							2300 16181 8744 13782 6130 6437 8343																																		2																																							1995-1997					1/21/98	1/24/98			R116479
Aox1	1	Aox-1	aox1	Aox001	23.2			aldehyde oxidase 1	L R		2q		GBASE anchor.	Holmes RS 1979 Biochem Genet 17:517 & Mather 1983 Animal Blood Grps Biochem Genet 14:279	6250 14741 5375																					a	a	a?	a	*	a	b	a	B	20																						enzyme (unclassified)				A D D D A D A A A A A D D D A A A D A A D A A D A		B B B D D B B B B B D D D D D B B B B D D D D D B D															1967					8/10/94	1/24/98			R100014
Aox2	1	Aox-2	aox2	Aox002	23.2			aldehyde oxidase 2	L R		2q			Holmes RS 1981 Anim Blood Grps Biochem Genet 12:193  & Holmes RS 1979 Biochem Genet 17:517	6250																					a	a	a	a	*	a	a	a	B	21																						enzyme (unclassified)																	S S S S J S J S J S J J J S				1979					8/10/94	1/24/98			R100015
Apoa2	1	Apoa-2, Alp-2, Hdl-1	apoa2, alp2, hdl1	Apoa002	92.6			apolipoprotein A2 / apolipoprotein A-II	L P R	APOA2	1q21-q23		Or A-II. Once known as high density lipoprotein-1 locus. May be a cluster of genes.	Lusis AJ 1983 J Biol Chem 258:5071	16146 22990 7017 3516 9067 9230 4624																			X04119, M29882 (Hsa), U05691 (Mspretus), U05692 (Mspretus)		*	b	a	b	b	a	a	*	B D	73																						protein (structural)	Gene specific Apoa2 primers: F=TTCAGCAGTTTAATGAACCTCG, B=GCATTTATTGGAGAAAACAGGC		A A B B B B B A B B U B B B A B B B A B B A A B A B B B U B A B B A A U A A A B U	A D A D A A A D A D A A A D A A A A D A D D A D D	L L L L A L L L L A L L L U A A A A	B D D U D D D B B B B B U B U B D U D D D D B D U D	B B B H B B H B B H H B		C B C B B C C U U U U U U												1979					8/10/94	1/24/98			R100016
At3	1	At-3	at3	At003	84.6		G1	anti-thrombin 3	I L P R	AT3	1q23-q25.1		Secondary Committee anchor.	Seldin MF 1988 J Exp Med 167:688	10440 16146 22990 3516 10139 24000 9067 11320 4624	Y		16, SGI																										D	68																						blood (clotting or coaggulation related)	y		B B B B B B B B A B U A B B U B B B B B B B B A A B A B U B U B U U A U A U A A U	A D A D D A A D A D A A A D D A D A A A A D A A A	L L L L A L L L L A L L L U L A L A	B B D U B D D B D B B B U B U B D U D D D D D D U D	B H B H B B H B B B H B														1988					8/10/94	1/24/98			R100017
Ath1	1	Ath-1	ath1	Ath001	90.1			atherosclerosis 1	L R		1q		Aortic lesions due to high lipoproteins after 3 months in <s> allele strains in response to high fat diet.	Paigen B 1987 PNAS 84:3763	8735 9832																					*	*	*	r	r	s	*	*	V	75																						viscera (heart or vessels); protein (structural)							U H H H B B H B B H H U		C B C C B C C U U U U U U												1987					8/10/94	1/24/98			R100018
Atp1a2	1	Atpa-3	atp1a2, atpa3	Atp001a002	94.2			ATPase, sodium-potassium exchanging, type 1, alpha 2	L P S	ATP1A2	1q21-q23		Two mRNAs that are isoforms of the alpha subunit of ATP phosphohydrolase. Large mRNA expressed in brain, heart, skeletal muscle. Smaller in variety of tissues. Formerly called alpha 3.	Kent RB 1987 PNAS 84:5369	16146 8782 10129 10139 3288 4624													13					3.6.1.3											D	74																						enzyme (phosphatase)	rat cDNA probes																				1987					8/10/94	1/24/98			R100019
Atp1b1	1	Atpb, Atpb-1	atp1b1, atpb, atpb1	Atp001b001	86.8			ATPase, sodium-potassium exchanging, type 1, beta 1	L P S	ATP1B1	1q22-q25		Encodes 55 kD glycosylated subunit of ATP phosphohydrolase.	Kent RB 1987 PNAS 84:5369	16146 8782 10139 3288 4624									13		4q13-q21								M14137 (Rno), X03747 (Hsa)										D	70																						enzyme (phosphatase)	rat cDNA probes																				1987					8/10/94	1/24/98			R100020
Atp2b4	1				70.3			ATPase, Ca<++> transporting, plasma membrane 4	L	ATP2B4	1q25-q32				16146 16146																																																																									1995-1997					1/22/98	1/24/98			R121426
Bcg	1		bcg	Bcg	39.2			resistance to mycobacterium infection	L R				Listed in 1994 Committee Report of Seldin, but not as a new locus. Confirm.																																																																											1994					10/20/94	1/24/98			R114351
Bcl2	1	Bcl-2, mbcl-2	bcl2, mbcl2, ced9	Bcl002	59.8			B cell lymphoma 2 associated oncogene	L R S	BCL2	18q21.33		Primary Committee anchor.  Inhibits cell death/apoptosis of B cells. High expression in spleen and thymus. Contains polymorphic microsatellite. In humans, the homolog is involved in follicular lymphoma. C. elegans ced-9 homolog.	Negrini M 1987 Cell 49:455 & Vaux DL 1993 PNAS 90:789	11044 16146 9112 10476 4624													13 (BCL2)						M16506	ds-DNA sequence									D P	45																						immune (leukemia); DNA (oncogene or proto-oncogene); human (disease model)	Bcl2 PCR primers, F=CATTATCAATGATGTACCATG, R=GCAGTAAATAGCTGATTCGAC (product 132 bp) & clone Ncm-4 from D Givol and BA Mock at NIH					B B D B B B D B D B D B D B U B D D D B B D D D B D					S S S S S C S S C C S S C S										1987					8/10/94	1/24/98			R100022
Bgeq1	1				S			body growth early QTL 1							32208																																		3																		T																					1998					1/21/98	1/24/98			R116534
Bglq1	1				S			body growth late QTL 1							32208																																		3																		T																					1998					1/21/98	1/24/98			R116535
Bpag1	1	Bpag	bpag1, bpag	Bpag001	16.5			bullous pemphigoid antigen 1	L	BPAG1	6p12-p11		230-240 kD antigen.	Amagai 1990 J Invest Dermatol 95:252 & Copeland N 1993 Genomics 15:180																														D	16																																											1990					8/10/94	1/24/98			R100023
Btg2	1				71			B-cell translocation gene 2, anti-proliferative	L						24194																																																																									1998					1/22/98	1/24/98			R121428
Bxv1	1	Bxv-1, Xmv-43	bxv1, xmv43	Bxv001	92.3			B10 xenotropic virus 1	L R		1q		GBASE anchor. Locus determines expression of leukemia virus 5-iododeoxyuridine. Also known as xenotropic murin leukemia virus 43.	Kozak CA 1984 J Virol 51:77	9678 7339 5945 6358 3516																					*	b	a	a	*	a?	*	*	D	68																						immune (virus or disease or tumor resistance)	y		B A B B B B B A B B B B B B B B B U B B A A B A A B B B B B A B B A A A A B A A B				B B B H B B H B B H H B														1980					8/10/94	1/24/98			R100024
C4bp	1				67.6			complement component 4 binding protein	ILP	C4BPA	1q32				16146 9676 24000 9067 4624																																																																									1995-1997					1/22/98	1/24/98			R121404
C4bp-ps1	1		c4bpps1	C004bpps001	67.6			complement component 4 binding protein pseudogene 1		C4BPB	1q32			De Cordoba 1994 Genomics 21:501-509	18926																																																																									1994					8/27/94	1/24/98			R113834
C4bpa	1	C4bp	c4bp, c4bpa	C004bpa	67.6		C5	complement component 4 binding protein, alpha	I L P	C4BP, C4BPA	1q32		Abundant acute phase oligomeric plasma protein that helps regulate the activation of the complement system.Alpha and beta genes are closely linked.	Kaidoh T 1981 PNAS 78:3794 & Kristensen T 1987 Biochem 26:4668 & Kingsmore SF 1989 J Exp Med 169:1479 & Rodriguez_de_Cordoba S 1994 Genomics 21:501														13 (C4BPA, C4BPB)								*	a	b	a	a	b	a	*	D	49				Once thought to be on Chr 17 close to H-2. This is not the case.																		protein (receptor); immune (unclassified)	mouse: pMBP.15: 1.9 kB:: ATCC 63039 phage. C4bpa PCR primers Front=TCAGCTGCCAGGAAGGATTT   Back=AACTGATGCTTTGGGAACCC, product of about 768 bp.																				1981					8/10/94	1/24/98			R100025
C4bpb	1	C4bp	c4bp, c4bpb	C004bpb	67.6		C5	complement component 4 binding protein, beta pseudogene	P	C4BP, C4BPB	1q32		Beta gene contains two exons like those of human homolog but has two in-phase stop codons.	Rodriguez_de_Cordoba S 1994 Genomics 21:501														13 (C4BPA, C4BPB)						Z21944		*	a	b	a	a	b	a	*	D	49				Beta pseudogene maps to within 330 kb of the alpha gene.																		protein (receptor); immune (unclassified)	mouse: pMBP.15: 1.9 kB:: ATCC 63039 phage. C4bpb PCR primers Front=GGAAGAGATAGGCCATG    Back=CAATTTTACCCCAGAGTGGC, product of 1.5 kb																				1981					8/10/94	1/24/98			R111942
Cacna1s	1				69.9		F	calcium channel, voltage-dependent, L type, alpha 1S subunit	IL	CACNL1A3	1q31-q32				3462 3550 14464																																																																									1995-1997					1/22/98	1/24/98			R121418
Cappa1-ps1	1				60.2			capping protein alpha 1, pseudogene 1	L						37796																																																																									1998					1/22/98	1/24/98			R121377
Cat	1	Elo	elo	Elo	33.3			eye lens obsolescence	L		2q		This is a gamma crystallin protein gene. Cloudy lens which degenerates by 30 days. Intrinsic to lens.	Oda SI 1980 Japan J Genet 55:71 & Quinlan P 1987 Genes Dev 1:637 & Breitmann M 1992 Nature Genetics 1:000																														D	29																						eye (lens or cataract); protein (structural)																					1980					8/10/94	1/24/98			R100527
Cat2	1	Cryg, Cat-2, Scat, No, Nop, Nzc, Tol, Rop, K134, ENU-3018, R-324	cryg, cat2, scat, nop, nzc, no, rop, tol, k134, cat2ns, enu3018, r324	Cat002	31			dominant cataract 2					Lens opacity. At least 6 alleles at this locus, including Nop, No nuclear opacity, and NZC, nuclear and zonular cataract. Most if not all are probably mutation in the Cryg gene cluster.	Everett CA 1994 Genomics 20:429 & Loster J 1994 Genomics 23:240	17606 20146 10039 15383 9014																														30.0																						eye (lens or cataract)																					1994				duplicate	8/10/94	1/24/98			R109477
Cchl1a3	1	mdg, fmd, sj, MUSCACHA	cchl1a3, mdg, fmd, 'sj', cacnl1a3	Cchl001a003	69.9			calcium channel, L type, 1A3 subunit	L	CACNL1A3	1q32-q32		Alpha 1 dihydropyridine and voltage sensitive calcium channel receptor. 1A3 isoform is widely expressed, but particularly in skeletal muscle. The alpha 1 isoforms (1A) form the ion pore and function as the voltage sensor. 1A2 is the brain isoform. 1A1 is the cardiac isoform. Musculuar dysgenesis "mdg" is a mutant allele at this locus.	Chaudhari N 1992 J Bio Chem 267:25636 & Ma W 1992 J Bio Chem 267:22728 & Drouet B 1993 Mammal Genome 4:499 & Iles DE 1994 Genomics 19:561																				L06233, L06234, L01776, Z22672 (Hsa)	Dihydropyridine sensitive cardiac calcium channel mRNA, partial cds.   *Title*  A single nucleotide deletion in the skeletal muscle-specific calcium channel transcript of muscular dysgenesis (MDG) mice									D	48																						brain (transmitter or channel related)																					1992					8/10/94	1/24/98			R100026
Cchra1	1				80			calcium channel, R type, alpha 1	L						24194 32830																																		1																																							1998					1/21/98	1/24/98			R116472
Ccnb1-rs2	1		ccnb1rs2	Ccnb001rs002	S			cyclin B1 related sequence 2	S					Hanley-Hyde J 1992 Genomics 13:1018	1694																													D	syn																						DNA (pseudogene or related sequence)																					1992					8/10/94	1/24/98			R100027
Cd152	1				30.1		C	CD152 antigen	IL	CTLA4	2q33				8775 11044 11356 11002 16146 9397 10042 10139 4624																																																																									1995-1997					1/22/98	1/24/98			R121307
Cd28	1		cd28	Cd028	30.1			CD28 antigen	L	CD28	2q33		T lymphocyte antigen.	Harper K 1991 J Immunol 147:1037	11356 11002 16146 4624																			M74361, M34563	239 bp ss mRNA sequence by Harper									D	31																						immune (cell surface antigen)	human, see Colombo 1992 Mamm Genome 2:130																				1991					8/10/94	1/24/98			R100029
Cd34	1		cd34	Cd034	106.6			CD34 antigen	L	CD34	1q12-qter		A vascular sialomucin adhesion molecule expressed in peripheral lymph nodes involved in lymphocyte homing. Also expressed in brain and embryonic fibroblasts. Binds L-selectins.	Watson ML 1990 J Exp Med 172:263 & Baumheuter S 1993 Science 262:436 & Brown J 1991 Int Immunol 3:175	16146 4624																			S69293, S69295, S69302, S69299, S69301, S69300	1260 bp mRNA									D	85																						immune (cell surface antigen)	y																				1990					8/10/94	1/24/98			R100030
Cd3z	1	T3z, TcrZ, Cd3h, Cd3q	cd3z, t3z, tcrz, cd3h, cd3q, cd3	Cd003z	87.2			CD3 antigen, zeta polypeptide	I L P R	CD3Z	1q22-q23		Primary Committee anchor.  Zeta chain of T cell receptor Cd3 complex. Anchor. Old name was "T3-zeta chain" and eta chain Cd3h. Alternate splicing also gives rise to CD3 theta. Seldin 1993 and GBASE still list Cd3h as a separate locus.	Baniyash M 1989 J Biol Chem 264:13252 & Lerner 1993 J Immunol 151:3152	9902 16146 10118 14686 9701 4624														1p14-p11					M33158										D	70.1																						immune (cell surface antigen)	cDNA from RD Klausner at NIH					B B D U U D D B D B D B U U U B D U D D U D D D U D															1989					8/10/94	1/24/98			R100028
Cd45	1	Ly-5, Lyt-4, B220, T200	cd45, ly5, lyt4, b220, lca, t200	Cd045	74.1			CD45 antigen	L R	CD45	1q31-q32		Once known as lymphocyte antigen-5 or leukocyte common antigen T200, or as the T200 glycoprotein.	Raschke W 1987 PNAS 84:161 & Cox RD 1991 Genomics 10:375														13 (LCA)						M15174, M14342, Y00062 (Hsa)		b	b	b	b	*	b	b	a	D	55				Secondary Committee anchor.																		immune (cell surface antigen)	mouse: Ly5-68: 4.6 kD: RFLP: ATCC 63015 phage										S S S S C S S S S C S C C S										1987					8/10/94	1/24/98			R100031
Cd48	1	Bcm-1	cd48, bcm1	Cd048	93.3			CD48 antigen	L P R	CD48	1q21.3-q22		Old name was B cell membrane protein 1.	Malo D 1991 Genomics 10:356	16146 11325 3516 10552																													D	73																						immune (cell surface antigen)	y																				1991					8/10/94	1/24/98			R100032
Cf13b	1	Cf-13b	cf13b f13b	Cf013b	74.1			coagulation factor 13, beta polypeptide	L	F13B	1q31-q32.1		Factor XIII.	Nonaka 1993 Genomics 15:535	4265																														58																						blood (clotting or coaggulation related)																					1993					8/10/94	1/24/98			R100034
Cf5	1	Cf-5	cf5, 'f5'	Cf005	86.6			coagulation factor 5	P	F5	1q21-q25		Usually written "factor V".	Watson ML 1990 J Exp Med 172:263	16146 10574 4624													13 (F5)																D	68																						blood (clotting or coaggulation related)	y																				1990					8/10/94	1/24/98			R100033
Cfh	1	Sas-1, Mud-1	cfh, 'hf', sas1, mud1	Cfh	74.1			complement factor h	I L R	HF1	1q32		Once known as serum antigenic  substance-1 locus; a glycoprotein.	D'Eustachio P 1986 J Immunol 137:3990	1883 8488 16146 9676 3516 4464 24000 9067 9230 4624																			M12660		a	o	a	a	o	a	o	o	D	58																						protein (structural); immune (unclassified)	mouse: pMH8: 4.3 kB: ATCC 63037 phage		B B B B B B B B A A U A B B U B B B B B A A B A A B A B U B U B U U A U B U A A U			B B D D B B D B D B B B B B D B B D D B D D D D B D	B H B H B B H H B B H B			C J U C J J C J U C					N S S S N S N N N N N N S S S N N	O O O O A A O A O A O O O O					1986					8/10/94	1/24/98			R100035
Chml	1				99.7			choroideremia-like	L	CHML	1q31-qter				27729																																		1																																							1995-1997					1/21/98	1/24/98			R116514
Clk	1				S			CDC-like kinase	I						31545																																																																									1995-1997					1/21/98	1/24/98			R116536
Cmkar2	1				40			chemokine (C-X-C) receptor 2	L	IL8RB	2q35				15603																																																																									1995-1997					1/22/98	1/24/98			R121329
Cmkar4	1				67.4			chemokine (C-X-C) receptor 4	L						24195																																																																									1998					1/22/98	1/24/98			R121401
Cmkor1	1				55.6			chemokine orphan receptor 1	L						24195																																																																									1998					1/22/98	1/24/98			R121356
Col3a1	1	Col3a-1	col3a1	Col003a001	21.1			procollagen type 3, alpha 1	L	COL3A1	2q31-q32.3			Liau G 1985 J Bio Chem 260:3773	16146 10324 10990 14573 4624	Y										2q12-21								K03037, K03038, M18933, X57983										D	24				Primary Committee anchor.																		protein (structural)	pDT1505 from D deCrombrugghe and MD Anderson																				1985					8/10/94	1/24/98			R100036
Col6a3	1	Col6a-3	col6a3	Col006a003	53.9			procollagen type 6, alpha 3	L	COL6A3	2q37.3		Usually entered with roman numeral "type VI".	Schurr E 1990 Genomics 8:477	10990																													D	38.9																						protein (structural)	y																				1990					8/10/94	1/24/98			R100037
Col9a1	1	Col9a-1	col9a1	Col009a001	15			procollagen type 9, alpha 1	L	COL9A1	6q12-q14		Usually entered with roman numerals, e.g., type IX.	Watson ML 1992 & Metsaeranta M 1991 Biochimica Biophysica Acta 1089:241	16146 14573 4624																			L12215, X57984										D	18				Secondary Committee anchor.																		protein (structural)																					1992					8/10/94	1/24/98			R100038, R109537
Cps1	1		cps1	cps001	S			carbamoyl-phosphate synthetase 1, mitochondrial	Hom	CPS1	2q34-q35		Mapped in human and rat. May have mouse homolog on Chr 1 or 6.		38583													9																																																												1994				RW personal	8/10/94	1/24/98			R111714
Cr2	1	Cr-2	cr2, cd21	Cr002	106.6			complement component receptor 2	L	CR2	1q32		Primary Committee anchor.  3d/Epstein Barr virus receptor.	Fingeroth J 1989 PNAS 86:242 & Kingsmore SF 1989 J Exp Med 169:1479	16146 9676 4624	Y		16, U1								9								M29281, M35684, M36470, M61132, M35685, M81083, M81084										D	85																						protein (receptor)	mouse: mCr2 1-1: 2.8 kB: RFLP: ATCC 63066																				1989					8/10/94	1/24/98			R100039
Creb1	1	Creb-1, Creb?	creb1	Creb001	31			cAMP responsive element binding protein 1	L	CREB1	2q32-q34		Check whether this is the same as the unmapped Creb locus. Also referred to an CREB active transcription factor.	Cole TJ 1992 Genomics 13:974	3009 1675																			X60002 (Rno), M34356 (Hsa)	Sequences of rat and human CREB active transcription factor.									D	32																						protein (binding)	y																				1992					8/10/94	1/24/98			R100040
Crp	1	D1Mit149	crp, d1mit149	Crp	94.2	97.9		C-reactive protein	L P	CRP	1q21-q23		Primary Committee anchor. Contains a polymorphic microsatellite recognized by D1Mit149 PCR primers. Not the crp (crimpy) locus.	Ohnishi S 1988 Biochem Biophys Res Comm 156:814	16146 10129 3288 4624 11198																			X13588	2140 bp DNA									D P	74																						protein (unclassified)	D1Mit149 PCR primers, F=AAAGAGAATCTGACTTACCCATGG; R=TGTGAGGGAGAAGAATTATGTCTG & clone MCRP1 from AS Whitehead at Children's Hosp, Boston																				1988				nomenclature	8/10/94	1/24/98			R100041
Crry	1	Mcp, Cr1, Cr-1	crry, mcp	Crry	106.6			complement component receptor related protein Y	L	CR1	1q32		Also known as membrane cofactor protein. This is a possible mouse homolog of human CR1.	Kingsmore SF 1989 J Exp Med 169:1479	16146 9676 4624																													D	85																						protein (receptor)	mouse: liver 10 cDNA; spleen 5 cDNA: 1.8; 1.4 kD: ATCC63064 in phage; 63065 in phage																				1989					8/10/94	1/24/98			R100042
Cryba2	1				40.8			crystallin, beta A2	L	CRYBA2	2q34-q36				28408 29365																																																																									1995-1997					1/22/98	1/24/98			R121330
Cryg	1	Len-1, Cat-2, Scat, No, Nop, Nzc, Tol, Rop, K134, ENU-3018, R-324	cryg, len1, cat2, scat, nop, nzc, no, rop, tol, k134, cat2ns, enu3018, r324	Cryg	32			crystallin, gamma complex	I L P R		2q		Cat2 is probably a mutant allele at the Cryg locus.	Lok S 1984 Nucleic Acids Res 12:4517 & Loster J 1994 Genomics 23:240	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789																													D	31				Primary Committee anchor.																		eye (lens or cataract)	pUCg2.1 from LC Tsui, Univ Toronto		B A B A A B A A B A B A B B A A B B B A A A A B A A B B A A A A B A B B A B B B U	A D D D D A A A A A A D D D A A D D A A D A A A A		B B B D D B B B B B D D B D B B B B B D D D D D B D	B B H H H B B H B B H H				S C S S C C C C S C C S C S				N N S S S N N S N N N N S S N S N	U A A O A A O A O A O O O O	S J S S J J J S J J S J J J				1984				complex	8/10/94	1/24/98			R100044
Cryg5	1	Cryg-5	cryg5	Cryg005	32			crystallin, gamma 5	I L R	CRYG5	2q33-q34		Not listed in 1993 Committee Report. Check validity of locus.															9 (CRYG5)																D	32																						eye (lens or cataract)					A A L L A A L L L A L L A A L A L A																1993					8/10/94	1/24/98			R100045
Cryga	1	Cryg-4, DGcry-4, M4-1?	cryga, cryg4, dgcry4, m41	Cryga	32			crystallin, gamma A	I L R	CRYGA	2q33-q35		This is also likely to be M4-1.	Lok S 1984 Nucleic Acids Res 12:4517	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789	Y		2, U17										9 (CRYG4)						X00635, X00654										D	30																						eye (lens or cataract)																					1984					8/10/94	1/24/98			R100046
Crygb	1	Cryg-3, DGcry-3	crygb, cryg3, dgcry3	Crygb	32			crystallin, gamma B	P		2q			Lok S 1984 Nucleic Acids Res 12:4517	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789													9 (CRYG3)																D	30																						eye (lens or cataract)																					1984					8/10/94	1/24/98			R100047
Crygd	1	Cryg-1, Len-1, DGcry-1	crygd, cryg1, len1, dgcry1	Crygd	32			crystallin, gamma D	P	CRYGD	2q33-q35			Lok S 1984 Nucleic Acids Res 12:4517	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789	Y		2, U17										9 (CRYG1)								a	*	a	b	*	b	a	a	D	30																						eye (lens or cataract); protein (structural)	pMg1a, pMg1CR1					B B B D D B B B B B D D B D B B B B B D D D D D B D															1984					8/10/94	1/24/98			R100048
Cryge	1	Cryg-6	cryge, cryg6, cat2	Cryge	32			crystallin, gamma E	P		2q			Lok S 1984 Nucleic Acids Res 12:4517	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789													9 (CRYG6)						X57855										D	32																						eye (lens or cataract)																					1984					8/10/94	1/24/98			R100049
Crygf	1	Cryg-2, DGcry-2	crygf, cryg2, dgcry2	Crygf	32			crystallin, gamma F	P		2q			Lok S 1984 Nucleic Acids Res 12:4517	7698 24000 1883 16146 7493 3516 10476 10324 10990 9121 9713 4624 9789													9 (CRYG2)																D	30																						eye (lens or cataract)	gamma2, pMg2Cr1, G2.1, pMgCr1																				1984					8/10/94	1/24/98			R100050
Ctl1	1	Ctl-1	ctl1	Ctl001	92.7			cytotoxic T lymphocyte response 1	L		1q			Kozak CA 1984 Immunogenetics 19:163	6736 7339																													V	97																						immune (unclassified)																					1981					8/10/94	1/24/98			R100051
Ctla4	1	Ctla-4	ctla4	Ctla004	30.1		C3	cytotoxic T lymphocyte associated protein 4	I L R	CTLA4	2q33		Secondary Committee anchor.	Brunet J 1987 Nature 328:267																				M74362, X05719										D	31																							F41F4								B B C C B C C U U U U U U												1987					8/10/94	1/24/98			R100052
Ctla8	1	Ctla-8	ctla8	Ctla008	S			cytotoxic T lymphocyte associated protein 8						Rouvier E 1993 J Immunol 150:5445																				L13839	Has AU rich message RNA instability sequence and is homologous to a herpes virus saimiri open reading frame13 gene. 150 aa protein.									D	syn																							clone 2.6 of Rouvier ref																				1993					8/10/94	1/24/98			R100053
Ctse	1				69.1			cathepsin E	L						24194																																																																									1998					1/22/98	1/24/98			R121410
Cyp27	1		cyp27	Cyp027	S			cytochrome P450, 27		CYP27	2q33-qter			Nebert DW 1991 DNA Cell Biology 10:1	10965																													D	syn																																											1991					8/10/94	1/24/98			R100054
D1Ab1	1	D1b1	d1ab1, d1b1	D01Ab0001	13.9			DNA segment, Chr 1, Abbott Laboratories 1			17p			Ceci JD 1994 Genomics 19:515-524	16931																					b	b	b	b	*	b	b	b	D	51				Used by Ceci to estimate centromere position relative proximal markers: Hc1 -- 14.8 +/- 3.1 cM -- D1Ab1 -- 4.4 +/- 1.9 cM -- Il1r2. Position listed in GBASE Nov 1993 appears to be erroneous.																		DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100055
D1Bir1	1		d1bir1	D01Bir0001	86.6			DNA segment, Chr 1, Birkenmeier 1	R		1q		Polymorphic locus recognized by motif-based PCR primer pair.	Birkenmeier EH 1992 Mammalian Genome 3:537	3011																													D	68																						DNA (random amplified polymorphic DNA segment)						B B D B B D D B D B D B B B B B D D D D D D D D B D															1992					8/10/94	1/24/98			R100057
D1Bir10	1		d1bir10	D01Bir0010	30.1			DNA segment, Chr 1, Birkenmeier 10	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	28																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100066
D1Bir11	1		d1bir11	D01Bir0011	30.1			DNA segment, Chr 1, Birkenmeier 11	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	28																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100067
D1Bir12	1		d1bir12	D01Bir0012	31			DNA segment, Chr 1, Birkenmeier 12	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	30																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100068
D1Bir13	1		d1bir13	D01Bir0013	43.2			DNA segment, Chr 1, Birkenmeier 13	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	35																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100069
D1Bir14	1		d1bir14	D01Bir0014	50.6			DNA segment, Chr 1, Birkenmeier 14	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	40																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100070
D1Bir15	1		dibir15	D01Bir0015	50.6			DNA segment, Chr 1, Birkenmeier 15	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	40																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100071
D1Bir16	1		d1bir16	D01Bir0016	60.2			DNA segment, Chr 1, Birkenmeier 16	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	49																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100072
D1Bir17	1		d1bir17	D01Bir0017	56.7			DNA segment, Chr 1, Birkenmeier 17	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	49																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100073
D1Bir18	1		d1bir18	D01Bir0018	60.2			DNA segment, Chr 1, Birkenmeier 18	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	49																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100074
D1Bir19	1		d1bir19	D01Bir0019	66.6			DNA segment, Chr 1, Birkenmeier 19	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	56																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100075
D1Bir2	1		d1bir2	D01Bir0002	101.5			DNA segment, Chr 1, Birkenmeier 2	R		1q		Polymorphic locus recognized by motif-based PCR primer pair.	Birkenmeier EH 1992 Mammalian Genome 3:537	3011																													D	77																						DNA (random amplified polymorphic DNA segment)					A L L L L L L L L A L L L A A A A L																1992					8/10/94	1/24/98			R100058
D1Bir20	1		d1bir20	D01Bir0020	78.8			DNA segment, Chr 1, Birkenmeier 20	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	63																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100076
D1Bir21	1		d1bir21	D01Bir0021	80.2			DNA segment, Chr 1, Birkenmeier 21	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	63																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100077
D1Bir22	1		d1bir22	D01Bir0022	86.6			DNA segment, Chr 1, Birkenmeier 22	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	68																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100078
D1Bir23	1		d1bir23	D01Bir0023	92.3			DNA segment, Chr 1, Birkenmeier 23	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	75																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100079
D1Bir24	1		d1bir24	D01Bir0024	96.5			DNA segment, Chr 1, Birkenmeier 24	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	84																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100080
D1Bir25	1		d1bir25	D01Bir0025	101.6			DNA segment, Chr 1, Birkenmeier 25	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	89																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100081
D1Bir26	1		d1bir26	D01Bir0026	102.8			DNA segment, Chr 1, Birkenmeier 26	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	90																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100082
D1Bir3	1		d1bir3	D01Bir0003	86.6			DNA segment, Chr 1, Birkenmeier 3	R				Polymorphic locus recognized by motif-based PCR primer pair.	Birkenmeier EH 1992 Mammalian Genome 3:537	3011																													D	68																						DNA (random amplified polymorphic DNA segment)				A D A D D A A D A D A A A D D A D A A A A D A A A																	1993					8/10/94	1/24/98			R100059
D1Bir4	1		d1bir4	D01Bir0004	4.1			DNA segment, Chr 1, Birkenmeier 4	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	1																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100060
D1Bir5	1		d1bir5	D01Bir0005	16.5			DNA segment, Chr 1, Birkenmeier 5	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	8																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100061
D1Bir6	1		d1bir6	D01Bir0006	17.5			DNA segment, Chr 1, Birkenmeier 6	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	9																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100062
D1Bir7	1		d1bir7	D01Bir0007	20.1			DNA segment, Chr 1, Birkenmeier 7	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	15																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100063
D1Bir8	1		d1bir8	D01Bir0008	21.1			DNA segment, Chr 1, Birkenmeier 8	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	17																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100064
D1Bir9	1		d1bir9	D01Bir0009	30.1			DNA segment, Chr 1, Birkenmeier 9	L					Rowe LB 1994 Mammalian Genome 5:253	18140																													D	28																						DNA (random amplified polymorphic DNA segment)																					1994					8/10/94	1/24/98			R100065
D1Byu1	1		d1byu1	D01Byu0001	34.1			DNA segment, Chr 1, Brigham Young University 1	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	30																						DNA (random amplified polymorphic DNA segment)	RAPD using primer GGACAACGAG					B B B D D B B B B B D B B D B B D B B D D D D D B D															1992					8/10/94	1/24/98			R100083
D1Byu10	1		d1byu10	D01Byu0010	22			DNA segment, Chr 1, Brigham Young University 10						Estes 1994 Mouse Genome 92:130	17344																													D P																																												1994	Byu				8/10/94	1/24/98			R111792
D1Byu2	1		d1byu2	D01Byu0002	69.1			DNA segment, Chr 1, Brigham Young University 2	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	69.1																						DNA (random amplified polymorphic DNA segment)	RAPD using primer TCAGGGAGGT					B B D D B B D B D B D B B B D B B D D B D D D D B D															1992					8/10/94	1/24/98			R100084
D1Byu25	1	D0Byu25	d1byu25, d0byu25	D01Byu0025	18.4			DNA segment, Chr 1, Brigham Young University 25	R				RAPD. Mapped to proximal Chr 1 based upon Ben Taylor's BxD data printout of July 13 1993. See Woodward ref. Listed as unmapped in GBASE July 1993.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	7																						DNA (random amplified polymorphic DNA segment)						D B B D D B B D B B D D D D D D B B B D B D D D B B															1992					8/10/94	1/24/98			R100092
D1Byu26	1	D0Byu26	d1byu26, d0byu26	D01Byu0026	65.3			DNA segment, Chr 1, Brigham Young University 26	R				Mapped near En-1 and Rnu1-ps1 on Chr 1 based upon Ben Taylor's BxD data printout of July 13 1993. See Woodward ref. Listed as unmapped in GBASE July 1993.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	45																						DNA (random amplified polymorphic DNA segment)						B B D D B B B B B B D B D B D B B D D B D D D D B D															1992					8/10/94	1/24/98			R100093
D1Byu3	1		d1byu3	D01Byu0003	93			DNA segment, Chr 1, Brigham Young University 3	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	93																						DNA (random amplified polymorphic DNA segment)	RAPD using primer TGTAGCTGGG					B D D B D D D B B B B B B B B B D B D D D B B D B D															1992					8/10/94	1/24/98			R100085
D1Byu4	1		d1byu4	D01Byu0004	S			DNA segment, Chr 1, Brigham Young University 4	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	syn																						DNA (random amplified polymorphic DNA segment)	RAPD using primer CACCATCCGT					B B D B B D D B D B B D D B B B D D D D D D D D B D															1992					8/10/94	1/24/98			R100086
D1Byu5	1		d1byu5	D01Byu0005	84.6			DNA segment, Chr 1, Brigham Young University 5	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	84.6																						DNA (random amplified polymorphic DNA segment)	RAPD using primer GTAGCCGTCT					B B D B B D D B D B B B B B B B D D D D D D D D B D															1992					8/10/94	1/24/98			R100087
D1Byu6	1		d1byu6	D01Byu0006	84.6			DNA segment, Chr 1, Brigham Young University 6	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	84.6																						DNA (random amplified polymorphic DNA segment)	RAPD using primer GGACAACGAG					B B D B B D D B D B B B B B B B D D D D D D D D B D															1992					8/10/94	1/24/98			R100088
D1Byu7	1		d1byu7	D01Byu0007	82			DNA segment, Chr 1, Brigham Young University 7	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	82																						DNA (random amplified polymorphic DNA segment)	RAPD using primer GGACGGCGTT					B B D B B D D B D B B B B B B B D D U D D U D D B B															1992					8/10/94	1/24/98			R100089
D1Byu8	1		d1byu8	D01Byu0008	94.2			DNA segment, Chr 1, Brigham Young University 8	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	94.2																						DNA (random amplified polymorphic DNA segment)	RAPD using primer ACGGACGTCA					B D D D D D D B B B B B B B B B D B D D D B B D B D															1992					8/10/94	1/24/98			R100090
D1Byu9	1		d1byu9	D01Byu0009	102			DNA segment, Chr 1, Brigham Young University 9	R				Random amplified polymorphic DNA segment.	Woodward SR 1992 Mammalian Genome 3:73	1579																													D	102																						DNA (random amplified polymorphic DNA segment)	RAPD using primer AGAGCCGTCA					B B D D D D B B D D D B B B B D D D D B D B D B B D															1992					8/10/94	1/24/98			R100091
D1Cph1	1	Ms1-3-2-P2	d1cph1, ms132p2	D01Cph0001	50			DNA segment, Chr 1, CEPH 1					Minisatellite that map in the mouse by cross-hybridization with human probes containing tandem repeats.	Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100094
D1Cph10	1	Ms19-2-2-P1	d1cph10, ms1922p1	D01Cph0010	62			DNA segment, Chr 1, CEPH 10						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100103
D1Cph11	1	Ms21-2-10-P2	d1cph11, ms21210p2	D01Cph0011	62			DNA segment, Chr 1, CEPH 11						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100104
D1Cph12	1	Ms25-2-1-P2	d1cph12, ms2521p2	D01Cph0012	71			DNA segment, Chr 1, CEPH 12						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100105
D1Cph13	1	Ms28-2-5-P1	d1cph13, ms2825p1	D01Cph0013	71			DNA segment, Chr 1, CEPH 13						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100106
D1Cph14	1	Ms19-2-8-P2	d1cph14, ms1928p2	D01Cph0014	71			DNA segment, Chr 1, CEPH 14						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100107
D1Cph15	1	Ms30-2-7-P1	d1cph15, ms3027p1	D01Cph0015	84.6			DNA segment, Chr 1, CEPH 15						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100108
D1Cph16	1	Ms19-3-9-P1	d1cph16, ms1939p1	D01Cph0016	106			DNA segment, Chr 1, CEPH 16						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100109
D1Cph2	1	Ms1-2-4-P2	d1cph2, ms124p2	D01Cph0002	50			DNA segment, Chr 1, CEPH 2						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100095
D1Cph3	1	Ms2-2-16-P1	d1cph3, ms2216p1	D01Cph0003	69			DNA segment, Chr 1, CEPH 3						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100096
D1Cph4	1	Ms2-2-17-P2	d1cph4, ms2217p2	D01Cph0004	69			DNA segment, Chr 1, CEPH 4						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100097
D1Cph5	1	Ms10-2-6-P2	d1cph5, ms1026p2	D01Cph0005	69			DNA segment, Chr 1, CEPH 5						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100098
D1Cph6	1	Ms10-2-7-P1	d1cph6, ms1027p1	D01Cph0006	69			DNA segment, Chr 1, CEPH 6						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100099
D1Cph7	1	Ms-4-1-11-P2	d1cph7, ms4111p2	D01Cph0007	90			DNA segment, Chr 1, CEPH 7						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100100
D1Cph8	1	Ms14-2-8-P1	d1cph8, ms1428p1	D01Cph0008	59.8			DNA segment, Chr 1, CEPH 8						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100101
D1Cph9	1	Ms15-2-5-P2	d1cph9, ms1525p2	D01Cph0009	62			DNA segment, Chr 1, CEPH 9						Julier C 1990 PNAS 87:4585	10555																													D	syn																						DNA (sequence of unknown function)																					1990					8/10/94	1/24/98			R100102
D1Dcw18	1	D1H18	d1dcw18, d1h18	D01Dcw0018	S		E3-4	DNA segment, Chr 1, DC Ward 1					Cosmid H18 mapped by in situ.	Boyle AL 1992 Genomics 12:106	1537																													D	syn																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100110, R100115
D1Dcw37	1	D1H37	d1dcw37, d1h37	D01Dcw0037	S		A3-5	DNA segment, Chr 1, DC Ward 2					Cosmid H37 mapped by in situ.	Boyle AL 1992 Genomics 12:106	1537																													D	syn																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100111, R100116
D1Dcw46	1	D1H46	d1dcw46, d1h46	D01Dcw0046	S		H2-4	DNA segment, Chr 1, DC Ward 3					Cosmid H46 mapped by in situ.	Boyle AL 1992 Genomics 12:106	1537																													D	syn																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100112, R100117
D1Dcw49	1	D1H49	d1dcw49, d1h49	D01Dcw0049	S		H3-5	DNA segment, Chr 1, DC Ward 4					Cosmid H49 mapped by in situ.	Boyle AL 1992 Genomics 12:106	1537																													D	syn																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100113, R100118
D1Ertd101e	1				60.2			DNA segment, Chr 1, ERATO Doi 101, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121378
D1Ertd10e	1				98.7			DNA segment, Chr 1, ERATO Doi 10, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116510
D1Ertd147e	1				85			DNA segment, Chr 1, ERATO Doi 147, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116483
D1Ertd148e	1				77			DNA segment, Chr 1, ERATO Doi 148, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116464
D1Ertd161e	1				41			DNA segment, Chr 1, ERATO Doi 161, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121332
D1Ertd164e	1				4.1			DNA segment, Chr 1, ERATO Doi 164, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121245
D1Ertd182e	1				77			DNA segment, Chr 1, ERATO Doi 182, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116465
D1Ertd202e	1				72			DNA segment, Chr 1, ERATO Doi 202, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121429
D1Ertd228e	1				18			DNA segment, Chr 1, ERATO Doi 228, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121274
D1Ertd230e	1				16.5			DNA segment, Chr 1, ERATO Doi 230, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121270
D1Ertd273e	1				69.1			DNA segment, Chr 1, ERATO Doi 273, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121411
D1Ertd291e	1				63.5			DNA segment, Chr 1, ERATO Doi 291, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121386
D1Ertd308e	1				78			DNA segment, Chr 1, ERATO Doi 308, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116467
D1Ertd309e	1				16.5			DNA segment, Chr 1, ERATO Doi 309, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121271
D1Ertd53e	1				30.1			DNA segment, Chr 1, ERATO Doi 53, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121308
D1Ertd57e	1				66.6			DNA segment, Chr 1, ERATO Doi 57, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121398
D1Ertd5e	1				69.1			DNA segment, Chr 1, ERATO Doi 5, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121412
D1Ertd62e	1				60.2			DNA segment, Chr 1, ERATO Doi 62, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121379
D1Ertd75e	1				101			DNA segment, Chr 1, ERATO Doi 75, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116519
D1Ertd83e	1				18.5			DNA segment, Chr 1, ERATO Doi 83, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121275
D1Ertd84e	1				24.5			DNA segment, Chr 1, ERATO Doi 84, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121296
D1Ertd86e	1				98.7			DNA segment, Chr 1, ERATO Doi 86, expressed	L						24194																																		1																																							1998					1/21/98	1/24/98			R116511
D1Ertd8e	1				30.1			DNA segment, Chr 1, ERATO Doi 8, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121309
D1Fcr1	1		d1fcr1	D01Fcr0001	24			DNA segment, Chr 1, Fredrick 1	L		2q			Copeland NG 1991 Genomics 9:44	11044																													D	23																						DNA (sequence of unknown function)																					1991					8/10/94	1/24/98			R100114
D1Fcr149	1	D1Bh149	d1fcr149	D01Fcr0149	98.7			DNA segment, Chr 1, Frederick Cancer Research Center 149	L		1q		from Buchberg	Dickinson ME 1990 Genomics 6:505																														D	79																						DNA (sequence of unknown function)																					1990	Fcr				8/10/94	1/24/98			R100056
D1Fcr2	1				96.5			DNA segment, Chr 1, Frederick Cancer Research	IL						10440																																		2																																							1995-1997					1/21/98	1/24/98			R116505
D1Ggc2e	1				12			DNA segment, Chr 1, G. Consalez 2, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121261
D1Ggc3e	1				69.1			DNA segment, Chr 1, G Consalez 3, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121413
D1Ggc4e	1				25.5			DNA segment, Chr 1, G. Consalez 4, expressed	L						24194																																																																									1998					1/22/98	1/24/98			R121298
D1Hgu1	1				2.5			DNA segment, Chr 1, Human Genetics Unit 1	R						17580																																																																									1995-1997					1/22/98	1/24/98			R121244
D1Hun1	1		d1hun1	D01Hun0001	74.1			DNA segment, Chr 1, Hunter 1	L				Single-stranded conformational polymorphism (SSCP) derived from a mostly Chr 1 mouse-hamster somatic cell hybrid cell line of C. Kozak.	Hunter K 1993 Genomics 18:510	20963 16146																													D P	59.1																						DNA (SSCP)	F=TTGGTTTGGTTTTTCAAGGC; R=TGTACAAACAACCGACCCAA (product 232 bp)																				1992	Hun				8/10/94	1/24/98			R100119
D1Hun10	1		d1hun10	D01Hun0010	63.1			DNA segment, Chr 1, Hunter 10	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	49.1																						DNA (SSCP)	F=CAACCAAGACTGTTGCAGTCA, R=AAAATTGTCCCATCCTTCACC																				1992	Hun				8/10/94	1/24/98			R100128
D1Hun11	1		d1hun11	D01Hun0011	74.1			DNA segment, Chr 1, Hunter 11	L R				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	20963 16146																													D P	59.1																						DNA (SSCP)	F=TGATGCAATCTTGTGCTTCC, R=CCATTTGGTTGGCAATGAC																				1992	Hun				8/10/94	1/24/98			R100129
D1Hun12	1		d1hun12	D01Hun0012	60.2			DNA segment, Chr 1, Hunter 12	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	45.7																						DNA (SSCP)	F=TTTTCTGAGAGCACAAACAAGC, R=CTCAACAGCGCAAGTCTCAG																				1992	Hun				8/10/94	1/24/98			R100130
D1Hun13	1		d1hun13	D01Hun0013	90.6			DNA segment, Chr 1, Hunter 13	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	90.6																						DNA (SSCP)	F=TGCTTTGAGTCTCAGAGGAGG, R=GTCTCTGGCACACACTGACTG																				1992	Hun				8/10/94	1/24/98			R100131
D1Hun14	1		d1hun14	D01Hun0014	90.6			DNA segment, Chr 1, Hunter 14	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	90.6																						DNA (SSCP)	F=TGAACGTTGGTAACTGCTTACA, R=TGTAATGATGAAACACGTGCC																				1992	Hun				8/10/94	1/24/98			R100132
D1Hun15	1		d1hun15	D01Hun0015	98.5			DNA segment, Chr 1, Hunter 15	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	98.5																						DNA (SSCP)	F=TGCCTTAGGCTACAAAGAAGAA, R=CTGCTGATAAAACAGGCAATT																				1992	Hun				8/10/94	1/24/98			R100133
D1Hun16	1		d1hun16	D01Hun0016	93.3			DNA segment, Chr 1, Hunter 16	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	93.3																						DNA (SSCP)	F=TCTTATATGTTGTGGCCATTGA, R=TGATTTTCTCAAATTCATGCAA																				1992	Hun				8/10/94	1/24/98			R100134
D1Hun17	1		d1hun17	D01Hun0017	S			DNA segment, Chr 1, Hunter 17	L				Not listed in several sources. May have been withdrawn. Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510																														D P	syn																						DNA (SSCP)	F=AATGCCTGTAACGCAGCAG, R=ACACATTGGTGTGTAGACATGCA																				1992	Hun			withdrawn?	8/10/94	1/24/98			R100135
D1Hun18	1		d1hun18	D01Hun0018	93.3			DNA segment, Chr 1, Hunter 18	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	93.3																						DNA (SSCP)	F=TCGTGGCAATCATGATAAACA, R=GCTAGCTAGCTGGGAGCTGA																				1992	Hun				8/10/94	1/24/98			R100136
D1Hun19	1		d1hun19	D01Hun0019	104.6			DNA segment, Chr 1, Hunter 19	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	104.6																						DNA (SSCP)	F=TCTCCTTCCTGATAAAACTCGC, R=GTCTCACCATGGCATCCAG																				1992	Hun				8/10/94	1/24/98			R100137
D1Hun2	1		d1hun2	D01Hun0002	98.5			DNA segment, Chr 1, Hunter 2	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	83.5																						DNA (SSCP)	F=AGGGGTGAGTGACCTGGG, R=ATCTCTCCAGCCTCTAGGGG																				1992	Hun				8/10/94	1/24/98			R100120
D1Hun20	1		d1hun20	D01Hun0020	101.7			DNA segment, Chr 1, Hunter 20	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	101.7																						DNA (SSCP)	F=AAACAGACCTTGATGCCCAG, R=CAGTCTCTGGAAAGTAATGGGG																				1992	Hun				8/10/94	1/24/98			R100138
D1Hun21	1		d1hun21	D01Hun0021	98.5			DNA segment, Chr 1, Hunter 21	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	98.5																						DNA (SSCP)	F=TTGCTACCAGGGTGGTTCTC, R=TGATGTCCCTGATGCCCT																				1992	Hun				8/10/94	1/24/98			R100139
D1Hun22	1		d1hun22	D01Hun0022	62.7			DNA segment, Chr 1, Hunter 22	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	62.7																						DNA (SSCP)	F=AGCAAATAAGCACTTCAAATGG, R=TAATTCCAAATCGCAAGGGA																				1992	Hun				8/10/94	1/24/98			R100140
D1Hun23	1		d1hun23	D01Hun0023	104.6			DNA segment, Chr 1, Hunter 23	L				Listed in Seldin 1993, Committee Report. Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	104.6																						DNA (SSCP)	F=GCTTCCAGTGTAGGGCAGAC, R=AGCCATTGTTCGAAACCAAG																				1992	Hun				8/10/94	1/24/98			R100141
D1Hun24	1		d1hun24	D01Hun0024	80.3			DNA segment, Chr 1, Hunter 24	L				Listed in Seldin 1994, Committee Report. Single-stranded conformational polymorphism (SSCP).	Seldin M 1994 Mamm Genome 5:000	20963																													D P	syn																						DNA (SSCP)	F=GCTTCCAGTGTAGGGCAGAC, R=AGCCATTGTTCGAAACCAAG																				1992	Hun				10/20/94	1/24/98			R114352
D1Hun25	1		d1hun25	D01Hun0025	81.6			DNA segment, Chr 1, Hunter 25	L				Listed in Seldin 1994, Committee Report. Single-stranded conformational polymorphism (SSCP).	Seldin M 1994 Mamm Genome 5:000	20963																													D P	syn																						DNA (SSCP)	F=GCTTCCAGTGTAGGGCAGAC, R=AGCCATTGTTCGAAACCAAG																				1992	Hun				10/20/94	1/24/98			R114353
D1Hun26	1		d1hun26	D01Hun0026	81.8			DNA segment, Chr 1, Hunter 25	L				Listed in Seldin 1994, Committee Report. Single-stranded conformational polymorphism (SSCP).	Seldin M 1994 Mamm Genome 5:000	20963 16146																													D P	syn																						DNA (SSCP)	F=GCTTCCAGTGTAGGGCAGAC, R=AGCCATTGTTCGAAACCAAG																				1992	Hun				10/20/94	1/24/98			R114354
D1Hun27	1				7.5			DNA segment, Chr 1, Hunter 27	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121249
D1Hun28	1				15.8			DNA segment, Chr 1, Hunter 28	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121269
D1Hun29	1				15.5			DNA segment, Chr 1, Hunter 29	L						24197																																																																									1998					1/22/98	1/24/98			R121266
D1Hun3	1		d1hun3	D01Hun0003	84.3			DNA segment, Chr 1, Hunter 3	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	20963 16146																													D P	69.4																						DNA (SSCP)	F=GCCAAACCGGAACTTGATTA, R=AAAGTCACCATGACAGTACCCC																				1992	Hun				8/10/94	1/24/98			R100121
D1Hun30	1				19.6			DNA segment, Chr 1, Hunter 30	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121280
D1Hun31	1				22.2			DNA segment, Chr 1, Hunter 31	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121292
D1Hun32	1				30.1			DNA segment, Chr 1, Hunter 32	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121310
D1Hun33	1				30.1			DNA segment, Chr 1, Hunter 33	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121311
D1Hun34	1				30.1			DNA segment, Chr 1, Hunter 34	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121312
D1Hun36	1				30.5			DNA segment, Chr 1, Hunter 36	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121318
D1Hun37	1				54			DNA segment, Chr 1, Hunter 37	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121350
D1Hun38	1				54			DNA segment, Chr 1, Hunter 38	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121351
D1Hun39	1				60.2			DNA segment, Chr 1, Hunter 39	L						24197																																																																									1995-1997					1/22/98	1/24/98			R121380
D1Hun4	1		d1hun4	D01Hun0004	82.6			DNA segment, Chr 1, Hunter 4	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	67.3																						DNA (SSCP)	F=CCTGAGGTGCACATAGAAACTG, R=TACCATCCTTAGCTGCCCAC																				1992	Hun				8/10/94	1/24/98			R100122
D1Hun40	1				74.8			DNA segment, Chr 1, Hunter 40	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116458
D1Hun42	1				78.8			DNA segment, Chr 1, Hunter 42	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116468
D1Hun43	1				87.9			DNA segment, Chr 1, Hunter 43	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116488
D1Hun44	1				87.9			DNA segment, Chr 1, Hunter 44	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116489
D1Hun45	1				87.9			DNA segment, Chr 1, Hunter 45	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116490
D1Hun46	1				97.6			DNA segment, Chr 1, Hunter 46	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116506
D1Hun47	1				98.7			DNA segment, Chr 1, Hunter 47	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116512
D1Hun48	1				104			DNA segment, Chr 1, Hunter 48	L						24197																																		2																																							1995-1997					1/21/98	1/24/98			R116523
D1Hun49	1				26.5			DNA segment, Chr 1, Hunter 49	L						33162																																																																									1995-1997					1/22/98	1/24/98			R121300
D1Hun5	1		d1hun5	D01Hun0005	98.5			DNA segment, Chr 1, Hunter 5	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	83.5																						DNA (SSCP)	F=AACTTGCAACTTTTCCCCAA, R=CTCTCCTTCCGGGTTCTGAT																				1992	Hun				8/10/94	1/24/98			R100123
D1Hun50	1				31			DNA segment, Chr 1, Hunter 50	L						33162																																																																									1995-1997					1/22/98	1/24/98			R121320
D1Hun52	1				43			DNA segment, Chr 1, Hunter 52	L						33162																																																																									1995-1997					1/22/98	1/24/98			R121338
D1Hun53	1				64.3			DNA segment, Chr 1, Hunter 53	L						33162																																																																									1995-1997					1/22/98	1/24/98			R121394
D1Hun54	1				68.8			DNA segment, Chr 1, Hunter 54	L						33162																																																																									1995-1997					1/22/98	1/24/98			R121408
D1Hun57	1				79.3			DNA segment, Chr 1, Hunter 57	L						33162																																		2																																							1995-1997					1/21/98	1/24/98			R116471
D1Hun6	1		d1hun6	D01Hun0006	84.3			DNA segment, Chr 1, Hunter 6	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	20963 16146																													D P	69.4																						DNA (SSCP)	F=CGAACTTGATTACAGCTAGCCA, R=GGCAGTTTGAACCAAGGGTA																				1992	Hun				8/10/94	1/24/98			R100124
D1Hun7	1		d1hun7	D01Hun0007	60.2			DNA segment, Chr 1, Hunter 7	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	45.7																						DNA (SSCP)	F=GTTGACCATTTCTTTAGGTGCC, R=TACAAAGAACGCCAGAAGTCTG																				1992	Hun				8/10/94	1/24/98			R100125
D1Hun8	1		d1hun8	D01Hun0008	68.8			DNA segment, Chr 1, Hunter 8	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	51.1																						DNA (SSCP)	F=ACCCTATGGGAGAACCCAAA, R=TGCAAGGACGAACTGCTCTA																				1992	Hun				8/10/94	1/24/98			R100126
D1Hun9	1		d1hun9	D01Hun0009	63.1			DNA segment, Chr 1, Hunter 9	L				Single-stranded conformational polymorphism (SSCP).	Hunter K 1993 Genomics 18:510	16146																													D P	47																						DNA (SSCP)	F=GGAGCAGTCTGAAGAGAGCA, R=GTGCTCACAGCCTTATGCAA																				1992	Hun				8/10/94	1/24/98			R100127
D1J1	1		d1j1	D01J0001	71			DNA segment, Chr 1, Jackson 1						Nadeau J 1992 Mammalian Genome 3:55	22175																													D P	syn																																											1993					8/10/94	1/24/98			R100143
D1J2	1				15			DNA segment, Chr 1, Jackson Laboratory 2	R						34476																																																																									1995-1997					1/22/98	1/24/98			R121264
D1Jpk1	1				95.3			DNA segment, Chr 1, Japan, Kominami 1	L						24193																																		1																																							1995-1997					1/21/98	1/24/98			R116503
D1Kng1	1		d1kng1	D01Kng0001	13.9		C1	DNA segment, Chr 1, Kingsley 1	I L					Kingsley DM 1992 Cell 71:399	3046																													D	13.9																						DNA (sequence of unknown function)																					1992	Kng				8/10/94	1/24/98			R100142
D1Leh1	1		d1leh1	D01Leh0001	75.8			DNA segment, Chr 1, Lehrach 1	L		1q			Cox RD 1991 Genomics 10:375	11327																													D P	59																						DNA (sequence of unknown function)																					1991					8/10/94	1/24/98			R100144
D1Leh10	1				58			DNA segment, Chr 1, Lehrach 10	L						24197																																																																									1998					1/22/98	1/24/98			R121361
D1Leh11	1				58			DNA segment, Chr 1, Lehrach 11	L						24197																																																																									1998					1/22/98	1/24/98			R121362
D1Leh12	1				59			DNA segment, Chr 1, Lehrach 12	L						24197																																																																									1998					1/22/98	1/24/98			R121365
D1Leh13	1				59			DNA segment, Chr 1, Lehrach 13	L						24197																																																																									1998					1/22/98	1/24/98			R121366
D1Leh14	1				59			DNA segment, Chr 1, Lehrach 14	L						24197																																																																									1998					1/22/98	1/24/98			R121367
D1Leh15	1				60			DNA segment, Chr 1, Lehrach 15	L						24197																																																																									1998					1/22/98	1/24/98			R121374
D1Leh16	1				59			DNA segment, Chr 1, Lehrach 16	L						24197																																																																									1998					1/22/98	1/24/98			R121368
D1Leh17	1				59			DNA segment, Chr 1, Lehrach 17	L						24197																																																																									1998					1/22/98	1/24/98			R121369
D1Leh18	1				59			DNA segment, Chr 1, Lehrach 18	L						24197																																																																									1998					1/22/98	1/24/98			R121370
D1Leh19	1				60			DNA segment, Chr 1, Lehrach 19	L						24197																																																																									1998					1/22/98	1/24/98			R121375
D1Leh2	1				65			DNA segment, Chr 1, Lehrach 2	L						24197																																																																									1998					1/22/98	1/24/98			R121395
D1Leh20	1				59			DNA segment, Chr 1, Lehrach 20	L						24197																																																																									1998					1/22/98	1/24/98			R121371
D1Leh21	1				8			DNA segment, Chr 1, Lehrach 21	L						24197																																																																									1998					1/22/98	1/24/98			R121250
D1Leh22	1				1			DNA segment, Chr 1, Lehrach 22	L						24197																																																																									1998					1/22/98	1/24/98			R121241
D1Leh3	1				75			DNA segment, Chr 1, Lehrach 3	L						24197																																		2																																							1998					1/21/98	1/24/98			R116460
D1Leh4	1				75			DNA segment, Chr 1, Lehrach 4	L						24197																																		2																																							1998					1/21/98	1/24/98			R116461
D1Leh5	1				109			DNA segment, Chr 1, Lehrach 5	L						24197																																		3																																							1998					1/21/98	1/24/98			R116531
D1Leh6	1				57			DNA segment, Chr 1, Lehrach 6	L						24197																																																																									1998					1/22/98	1/24/98			R121358
D1Leh7	1				57			DNA segment, Chr 1, Lehrach 7	L						24197																																																																									1998					1/22/98	1/24/98			R121359
D1Leh8	1				59			DNA segment, Chr 1, Lehrach 8	L						24197																																																																									1998					1/22/98	1/24/98			R121372
D1Leh9	1				58			DNA segment, Chr 1, Lehrach 9	L						24197																																																																									1998					1/22/98	1/24/98			R121363
D1Ler1	1		d1ler1	D01Ler0001	21			DNA segment, Chr 1, Le Roy 1					Anonymous DNA clone.	LeRoy H 1992 Mammalian Genome 3:244	1077																													D	20																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100145
D1Ler2	1		d1ler2	D01Ler0002	39			DNA segment, Chr 1, Le Roy 2					Anonymous DNA clone.	LeRoy H 1992 Mammalian Genome 3:244	1077																													D	35																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100146
D1Ler3	1		d1ler3	D01Ler0003	49			DNA segment, Chr 1, Le Roy 3					Anonymous DNA clone.	LeRoy H 1992 Mammalian Genome 3:244	1077																													D	41																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100147
D1Ler4	1		d1ler4	D01Ler0004	53			DNA segment, Chr 1, Le Roy 4					Anonymous DNA clone.	LeRoy H 1992 Mammalian Genome 3:244	1077																													D	43																						DNA (sequence of unknown function)																					1992					8/10/94	1/24/98			R100148
D1Lub1	1		d1lub1	D01Lub0001	53.1		C5-D	DNA segment, Chr 1, Lubeck 1	I L		2q		Transcript from amplified sequences of an inherited homogeneously staining region in chromosome 1	Eckert WA 1991 Mol Cell Biol 11:2229	9115 11067 16146 2018 1249 4624																													D	43																						DNA (sequence of unknown function)	pMmHSR5																				1991					8/10/94	1/24/98			R100149
D1Lub2	1		d1lub2	D01Lub0002	S			DNA segment, Chr 1, Lubeck 2					Transcript from amplified sequences of an inherited homogeneously staining region in chromosome 1	Eckert WA 1991 Mol Cell Biol 11:2229																														D	syn																						DNA (sequence of unknown function)	pMmHSR5																				1991					8/10/94	1/24/98			R100150
D1Lws2	1	D1Rti2	d1rti2	D01Rti0002	29.8			DNA segment, Chr 1, Lewis 2	L R		2q		Research Triangle Inst, S. Lewis.	Cobb RR 1992 Genomics 12:405	1789																													D	27																						DNA (sequence of unknown function)	pMEI					B B B D D B B B B B D D B U U B B B B D D D D D U U															1992	Lws				8/10/94	1/24/98			R100502
D1Mcg1	1		d1mcg1	D01Mcg0001	34.6			DNA segment, Chr 1, McGill University 1	R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	31				Maps 3.6 cM proximal to Tnp1.																		DNA (sequence of unknown function)							B B H H H B H H B B H H														1993					8/10/94	1/24/98			R100151
D1Mcg101	1		d1mcg101	D01Mcg0101	39.1			DNA segment, Chr 1, McGill University 101	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993	Mcg				8/10/94	1/24/98			R100158
D1Mcg102	1		d1mcg102	D01Mcg0102	39.1			DNA segment, Chr 1, McGill University 102	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100159
D1Mcg103	1		d1mcg103	D01Mcg0103	39			DNA segment, Chr 1, McGill University 103	L P						12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100160
D1Mcg104	1		d1mcg104	D01Mcg0104	39			DNA segment, Chr 1, McGill University 104	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100161
D1Mcg105	1		d1mcg105	D01Mcg0105	38.9			DNA segment, Chr 1, McGill University 105	L P					Malo D 1994 Genomics 23:51	14554																													D	36				Maps 0.1 cM or about 250 kb proximal to Nramp.																		DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100162
D1Mcg106	1		d1mcg106	D01Mcg0106	41.2			DNA segment, Chr 1, McGill University 106	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100163
D1Mcg107	1		d1mcg107	D01Mcg0107	47.2			DNA segment, Chr 1, McGill University 107	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100164
D1Mcg108	1		d1mcg108	D01Mcg0108	41.2			DNA segment, Chr 1, McGill University 108	L P						14554 12786																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100165
D1Mcg109	1		d1mcg109	D01Mcg0109	41.2			DNA segment, Chr 1, McGill University 109	v						14554																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100166
D1Mcg111	1		d1mcg111	d01mcg0111	52.8			DNA segment, Chr 1, McGill University 111	L P					Epstein 1994 Genomics 19:163 & Malo D 1994 Genomics 23:51	16521																														syn																																											1994	Mcg				8/10/94	1/24/98			R111843
D1Mcg136	1		d1mcg136	D01Mcg0136	39.9			DNA segment, Chr 1, McGill University 136	L P					Malo D 1994 Genomics 23:51	14554 2183																													D	36				Maps 0.2 cM distal to Nramp.																		DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100167
D1Mcg150	1		d1mcg150	D01Mcg0150	55			DNA segment, Chr 1, McGill University 150	L						6787 2183																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100168
D1Mcg153	1		d1mcg153	D01Mcg0153	42.5			DNA segment, Chr 1, McGill University 153	L						14554 2183																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100169
D1Mcg154	1		d1mcg154	d01mcg0154	26.55			DNA segment, Chr 1, McGill University 154						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111844
D1Mcg156	1		d1mcg156	D01Mcg0156	43			DNA segment, Chr 1, McGill University 156	L						14554 2183																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100170
D1Mcg162	1		d1mcg162	D01Mcg0162	10			DNA segment, Chr 1, McGill University 162	L						2183																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100171
D1Mcg163	1		d1mcg163	D01Mcg0163	34.6			DNA segment, Chr 1, McGill University 163	L						14554 2183																													D	syn																						DNA (sequence of unknown function)																					1993					8/10/94	1/24/98			R100172
D1Mcg165	1		d1mcg165	D01Mcg0165	39			DNA segment, Chr 1, McGill University 165	L P					Malo D 1994 Genomics 23:51	14554 2183																													D	syn				About 20 kb proximal to Nramp.																		DNA (sequence of unknown function)																					1993	Mcg				8/10/94	1/24/98			R100173
D1Mcg178	1		d1mcg178	d01mcg0178	10.55			DNA segment, Chr 1, McGill University 178						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111845
D1Mcg182	1		d1mcg182	d01mcg0182	S			DNA segment, Chr 1, McGill University 182						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111846
D1Mcg198	1		d1mcg198	d01mcg0198	26.55			DNA segment, Chr 1, McGill University 198						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111847
D1Mcg199	1		d1mcg199	d01mcg0199	47.85			DNA segment, Chr 1, McGill University 199						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111848
D1Mcg2	1		d1mcg2	D01Mcg0002	38.9			DNA segment, Chr 1, McGill University 2	P R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	35				Map about 250 kb proximal to Nramp.																		DNA (sequence of unknown function)			B A U A A B A U A A U U A A B A B B B B B A U A U U A A U U U U B U U U A U U B U			D B B D D B B B D B D B B B B B B D B D D D B D B D	H B H H H H H B B B H H														1993					8/10/94	1/24/98			R100152
D1Mcg203	1		d1mcg203	d01mcg0203	47.85			DNA segment, Chr 1, McGill University 203						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111849
D1Mcg206	1		d1mcg206	d01mcg0206	61.9			DNA segment, Chr 1, McGill University 206						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111850
D1Mcg207	1		d1mcg207	d01mcg0207	61.9			DNA segment, Chr 1, McGill University 207						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111851
D1Mcg208	1		d1mcg208	d01mcg0208	62.75			DNA segment, Chr 1, McGill University 208						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111852
D1Mcg214	1		d1mcg214	d01mcg0214	S			DNA segment, Chr 1, McGill University 214						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111853
D1Mcg217	1		d1mcg217	d01mcg0217	26.55			DNA segment, Chr 1, McGill University 217						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111854
D1Mcg240	1		d1mcg240	d01mcg0240	47.85			DNA segment, Chr 1, McGill University 240						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111855
D1Mcg242	1		d1mcg242	d01mcg0242	61.9			DNA segment, Chr 1, McGill University 242						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111856
D1Mcg26	1		d1mcg26	d01mcg0026	26.55			DNA segment, Chr 1, McGill University 26						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111857
D1Mcg297	1		d1mcg297	d01mcg0297	47.85			DNA segment, Chr 1, McGill University 297						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111858
D1Mcg298	1		d1mcg298	d01mcg0298	61.9			DNA segment, Chr 1, McGill University 298						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111859
D1Mcg299	1		d1mcg299	d01mcg0299	26.55			DNA segment, Chr 1, McGill University 299						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111860
D1Mcg3	1		d1mcg3	D01Mcg0003	38.9			DNA segment, Chr 1, McGill University 3	P R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	35				Maps with D1Mcg165.																		DNA (sequence of unknown function)							H B H H H H H B B B H H														1993					8/10/94	1/24/98			R100153
D1Mcg4	1		d1mcg4	D01Mcg0004	39.5			DNA segment, Chr 1, McGill University 4	R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	syn				Map between Nramp and Vil.																		DNA (sequence of unknown function)							H B H H H H H B B U H H														1993					8/10/94	1/24/98			R100154
D1Mcg5	1		d1mcg5	D01Mcg0005	39.3			DNA segment, Chr 1, McGill University 5	P R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	35				Map just proximal to Nramp, about10 kb.																		DNA (sequence of unknown function)							H B H H H H H B B U H H														1993					9/16/94	1/24/98			R114070
D1Mcg6	1		d1mcg6	D01Mcg0006	39.9			DNA segment, Chr 1, McGill University 6	P R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	20139																													D	syn				Maps about 800 kb distal to Vil.																		DNA (sequence of unknown function)							B B H H H H H B B B H H														1991					8/10/94	1/24/98			R100155
D1Mcg7	1		d1mcg7	D01Mcg0007	41.5			DNA segment, Chr 1, McGill University 7	P R					Malo D 1993 Genomics 16:655 & Malo D 1994 Genomics 23:51	12786																													D	35				Very close, if not in, the Des locus.																		DNA (sequence of unknown function)						D B B D D B B B D B D B B B B B B D B D D D B D B D	B B H H H H H B B B H H														1991					8/10/94	1/24/98			R100156
D1Mcg8	1		d1mcg8	D01Mcg0008	41.5			DNA segment, Chr 1, McGill University 8	R					Malo D 1993 Genomics 16:655	12786																													D	syn																						DNA (sequence of unknown function)			B A U A A B A U A A U U A A B A B B B B B A U A U U A A U U U U B U U U A U U B U				B B H H H H H B B B H H														1991					8/10/94	1/24/98			R100157
D1Mcg85	1		d1mcg85	d01mcg0085	62.75			DNA segment, Chr 1, McGill University 85						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111861
D1Mcg96	1		d1mcg96	d01mcg0096	10.55			DNA segment, Chr 1, McGill University 96						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111862
D1Mcg98	1		d1mcg98	d01mcg0098	89.95			DNA segment, Chr 1, McGill University 98						Epstein 1994 Genomics 19:163	16521																																																																									1994	Mcg				8/10/94	1/24/98			R111863
D1Mit1	1		d1mit1	D01Mit0001	8.7	4.40		DNA segment, Chr 1, MIT 1	L R				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1992 Genetics 131:423 & Kozak CA 1994 Genomics 21:659	1066 23388 16146																													D P	11				Secondary Committee anchor.	DDDDBDDBDBDDDDDBDDBB-DDDBDBBDDDDDDDDDBBDBDDDDB	-1	-1	L33	-1	-1	-1	115	123	120	-1	-1	-1	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit1 primers: Left=GATCCTCAGATTGAAGAATC, Right=GAGCCACCAGAGATGTAAGA.  3 strains typed at MIT. Products vary from 115 to 123 bp.	CA=24				U U U D D B D D B B D D B D D D D B B D B D D U U U															1992	Mit				8/10/94	1/24/98			R100174
D1Mit10	1		d1mit10	D01Mit0010	56.6	54.60		DNA segment, Chr 1, MIT 10	L			2q	Secondary Committee anchor. Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388 16146																													D P	44					HBBAHHBBAHHHHHHHBHBBAAHHBHHBAHHHAHHBABHBABBHHA	139	133	A117	139	139	144	150	139	139	133	139	139	122			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit10 primers: Left=AAACCATGCAGGTACTGATATGG, Right=GAAGAAATTAACTGAGAGCAAGGC.  12 strains typed at MIT. Products vary from 122 to 150 bp.	CA=13																			1992	Mit				8/10/94	1/24/98			R100182
D1Mit100	1		d1mit100	D01Mit0100	71.5	74.30		DNA segment, Chr 1, MIT 100	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	54.5					-BBAAHABHHHH-HHHBHHAAAHBBHAAABAHHHHBABHHABBHHH	196	204	MPC691	240	244	196	188	240	240	240	244	240	198			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit100 primers: Left=CTGGCAGCGGGTTAACTG, Right=TCAGCATCAGTATGCACATTTAT.  12 strains typed at MIT. Products vary from 188 to 244 bp.	CA=19 and GA=20																			1993	Mit				8/10/94	1/24/98			R100267
D1Mit101	1		d1mit101	D01Mit0101	73	75.40		DNA segment, Chr 1, MIT 101	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	55					HBBAAHABHHHHHHHHBHHAAAHBBHAAABAHHHHBHBHHABBHHH	170	176	MPC1564	168	168	170	216	176	170	176	170	168	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit101 primers: Left=TTGGCTAATTTTTACTGCATGC, Right=CACAGGAGACAGGTATATCAGGG.  11 strains typed at MIT. Products vary from 168 to 216 bp.	CA=20																			1993	Mit				8/10/94	1/24/98			R100268
D1Mit102	1		d1mit102	D01Mit0102	73	75.40		DNA segment, Chr 1, MIT 102	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	55					HBBAAHABHHHHHHHHBHHAAAHBBHAAABAHHHHBHBHHABBHH-	128	116	MPC1040	120	112	128	126	116	120	116	128	122	126			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit102 primers: Left=AAATACCAGCAAAACAATAAAGGC, Right=TGAATTAAAATTGCAGAGGCG.  11 strains typed at MIT. Products vary from 112 to 128 bp.	CA=15																			1993	Mit				8/10/94	1/24/98			R100269
D1Mit103	1		d1mit103	D01Mit0103	73	75.40		DNA segment, Chr 1, MIT 103	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	55					HBBAAHABHHHHHHHHBHH-AAHBBHAAABAHHHHBHBHHABBHHH	118	116	MPC425	116	116	118	102	102	114	116	118	118	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit103 primers: Left=TCAATGAAGGCAAAGACTTGG, Right=CCCACTATTGCTGGTGGC.  11 strains typed at MIT. Products vary from 102 to 118 bp.	CA=24																			1993	Mit				8/10/94	1/24/98			R100270
D1Mit104	1		d1mit104	D01Mit0104	79	80.90		DNA segment, Chr 1, MIT 104	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	57					HBBAAHABHHHHHHHHBHHAAAHBBHAAABAHBHHBHBHHAHBHAH	158	158	MPC985	158	158	158	180	196	158	196	158	196	158			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit104 primers: Left=TAGGATTCAAAACCAGAGCCC, Right=CTGTTTCAATAGAACAAGGTGGG.  12 strains typed at MIT. Products vary from 158 to 196 bp.	CA=14																			1993	Mit				8/10/94	1/24/98			R100271
D1Mit105	1		d1mit105	D01Mit0105	80	82.00		DNA segment, Chr 1, MIT 105	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	57					HBBAAHABHHHHHHHHBHHAAAHBBHAAABAHBHBBHBHHAHBHAH	114	138	MPC1219	138	144	120	116	144	138	120	120	138	126			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit105 primers: Left=TGGGTATCACCTCCAGAATACA, Right=AGGTATGGTGAAGACAACAAAATG.  11 strains typed at MIT. Products vary from 114 to 144 bp.	CA=23																			1993	Mit				8/10/94	1/24/98			R100272
D1Mit106	1		d1mit106	D01Mit0106	85	83.10		DNA segment, Chr 1, MIT 106	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	60					HBBAAHABHHHHHHHHBHHAHAHBBHAAABAHBHBBHBHHAHBHAH	118	120	MPC1117	120	100	118	94	100	120	118	118	-1	114			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit106 primers: Left=AGACATCAATGTTAACCTCTGACC, Right=TATGCATTGTGGGCATGC.  10 strains typed at MIT. Products vary from 94 to 120 bp.	CT=20 and CA=13																			1993	Mit				8/10/94	1/24/98			R100273
D1Mit107	1		d1mit107	D01Mit0107	85	83.10		DNA segment, Chr 1, MIT 107	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	60					HBBAA-ABHHHHHHHHBHHAHAHBBHAAABAHBHBBHBHHAHBHAH	108	102	MPC512	102	100	108	108	100	102	106	102	102	94			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit107 primers: Left=TGAATACATGCATGCACATACA, Right=GATTGAGTGGAACTGGACTGG.  12 strains typed at MIT. Products vary from 94 to 108 bp.	CA=17																			1993	Mit				8/10/94	1/24/98			R100274
D1Mit108	1		d1mit108	D01Mit0108	86.6	84.20		DNA segment, Chr 1, MIT 108	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	60.5					HBBAAHABHHHHHHHHBHHAHAHHBHAAABAHBHBBHBHHAHBHAH	-1	148	MPC1067	148	148	148	150	-1	146	148	138	138	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit108 primers: Left=CTCACACCCTATAACCTGACAGG, Right=CAGCATTTAAAACAGTCTCCCC.  9 strains typed at MIT. Products vary from 138 to 150 bp.	CA=19																			1993	Mit				8/10/94	1/24/98			R100275
D1Mit109	1		d1mit109	D01Mit0109	87.8	85.20		DNA segment, Chr 1, MIT 109	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	63					ABBAAHABHHHHHHHHBHHAHAHHBHAAABAHBHCCHCCCACCCAH	-1	198	MPC822	198	198	198	188	188	198	198	194	-1	176			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit109 primers: Left=TCAGAATGCTCCTACTGTGTCTC, Right=CAGTCATGTCCATGCACACA.  10 strains typed at MIT. Products vary from 176 to 198 bp.	CA=20																			1993	Mit				8/10/94	1/24/98			R100276
D1Mit11	1		d1mit11	D01Mit0011	58.7	59.00		DNA segment, Chr 1, MIT 11	L R			2q	Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388																													D P	47					HBBAHHBBAHHHHHHHBHBHAAHBBHHHAHHHHH-BABHBABBHHA	100	106	M17	100	100	100	111	106	100	106	100	106	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit11 primers: Left=GATCAGATTAAGATGTATATTATAA, Right=GAACCCCAAAAAGAAATCTG.  11 strains typed at MIT. Products vary from 100 to 111 bp.					U B D D B B D B D B D B D B D B D D D D B D B U U U															1992	Mit				8/10/94	1/24/98			R100183
D1Mit110	1		d1mit110	D01Mit0110	87.9	86.30		DNA segment, Chr 1, MIT 110	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	63.5					ABB-AHHBHHHHHHHHBHHAHAHHBHAAABAHBHBBHBHHAHBHAH	132	138	MPC179	138	138	138	132	168	138	-1	132	132	128			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit110 primers: Left=TTGGCATGTGTGTTCTGGAT, Right=CCCCCAAATGAGCCTTTACT.  11 strains typed at MIT. Products vary from 128 to 168 bp.	CA=12																			1993	Mit				8/10/94	1/24/98			R100277
D1Mit111	1		d1mit111	D01Mit0111	92.3	91.80		DNA segment, Chr 1, MIT 111	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	64					ABBAAHHBHHHHHBAHBHHAHHHHBHAAABAHBHBBHBHHAH-HAH	188	184	MPC1603	170	170	184	202	170	170	184	186	188	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit111 primers: Left=ATTGCCTGACTCCAGTATTCTACC, Right=TTAGGTGTGTGAAAGACATTCCC.  10 strains typed at MIT. Products vary from 170 to 202 bp.	CA=17																			1993	Mit				8/10/94	1/24/98			R100278
D1Mit112	1		d1mit112	D01Mit0112	91.3	91.80		DNA segment, Chr 1, MIT 112	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	64					AB-AAHHBHHHHHBAHBHHAHHHHBHAAABAHBHBBHBHHAHBHAH	180	180	MPC194	180	180	180	188	180	180	180	188	180	216			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit112 primers: Left=ACATCACAAGAGGAAGCCTCA, Right=AGCATAAAGCCCCAACACAC.  12 strains typed at MIT. Products vary from 180 to 216 bp.	CA=20																			1993	Mit				8/10/94	1/24/98			R100279
D1Mit113	1		d1mit113	D01Mit0113	92.3	91.80		DNA segment, Chr 1, MIT 113	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	64					ABBAAHHBHHHHHBAHBHHAHHHHBHAAABAHBHB-HBHHAHBHAH	218	226	MPC1150	206	224	224	224	-1	206	226	228	-1	224			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit113 primers: Left=CCTCAAAATCAGGATTAAAAGGG, Right=ACATGGGGTGGACTTGTGAT.  10 strains typed at MIT. Products vary from 206 to 228 bp.	CA=15																			1993	Mit				8/10/94	1/24/98			R100280
D1Mit114	1		d1mit114	D01Mit0114	92.3	91.80		DNA segment, Chr 1, MIT 114	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	64					ABBAAHHBHHHHHBAHBHHAHHHHBHAAABAHBHBBHBHHAHBHAH	146	146	MPC1507	146	146	146	182	146	146	146	148	146	148			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit114 primers: Left=ACTGCTTGGTTTGTTGAGGG, Right=TGTGCACATCTATGATATTCTCAA.  11 strains typed at MIT. Products vary from 146 to 182 bp.	CA=12																			1993	Mit				8/10/94	1/24/98			R100281
D1Mit115	1		d1mit115	D01Mit0115	99.7	99.50		DNA segment, Chr 1, MIT 115	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	70					ABBAAHHBHHHHHBAHBHHAHHHHBHAAAHAHBAHBHHHAAHBBAH	146	122	MPC514	148	144	144	124	148	148	144	120	144	148			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit115 primers: Left=AAGGGAATGGAATTAGGGTCA, Right=TAACGGACACCCATTTTAAACA.  12 strains typed at MIT. Products vary from 120 to 148 bp.	CA=23																			1993	Mit				8/10/94	1/24/98			R100282
D1Mit116	1		d1mit116	D01Mit0116	100.5	100.50		DNA segment, Chr 1, MIT 116	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	73					ABBAAHHBHHHHHBAHBHHAHBAHBHAAAHAHBAHBHHHAAHBBAH	156	166	MPC533	146	146	146	176	146	146	146	146	146	150			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit116 primers: Left=CATTCACACTGCCAAGCACT, Right=CGTGCATAAGACCCTAAGTTCC.  12 strains typed at MIT. Products vary from 146 to 176 bp.	CT=14 and GT=14																			1993	Mit				8/10/94	1/24/98			R100283
D1Mit117	1		d1mit117	D01Mit0117	106.1	110.40		DNA segment, Chr 1, MIT 117	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	86					ABAAAHHBHAHBHBAAHHHAHBAHBHAAAHAHBAHHHHHAHHBBAB	94	-1	MPC897	104	104	94	108	-1	104	94	100	94	102			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit117 primers: Left=CAAAACAAAACACGCAGAGG, Right=CTCACTGCAGAGTTTGAGAAATG.  10 strains typed at MIT. Products vary from 94 to 108 bp.	CA=22																			1993	Mit				8/10/94	1/24/98			R100284
D1Mit118	1		d1mit118	D01Mit0118	8.3	4.40		DNA segment, Chr 1, MIT 118	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	9.4					-HAHBHABHBHHAAABHHBBBAHHBHBBHHHAHHAHABBHBAHHAB	205	-1	MPC2195	205	205	205	223	226	207	205	205	205	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit118 primers: Left=TACAGAGCTCAAGAGACCACATG, Right=CTGATACCTGCTTTTGGTTTCC.  10 strains typed at MIT. Products vary from 205 to 226 bp.	CA=13																			1993	Mit				8/10/94	1/24/98			R100285
D1Mit119	1		d1mit119	D01Mit0119	10	6.60		DNA segment, Chr 1, MIT 119	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	14					-HAHBHABHBHAAAABBHBBBAHHBHBB---AHHAHABBHBAHHAB	-1	146	MMH157	146	-1	-1	126	146	146	146	146	146	146			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit119 primers: Left=GTCACCCTTCTATATTGTGTATGCA, Right=GGGTTAATGTCTGGCTTCCA.  8 strains typed at MIT. Products vary from 126 to 146 bp.	CA=13																			1993	Mit				8/10/94	1/24/98			R100286
D1Mit12	1		d1mit12	D01Mit0012	63.1	66.70		DNA segment, Chr 1, MIT 12	L R			1q	RI data according to Seldin 1993. Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388 16146																													D P	50					DBBDDDDBDDDDDDDDBDBDDDDBBDD-D-D-D-D-DBD-D-BDDD	133	133	M93	133	126	133	129	133	133	-1	133	133	170			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit12 primers: Left=ACCATATCTCTACATGCTTGTGC, Right=GCATTTGGTTTATTTTTCCACG.  11 strains typed at MIT. Products vary from 126 to 170 bp.																				1992	Mit				8/10/94	1/24/98			R100184
D1Mit120	1		d1mit120	D01Mit0120	15	12.00		DNA segment, Chr 1, MIT 120	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	19					HHAHBHABHBAA-AAHBHBBBAHHBHHB-HHAHHHHABBHHAHHAB	190	232	MPC1221	-1	186	190	186	190	190	190	192	192	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit120 primers: Left=GTAAGCATGTGGAGGGTGGA, Right=GAATGTGGCAAAGAGTAATAGAGG.  9 strains typed at MIT. Products vary from 186 to 232 bp.	CT=18 and GT=11																			1993	Mit				8/10/94	1/24/98			R100287
D1Mit121	1		d1mit121	D01Mit0121	19.5	17.50		DNA segment, Chr 1, MIT 121	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	22					HHAHBHBBHBAAHAAHBHB-BAHH--HBHHAAHAHHABBHHAHHAB	248	258	MPC1451	-1	254	248	254	258	250	258	254	-1	246			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit121 primers: Left=TGTGGGTGCTGAGGATACAA, Right=GGACAGAACACCATAAGTTCTGC.  10 strains typed at MIT. Products vary from 246 to 258 bp.	CA=21																			1993	Mit				8/10/94	1/24/98			R100288
D1Mit122	1	St2, MMST2G, MUSST2G	st2, d1mit122	D01Mit0122	20.6	19.70		SSLP in signal transduction protein 2	L				Gene for growth-associated protein. Member of the immunoglobulin superfamily; late growth response protein. Contains a polymorphic microsatellite targeted by D1Mit122 PCR primers.	Tominaga SI 1991 Biochim Biophys Acta 1090:1	23388																			X60184, Y07519										D P	19				Committee Report of 1994 puts this MIT marker at 25.6 cM.	HHAHBHBBDBAAHAAHB-BCH-DDCDDCDHAAHAHDABBHHAHHAH	150	150	D866	150	150	150	160	140	150	140	150	160	150			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit122 primers: Left=TGAAGCAAGAATTCAAGAAGAGG, Right=AGGACATACCTAGTAAGGCTTTGTC.  11 strains typed at MIT. Products vary from 140 to 160 bp.	CATT=12																			1991	Mit			duplicate	8/10/94	1/24/98			R100289
D1Mit123	1		d1mit123	D01Mit0123	21	19.70		DNA segment, Chr 1, MIT 123	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	24.5					HHAHBHBBHBAAHAAHBHBBHAHHBHHBHHAAHAHHABBHHAHHAH	116	116	MPC2585	138	-1	116	128	-1	138	128	116	128	138			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit123 primers: Left=GGGACTGCAAACACCACTTT, Right=ACTCAGAAAGATGGGCATACTAGG.  9 strains typed at MIT. Products vary from 116 to 138 bp.	CA=24																			1993	Mit				8/10/94	1/24/98			R100290
D1Mit124	1		d1mit124	D01Mit0124	32.8	32.80		DNA segment, Chr 1, MIT 124	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	32					--AHBHBBABAAHAAHBAB-HAHHBAHBHHHHAHHHABBHAABHHA	-1	150	MPC1224	148	154	150	172	150	148	148	148	146	140			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit124 primers: Left=TTATCAACCATTATTTCCTTGGC, Right=CTTCTGCATGCACATCCACT.  11 strains typed at MIT. Products vary from 140 to 172 bp.	CA=14																			1993	Mit				8/10/94	1/24/98			R100291
D1Mit125	1		d1mit125	D01Mit0125	33.3	32.80		DNA segment, Chr 1, MIT 125	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	32					CHAHBHBBABAAHAAHBABBHAHHBAHBHHHHAHHHABBHAABHHA	118	119	MPC2638	118	118	118	148	118	118	118	119	118	113			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit125 primers: Left=ACAGTCCTGACCTCTAACACTGC, Right=TCCACATTAACTTCCCTATGCC.  12 strains typed at MIT. Products vary from 113 to 148 bp.	CA=10																			1993	Mit				8/10/94	1/24/98			R100292
D1Mit126	1	Eif4a-ps1, MMEIF4AP	eif4aps1, d1mit126	D01Mit0126	33.8	33.90		SSLP in eukaryotic translation initiation factor 4a, pseudogene 1	L				Pseudogene of the D promoter region. Contains a polymorphic microsatellite targeted by D1Mit126 PCR primers.	Nielsen PJ 1988 EMBO J 7:2097	23388																			X12508	400 bp. Title "The mouse protein synthesis intiation factor 4A gene family includes two related functional genes which are differentiatlly expressed"									D P	32.2					--A-BHBBABAAHAAHBABBHAH-BAHBAHHH--HHABBHAABHHA	116	-1	D741	116	-1	-1	224	116	116	-1	-1	116	190			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit126 primers: Left=GAGAGACTGGAGATATTCTTTGCC, Right=CCAACCCCCCATTAAGTTCT.  6 strains typed at MIT. Products vary from 116 to 224 bp.																				1988	Mit			duplicate	8/10/94	1/24/98			R100293
D1Mit127	1		d1mit127	D01Mit0127	35.8	36.10		DNA segment, Chr 1, MIT 127	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	32.5					BHHHBH-BABAAHAAH-ABBHAHHBAHBAHHHAHHHABBBAAB-HA	137	137	MPC2333	137	137	141	131	137	137	137	137	137	137			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit127 primers: Left=ACCTAGGCTGTATGGTGTGTATG, Right=TCCTAGGAAAATACTGCTGCTACC.  11 strains typed at MIT. Products vary from 131 to 141 bp.	CA=18																			1993	Mit				8/10/94	1/24/98			R100294
D1Mit128	1		d1mit128	D01Mit0128	36.9	37.20		DNA segment, Chr 1, MIT 128	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	33					BHHHBHB-AHAAHAAHBABBHAHHBAHBAHHHAHHHABBBAABHHA	141	155	MMH257	147	147	141	157	141	147	149	155	149	133			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit128 primers: Left=TGGGTCACCTGCACTTATCT, Right=AGTGCTAGATTTAAAGGGACATGC.  11 strains typed at MIT. Products vary from 133 to 157 bp.	CA=24																			1993	Mit				8/10/94	1/24/98			R100295
D1Mit129	1		d1mit129	D01Mit0129	36.9	37.20		DNA segment, Chr 1, MIT 129	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	33					BHHHBHBBAHAAHAAHBABBHAHHBAHBAHHHAHHHABBBAABHHA	136	136	MPC2337	136	-1	136	136	-1	140	136	136	136	148			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit129 primers: Left=ACTTTTAGATCCATCTCTTAACCACC, Right=TAGAAGAAAGAAAGAGAAATGGAAGG.  8 strains typed at MIT. Products vary from 136 to 148 bp.	CA=18																			1993	Mit				8/10/94	1/24/98			R100296
D1Mit13	1		d1mit13	D01Mit0013	63.1	66.70		DNA segment, Chr 1, MIT 13	L R			1q	Secondary Committee anchor. RI data according to Seldin 1993. Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388 16146 3516																													D P	50					HBBAAHHBHHHHHHHHBHBAAAHBBHHAAHHHHHHBABHBABBHHA	208	202	L30	202	202	209	207	202	202	202	202	202	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit13 primers: Left=TGATGCTTGCACGTTGAGAT, Right=AAAACTGGTTCCTGGTTCCC.  11 strains typed at MIT. Products vary from 202 to 209 bp.	CA=7																			1992	Mit				8/10/94	1/24/98			R100185
D1Mit130	1		d1mit130	D01Mit0130	36.9	37.20		DNA segment, Chr 1, MIT 130	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	33					BHHHBHBBAHAAHAAHBABBHAHHBAHBAHHHAHHHABBBAABHHA	145	137	MPC1599	139	139	145	145	139	139	143	139	139	145			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit130 primers: Left=AGAATCAGCATTTGAATATACAGAGTG, Right=AAGAGAATCTGTGCCTGACACA.  11 strains typed at MIT. Products vary from 137 to 145 bp.	CA=18																			1993	Mit				8/10/94	1/24/98			R100297
D1Mit131	1	Inha, MUSINHIBA	inha, d1mit131	D01Mit0131	42	42.60		SSLP in inhibin, alpha	L P R	INHA		2q33-qter	Contains a polymorphic microsatellite recognized by D1Mit131. Also contains polymorphic microsatellite in rat (PCR primer set R112), not polymorphic with R112 in mouse. Physical mapping data from Mao 1994.	Su J 1992 Biochem Biophys Res Comm 186:293 & Malo D 1994 Genomics 23:51	23388			2										9 (INHA)	U11					M95526										D P	36				About 0.6 cM distal to Nramp.  Physical mapping data from Mao 1994.	BHHHB-BBAHAACHHH-HBBHAHHBAHBAHHH-HHHABHBAHBHHA	114	98	D1011	122	122	114	96	116	122	116	122	98	76			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit131 primers: Left=CCCAGGCACCTGTGGTAC, Right=ACCCATTCAGGCAAGCATAC.  11 strains typed at MIT. Products vary from 76 to 122 bp.	CA=22				D B B D D B B B D B D B B B B B B D B D D D B D B D															1992	Mit				8/10/94	1/24/98			R100298
D1Mit132	1		d1mit132	D01Mit0132	43.1	43.70		DNA segment, Chr 1, MIT 132	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	37					BHHHBHBBAHAAHHHHBHBBHAHHBAHBAHHHAHHBABHBAHBHHA	162	162	MMH139	148	162	162	130	148	148	162	162	162	136			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit132 primers: Left=TATTGTTTATGGAAATTGGACCC, Right=CATCTCTGAAGGAAAAAGTGCA.  12 strains typed at MIT. Products vary from 130 to 162 bp.	CA=12 and AG=19																			1993	Mit				8/10/94	1/24/98			R100299
D1Mit133	1		d1mit133	D01Mit0133	43.1	43.70		DNA segment, Chr 1, MIT 133	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	37					BHH-BHBBAHAAHHHHBHBBHAHHBAHBAHHHAHHBABHBAHBH-A	238	238	MPC954	238	238	238	242	238	238	-1	238	-1	244			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit133 primers: Left=TAGATATTAGGTGGTGCCAGGA, Right=CCTTCTGACTTAAAGAAAATGCA.  10 strains typed at MIT. Products vary from 238 to 244 bp.	CA=11																			1993	Mit				8/10/94	1/24/98			R100300
D1Mit134	1		d1mit134	D01Mit0134	49	47.00		DNA segment, Chr 1, MIT 134	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	39					BBHHHHBBAHAAHHHHBHBBAAHHBAHBAHHHAHHBABHBAHBHHA	144	144	MMH153	144	144	144	146	138	144	128	-1	138	120			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit134 primers: Left=CAGTAAAACGTTCACTGTAGCAGC, Right=AATGAAACAGCCTACCTTGCA.  10 strains typed at MIT. Products vary from 120 to 146 bp.	CA=24																			1993	Mit				8/10/94	1/24/98			R100301
D1Mit135	1		d1mit135	D01Mit0135	59.7	61.20		DNA segment, Chr 1, MIT 135	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	48					HBBAHHHBHHHHHHHHBHBHAAHBBHHHAHHHHHHBABHBABBHHA	-1	167	MPC473	177	167	167	165	161	177	-1	165	161	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit135 primers: Left=TTGATGACTTAAAAATGTCAATACTGA, Right=ACACCCCTGCCTTAAAATATTT.  9 strains typed at MIT. Products vary from 161 to 177 bp.	CA=16																			1993	Mit				8/10/94	1/24/98			R100302
D1Mit136	1		d1mit136	D01Mit0136	59.6	60.10		DNA segment, Chr 1, MIT 136	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	48					H--AHHB-HHHHHHHHBHB-AAH--H-HAHHHHHHBABHBAB-HHA	108	102	MPC1675	102	108	108	86	104	102	104	108	104	98			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit136 primers: Left=TAGCCCTACACACTGTAGAAATGC, Right=TGAACACAAAGTAGTAAATGCGTG.  10 strains typed at MIT. Products vary from 86 to 108 bp.	CA=19																			1993	Mit				8/10/94	1/24/98			R100303
D1Mit137	1		d1mit137	D01Mit0137	62.9	65.60		DNA segment, Chr 1, MIT 137	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	49					HBBAHHHBHHHHHHHHBHBAAAHBBHHAAHHHHHHBABHBABBHHA	169	169	MPC471	187	169	169	183	187	175	187	169	185	169			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit137 primers: Left=CCAGAAAATAGAATGAGCACAGG, Right=GTGTTATTTGCATAAAGTAAACACACA.  11 strains typed at MIT. Products vary from 169 to 187 bp.	CA=17																			1993	Mit				8/10/94	1/24/98			R100304
D1Mit138	1		d1mit138	D01Mit0138	64	67.80		DNA segment, Chr 1, MIT 138	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	51.2					HBBAAHHBHHHHHHHHBHBAAAHBBHAAAHHHHHHBABHBABBHHA	-1	246	MPC1205	246	246	246	244	-1	246	246	246	246	262			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit138 primers: Left=TCCAACATACTCTTCTGATATCGG, Right=TAAAATTATGTGGGGGATTGAA.  9 strains typed at MIT. Products vary from 244 to 262 bp.	CA=16																			1993	Mit				8/10/94	1/24/98			R100305
D1Mit139	1		d1mit139	D01Mit0139	65	68.90		DNA segment, Chr 1, MIT 139	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	52.3					HBBAAHHBHHHHHHHHBHHAAAHBBHAAAHHHHHHBABHBABBHHA	230	230	MPC798	242	230	230	226	230	242	230	242	236	260			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit139 primers: Left=CGACATTATCACTTCAGAGTTTGA, Right=GAGTTCCAGCCCACTGAGAG.  11 strains typed at MIT. Products vary from 226 to 260 bp.	CA=16																			1993	Mit				8/10/94	1/24/98			R100306
D1Mit14	1		d1mit14	D01Mit0014	81.6	82.00		DNA segment, Chr 1, MIT 14	L R			1q	Secondary Committee anchor. RI data according to Seldin 1993. Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388 20963 16146 3516																													D P	59					HBBAAHABHHHHHHHHBHHAAAHBBHAAABAHBHBBHBHHAHBHAH	202	202	M193	180	198	202	196	202	180	192	176	176	170			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit14 primers: Left=GCCAGACAGGGCTACATTGT, Right=AGACTGAACTCTGGCCTCCA.  12 strains typed at MIT. Products vary from 170 to 202 bp.																				1992	Mit				8/10/94	1/24/98			R100186
D1Mit140	1	Myog, MUSMYOGEN	myog, d1mit140	D01Mit0140	70	73.20		SSLP in myogenin	L				Muscle structural gene transactivator; nuclear protein, with homology to the myc similarity region of MyoD1. Gene contains a polymrophic microsatellite targeted by D1Mit140 PCR primers. Position given as 82.5 cM by D1Mit140 by at 62 cM in Sep	Fujisawa-Sehara A 1990 J Biol Chem 265:15219	23388																			M95800	4145 bp ds-DNA									D P	54					----AHHBHHHHHHHHBHHAAAHB-H-AABAHHHHBABHHABBHHH	148	144	D1092	142	142	148	158	144	142	142	142	142	142			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit140 primers: Left=ATTTGCCCTTCTGGGTTTCT, Right=CATGAGACCCCTAAAGACCTACC.  11 strains typed at MIT. Products vary from 142 to 158 bp.	CA=22																			1990	Mit			duplicate	8/10/94	1/24/98			R100307
D1Mit141	1		d1mit141	D01Mit0141	73	75.40		DNA segment, Chr 1, MIT 141	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	55					HBBAAHABHHHHHHHHBH--AAHBBHAAABAHHHHBHBHHAB-HHH	161	163	MPC10	163	165	161	179	163	163	165	161	169	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit141 primers: Left=TATTCTTGGTGGAGGTAGAAGATG, Right=CCTAGGAATCACATGATGAAAGC.  10 strains typed at MIT. Products vary from 161 to 179 bp.	CA=23																			1993	Mit				8/10/94	1/24/98			R100308
D1Mit142	1		d1mit142	D01Mit0142	79	80.90		DNA segment, Chr 1, MIT 142	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	57					-B--AHABHHHHHHHH-H-A-AHB-----B-HBHHBHBH-AHB-AH	129	129	MPC2118	129	129	129	129	125	135	147	129	-1	143			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit142 primers: Left=AGATGCAAAAGAGTATTTTGTTGC, Right=TGCGATCAATCTAAGTGTCTATCA.  10 strains typed at MIT. Products vary from 125 to 143 bp.	CA=14																			1993	Mit				8/10/94	1/24/98			R100309
D1Mit143	1		d1mit143	D01Mit0143	86.6	84.20		DNA segment, Chr 1, MIT 143	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	60.5					HBBAAHABHHHH-HHHBH-AHAHHBHAAABAHBHBBHBHHA-BHAH	175	189	MT449	179	178	175	-1	189	179	169	169	191	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit143 primers: Left=CTCAAGGATATACTGGATTCATGTG, Right=TATGGTGCTTCAAAGATATAGATATGG.  8 strains typed at MIT. Products vary from 169 to 189 bp.	CA=14 and GTCT=8																			1993	Mit				8/10/94	1/24/98			R100310
D1Mit144	1		d1mit144	D01Mit0144	87.8	85.20		DNA segment, Chr 1, MIT 144	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	63					ABBAAHABHHHHHHHHBHHAHAHHBHAAABAHBHBBHBHHAHBHAH	122	122	MPC2519	122	122	122	128	140	146	122	140	140	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit144 primers: Left=CTCTAGGCTTTTCCACCTGG, Right=GCCCTCTGCTAACGACTTTG.  11 strains typed at MIT. Products vary from 122 to 146 bp.	CA=20																			1993	Mit				8/10/94	1/24/98			R100311
D1Mit145	1		d1mit145	D01Mit0145	89	87.40		DNA segment, Chr 1, MIT 145	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	63.5					ABBAAHHBHHHHHHHHBHHAHAHHBHAAABAHBHBBHBAHAHBHAH	141	141	MPC13	141	141	141	171	161	141	141	155	141	139			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit145 primers: Left=CTGCATGGTCAAGAAGCAGA, Right=GCTACACAATGCGACCCC.  12 strains typed at MIT. Products vary from 139 to 171 bp.	CA=17																			1993	Mit				8/10/94	1/24/98			R100312
D1Mit146	1		d1mit146	D01Mit0146	92.3	91.80		DNA segment, Chr 1, MIT 146	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	64					ABBAAHHBHHHHHBAHBHHAHHHHBHAAABAHBHBBHBHHAHBHAH	119	123	MPC2238	123	123	127	111	123	123	127	119	127	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit146 primers: Left=TTGGCTGGGGTGAATTTAAG, Right=GATCAATAGATAGCCCCTGCC.  11 strains typed at MIT. Products vary from 111 to 127 bp.	CA=14																			1993	Mit				8/10/94	1/24/98			R100313
D1Mit147	1	Fcgr2, MUSBFCGR2	fcgr2, d1mit147	D01Mit0147	92.3	91.80		SSLP in Fc receptor, IgG, low affinity 2	L P R				IgG receptor. Contains polymorphic microsatellite targeted by D1Mit147 PCR primers in exon 6 or 7.	Hogarth PM 1991 J Immunol 146:369	23388																			M63494	3081 bp ds-DNA									B D P	64					DBBDAHHCHHHHHBAHBHHAHHHHB-AA-BAHBHBBHBHHAHB-A-	320	320	D922	325	325	325	315	325	325	325	320	320	350			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit147 primers: Left=CTATAACCCTGTGTGTTTGTCAGC, Right=ATTGTGGGATTGCCAGTCTC.  10 strains typed at MIT. Products vary from 315 to 350 bp.	AT=5		A D A D A A A D A D A D D D U A A A D A D D A D D		B D D U D D D B B B B B U B U B D U D D D D B D D U	B B B H B B H B B H H B	J B			S C C S C C S S S C S C S S	P U U L L U U U U U U				O A O A A A A A O A O O O O		S S L S S S L			1991	Mit			duplicate	8/10/94	1/24/98			R100314, R111772
D1Mit148	1	Fcgr2, MUSBFCGR1	fcgr2, d1mit148	D01Mit0148	92.3	91.80		SSLP in Fc receptor, IgG, low affinity 2	L P R				IgG receptor. Contains polymorphic microsatellite targeted by D1Mit148 PCR primers in exons 1-5.	Hogarth PM J Immunol 146:369	23388																			M63159	3081 bp ds-DNA									B D P	64					ABBAA-HBHHHHHBAHBHHAHHHHB-A-A-A-BHBBHBHHAHBHAH	100	122	D921	122	122	122	144	122	122	122	90	118	90			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit148 primers: Left=GCTTAGTGAAAGTCAGGCGG, Right=ATATGTCCTTAGAATTTCCCTCATG.  10 strains typed at MIT. Products vary from 90 to 144 bp.	CA=20		A D A D A A A D A D A D D D U A A A D A D D A D D		B D D U D D D B B B B B U B U B D U D D D D B D D U	B B B H B B H B B H H B	J B			S C C S C C S S S C S C S S	P U U L L U U U U U U				O A O A A A A A O A O O O O		S S L S S S L			1991	Mit			duplicate	8/10/94	1/24/98			R100315
D1Mit149	1	Crp, MMCRPG	crp, d1mit149	D01Mit0149	94.2	91.79		SSLP in C-reactive protein	L P				Primary Committee anchor (as Crp). Contains a polymorphic microsatellite recognized by D1Mit149 PCR primers. Crp maps to between 74 and 80 cM according to several sources. This is not the crp (crimpy) locus.	Ohnishi S 1988 Biochem Biophys Res Comm 156:814	23388																			X13588	2140 bp DNA									D P	65					A-BAAHHBHHHHHBAHBHHAHHHHBHAAABAHBABBHBHHAHBHAH	140	146	D703.1	-1	146	146	120	118	100	146	146	150	-1			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit149 primers: Left=AAAGAGAATCTGACTTACCCATGG, Right=TGTGAGGGAGAAGAATTATGTCTG.  8 strains typed at MIT. Products vary from 100 to 146 bp.	AT=12																			1988	Mit			duplicate	8/10/94	1/24/98			R100316
D1Mit15	1		d1mit15	D01Mit0015	87.9	86.30		DNA segment, Chr 1, MIT 15	L R			1q	RI data according to Seldin 1993. Polymorphic CA repeat locus.	Dietrich W 1992 Genetics 131:423	1066 23388 16146 3516																													D P	60					ABBAAHHBHHHHHHHHBHHAHA-HBHAAABAHBHBBHBHHAHBHAH	186	183	M146	160	160	183	188	160	160	183	183	183	154			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit15 primers: Left=TCCACAGAACTGTCCCTCAA, Right=ATACACTCACACCACCCCGT.  12 strains typed at MIT. Products vary from 154 to 188 bp.																				1992	Mit				8/10/94	1/24/98			R100187
D1Mit150	1		d1mit150	D01Mit0150	100	99.50		DNA segment, Chr 1, MIT 150	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	71					ABBAAHHBH--HHBAHBHHAHHAHBHAAAHAHBAHBHH--AHB-AH	134	126	MPC1817	138	126	126	154	126	138	126	134	126	118			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit150 primers: Left=CTGGTGTCCACACACAGGTC, Right=TGATTGCAATATACCAGGTTTCC.  12 strains typed at MIT. Products vary from 118 to 154 bp.	CA=26																			1993	Mit				8/10/94	1/24/98			R100317
D1Mit151	1		d1mit151	D01Mit0151	101	101.60		DNA segment, Chr 1, MIT 151	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	76					ABHAAHHBHHHHHBAHBHHAHBAHBHAAAHAHBAHBHHHAAHBBAH	92	-1	MPC2642	108	108	108	124	-1	108	108	92	108	100			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit151 primers: Left=TTGCCCATCCTAGTGAGAGG, Right=CACCATACGTTTACAGATAGACAGA.  9 strains typed at MIT. Products vary from 92 to 124 bp.	CA=14																			1993	Mit				8/10/94	1/24/98			R100318
D1Mit152	1		d1mit152	D01Mit0152	101.5	103.80		DNA segment, Chr 1, MIT 152	L				Polymorphic microsatellite (CA repeat) locus.	Dietrich W 1994 Nature Genetics 7:220	23388																													D P	77					ABHAAHHBHAHHHBAABHHAHBA-BHAAAHAHBAHBHHHAAHBBAH	95	-1	MMH248	95	95	95	79	-1	95	95	79	95	111			MIT interspecies intercross (C57BL/6-ob/ob X SPRET/Ei)	DNA (microsatellite, MIT)	D1Mit152 primers: Left=CATCTCTCCCTCTCATCCTTACA, Right=AGCAGCCTTGCAGAATGG.  10 strains typed at MIT. Products vary from 79 to 111 bp.	CA=19																			1993	Mit				8/10/94	1/24/98			R100319
D1Mit153	1		d1mit153	D01Mit