Human to Mouse Homology Region Map, Chromosome 8

Human to Mouse Homology Region Map, Chromosome 8

RH Map Genethon Map Method In Situ Human Gene Mouse Chr. Mouse Gene Mouse Locus Cross Homology Group

8 CHRNA2 14 Acra2 20(g) 82

8pter-p21.2 GATA4 14 Gata4 27.0 82

8p23-p22 BLK 14 Blk 28.0 82

WI-8953 6-25 R 8p22 CTSB 14 Ctsb 28.5 82

8p21 CLU 14 Clu 28.5 82

G 8p21 NEFL 14 Nfl 28.5 b 82

8p SFTP2 14 Sftp2 32.5 b 82

8p21 BMP1 14 Bmp1 32.5 b 82

8p21.1 EBP49 14 Epb4.9 38.0 82

8p21-p11.2 GNRH 14 Gnrh 39.5 82

8p21-p11.2 LHRH 14 Lhr 39.5 82

8p21.3 SLC18A1 8 Scl18a1 33.0 83

WI-9031 35-40 R,G 8p22 LPL 8 Lpl 33.0 83

WI-7228 30-44 R 8p22 MSR1 8* Scvr 20.0 b 83

8p21.1 GSR 8* Gr1 18.0 83

8p23-p22 DEF1 8* Defcr 11.0 84

WI-9207 62-64 R 8p11.1-p12 ADRB3 8* Adrb3 10.0 a 84

SHGC-11130 62-64 R 8p12-p11.2 FGFR1 8* Fgfr1 10.0 84

WI6045 65-66 R 8p22-q11 FNTA 8* Fnta 8.0 a 84

NIB234 64-65 R,G 8p12-q11.2 PLAT 8* Plat 9.0 a, b 84

WI-9207 62-65 R,G 8p21.1-p11.2 ANK 8* Ank1 9.5(g) b 84

G 8p12-p11 POLB 8* Polb 8.0 b 84

8p12-q21 MLVAR 8* Ram1 9(g) 84

8q11 CEBPD 16 Cebpd 11.0 85?

8q11.2 OPRK1 1 Oprk1 5.5 a 86

8q11 MOS 4 Mos 0.0 a, b 87

SHGC-12792 66-69 R 8q13 LYN 4 Lyn(g) 0.0 b 87

SGC35617 66-69 R,G 8q11.23-q12 PENK 4 Penk1 0.5 a 87

8 GEM 4 Gem 2.6 87

8q21.3-q22.1(g) CBFA2T1 4 Cbfa2t1h 4.4 87

8 CA8 4 Cals 7.7(g) 87

8q21.3-q22.1(g) CALB1 4 Calb 10.5(g) 87

8q12-q13 IL7 3 Il7 6.6 c 88

G 8q13 CRH 3 Crh 8.0 88

SGC31642 97-101 R 8q13-q22 CA1 3 Car1 10.5 88

SHGC-10992 95-107 R,G 8q13-q22 CA2 3 Car2 10.5 88

WI-16407 97-101 R,G 8q13-q22 CA3 3 Car3 11.7 a, b 88

8q22.3 SLA 15 Slap 36.4(g) 89

8q21-q22 CYPB11B1 15 Cypb11b1 44.9(g) 89

8q21-q22 CYPB11B2 15 Cypb11b2 44.9(g) 89

stSG3816 102-122 R 8q22-q23 SDC2 15* Hspg1 14.5 b 90

8 RPL30 15* Rpl30 14.7 90

8 TRHS 15* Trhs 22.4 c 90

8q24.12 HAS2 15* Has2 31.0 a 90

8q24 MLVI4 15* Mlvi4 32.0 90

WI-7052 136-142 R,G 8q24 MYC 15* Myc 32.0 a, b 90

8q MLVI1 15* Mlvi1 32.0 b 90

8q24 PVT1 15* Pvt1 32.0 b 90

G 8q24 TG 15* Tgn 36.4 b 90

G 8q24.2-qter GPT 15* Gpt1 40.3 90

WI-7711 161-166 R 8q24-qter PTK2 15* Fadk 42.0 90

RH Map	Genethon Map	Method	In Situ	Human Gene	Mouse Chr.	Mouse Gene	Mouse Locus	Cross	Homology Group
			8	CHRNA2	14	Acra2	20(g)		82
			8pter-p21.2	GATA4	14	Gata4	27.0		82
			8p23-p22	BLK	14	Blk	28.0		82
WI-8953	6-25	R	8p22	CTSB	14	Ctsb	28.5		82
			8p21	CLU	14	Clu	28.5		82
		G	8p21	NEFL	14	Nfl	28.5	b	82
			8p	SFTP2	14	Sftp2	32.5	b	82
			8p21	BMP1	14	Bmp1	32.5	b	82
			8p21.1	EBP49	14	Epb4.9	38.0		82
			8p21-p11.2	GNRH	14	Gnrh	39.5		82
			8p21-p11.2	LHRH	14	Lhr	39.5		82
			8p21.3	SLC18A1	8	Scl18a1	33.0		83
WI-9031	35-40	R,G	8p22	LPL	8	Lpl	33.0		83
WI-7228	30-44	R	8p22	MSR1	8*	Scvr	20.0	b	83
			8p21.1	GSR	8*	Gr1	18.0		83
			8p23-p22	DEF1	8*	Defcr	11.0		84
WI-9207	62-64	R	8p11.1-p12	ADRB3	8*	Adrb3	10.0	a	84
SHGC-11130	62-64	R	8p12-p11.2	FGFR1	8*	Fgfr1	10.0		84
WI6045	65-66	R	8p22-q11	FNTA	8*	Fnta	8.0	a	84
NIB234	64-65	R,G	8p12-q11.2	PLAT	8*	Plat	9.0	a, b	84
WI-9207	62-65	R,G	8p21.1-p11.2	ANK	8*	Ank1	9.5(g)	b	84
		G	8p12-p11	POLB	8*	Polb	8.0	b	84
			8p12-q21	MLVAR	8*	Ram1	9(g)		84
			8q11	CEBPD	16	Cebpd	11.0		85?
			8q11.2	OPRK1	1	Oprk1	5.5	a	86
			8q11	MOS	4	Mos	0.0	a, b	87
SHGC-12792	66-69	R	8q13	LYN	4	Lyn(g)	0.0	b	87
SGC35617	66-69	R,G	8q11.23-q12	PENK	4	Penk1	0.5	a	87
			8	GEM	4	Gem	2.6		87
			8q21.3-q22.1(g)	CBFA2T1	4	Cbfa2t1h	4.4		87
			8	CA8	4	Cals	7.7(g)		87
			8q21.3-q22.1(g)	CALB1	4	Calb	10.5(g)		87
			8q12-q13	IL7	3	Il7	6.6	c	88
		G	8q13	CRH	3	Crh	8.0		88
SGC31642	97-101	R	8q13-q22	CA1	3	Car1	10.5		88
SHGC-10992	95-107	R,G	8q13-q22	CA2	3	Car2	10.5		88
WI-16407	97-101	R,G	8q13-q22	CA3	3	Car3	11.7	a, b	88
			8q22.3	SLA	15	Slap	36.4(g)		89
			8q21-q22	CYPB11B1	15	Cypb11b1	44.9(g)		89
			8q21-q22	CYPB11B2	15	Cypb11b2	44.9(g)		89
stSG3816	102-122	R	8q22-q23	SDC2	15*	Hspg1	14.5	b	90
			8	RPL30	15*	Rpl30	14.7		90
			8	TRHS	15*	Trhs	22.4	c	90
			8q24.12	HAS2	15*	Has2	31.0	a	90
			8q24	MLVI4	15*	Mlvi4	32.0		90
WI-7052	136-142	R,G	8q24	MYC	15*	Myc	32.0	a, b	90
			8q	MLVI1	15*	Mlvi1	32.0	b	90
			8q24	PVT1	15*	Pvt1	32.0	b	90
		G	8q24	TG	15*	Tgn	36.4	b	90
		G	8q24.2-qter	GPT	15*	Gpt1	40.3		90
WI-7711	161-166	R	8q24-qter	PTK2	15*	Fadk	42.0		90

Human/Mouse Homology Mapping Methods

Method	Description
C	High-resolution cytogenetic methods
G	Genetic linkage mapping
G*	Genetic mapping, with disagreements between genetic and physical map resolved in favor of physical map
L	Long-range restriction site mapping
P	Multiple physical methods, including YAC and cosmid contigs
R	Radiation hybrid mapping
X	Multiple sources of high-resolution data

Gene Notes:

Key	Description
a	Gene Bank Accession Number for Mouse EST
b	Gene order has been changed from that shown in the chromosome committee reports or online databases, as required by high-resolution human physical mapping data; these data also indicate a probable difference between human and mouse organization, e.g. a small inversion in one species
g	Mouse gene order has been changed slightly to conform with human gene order in the absence of conflicting high resolution data
y	Position has been changed from that reported in chromosome committee report or or Mouse Genome Database based on additional data or review of previous data
p	Different sources of high resolution mapping data give conflicting positions
r	Difference between position in inbred mice vs. Mus spretus
u	This is a UniGene designation, given since no gene symbol has been assigned. Note: some of these designations may be retired.

Mouse Locus Notes

The notation S in the Mouse Locus column indicates a gene that is syntenic, but for which there is not enough data to assign a precise position.

Cross Information

The cross column indicates which laboratory mapped a given cross.

a - Duke/Davis cross

b - Frederick cross

c - Jackson Lab cross

RH Notes

This field contains the marker identification used in Radiation Hybrid Mapping. These hyperlinks will connect the user to the Gene Map of the Human Genome. Subsequent hyperlinks on the marker will provide marker details and hyperlink to the actual Human Gene Map region (by selecting the interval defined by the Genethon Map loci intervals). Therefore the user can rapidly obtain information on ESTs that have