Mouse To Human Homology Region Map, Chromosome 4

Mouse To Human Homology Region Map, Chromosome 4

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

a, b 0.0 Mos 8 MOS 8q11 87

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

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

2.6 Gem 8 GEM 8 87

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

7.7(g) Cals 8 CA8 8 87

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

6.3 Pou3f2 6 POU3F2 6q16 65

b 10.5 Cga 6 CGA 6q12-21 G 65

a 10.5 Gabrr1 6 GABRR1 6q14-q21 R SHGC-11156 91-96 65

10.5 Gabrr2 6 GABRR2 6q14-q21 R WI-7717 93-99 65

13.9(g) Cnr1 6 CNR1 6q14-q15 65

S Rmrp 9 RMRP 9p21-p12 93

12.7 Etl2 9 IL11RA 9p13 R SGC35540 53-57 93

15.9 D4H9S3E 9 D9S3 9p21 93

18.6 Ggtb 9 GGTB2 9p13 93

19.9 Galt 9 GALT 9p13 G 93

19.9 Cntfr 9 CNTFR 9p13 93

20.7 Pax5 9 PAX5 9p13 R WI-7677 57-59 93

20.9 Aco1 9 ACO1 9p22-q32 93

21.5 Tmod 9* TMOD 9q22 97

c 21.5 Xpa 9* XPA 9q22.3 R WI-9212 103-104 97

22.3 Aldo2 9* ALDOB 9q22.3-q31 R stSG1311 104-109 97

22.5 Cd72 9* CD72 9p 97

23.1 Abc1 9* ABC1 9q22-q31 97

a 24.6 Txn(g) 9* TXN(g) 9q31(g) 97

b 24.7 Tal2 9* TAL2 9q32 97

30.6 Ambp 9* AMBP 9q32-q33 97

30.6 Lv 9* ALAD 9q32-q34 97

30.6 Zfp37 9* TZN 9q 97

31.4 Orm1 9* ORM1 9q32 97

31.4 Orm2 9* ORM2 9q32 97

31.4 Orm3 9* ORM3 9q32 97

32.2 Pappa 9* PAPPA 9q33.1 R SGC35708 124-125 97

b 32.2 Tnc 9* HXB 9q G 97

b 32.2 Cd30l 9* CD30LG 9q33 R WI-9258 124-125 97

42.6 Cdkn2a 9 CDKN2A 9p21 R SGC31294 77-93 95

42.6 Cdkn2b 9 CDKN2B 9p21 95

b 38(g) Tyrp1 9* TYRP1 9p23 R SGC35386 16-20 92

a, b, c 42.6 Ifa 9* IFNA 9p22 R WI-9020 27-32 92

42.6 Ifb 9* IFNB 9p22 G 92

b 43.6 Tek 9* TEK 9p21 92

a 43(g) AA107359(a) 1 12172(u) 1 R SHGC-15189 97-99 1

47.6(g) Ak3 9* AK3 9p24-p13 92

a, b 44.6 Jun 1 JUN 1p32-p31 1

b 45.4 Cyp4a 1 CYP4B1 1p34-p12 1

b 45.5 Pgm2 1 PGM1 1p32-33 R,G WI-9183 95-102 1

46.3 Jak1 1 JAK1 1p32.3-31.3 1

46.8 Pde4b(g) 1 PDE4B 1p31 1

48.1 D4H1S85 1 D1S85 1p32-p22.1 1

b 49.4 C8b 1 C8B 1p31 R 1

b 49.5 Tal1 1 TAL1 1p31 1

S Ak2 1 AK2 1p34 1

50.6 Urod 1 UROD 1p34 1

51.5 Ipp 1 IPP 1p32-p22 1

b 52.0 Ssbp 1 SSBP 1 1

a, b, 52.0 Glut1 1 SLC2A1 1p35-p31.3 G 1

52.9 Guca2 1 GUCA2 1p35-p34 1

53.0 Col9a2 1 COL9A2 1p32.3-p33 R SGC35672 66-73 1

a, b 55.0 Lmyc1 1 MYCL 1p34 R,G WI-7196 63-73 1

c 56.5 Mpl 1 MPL 1p34 1

b 57.5 Csfgr 1 CSFGR 1p35-p34.3 1

b 57.6 Gja4 1 GJA4 1p36-q12 1

a 57.7 Grik3 1 GRIK3 1p33-34 1

a 57.2 Col8a2 1 COL8A2 1p34.3-p32.3 1

a, b, 59.0 Lck 1 LCK 1p35-p32 1

a 59.0 Il14 1 IL14 1p 1

61.0 Fabph1 1 FABP3 1p36-q31 1

62.2 Hmg17 1 HMG17 1p36.1-p35 G 1

64.6 Slc9a1 1 SLC9A1 1p36.2-p35 1

b 64.6 Fgr 1 FGR 1p36.1 C,G 1

S Magp 1 MFAP2 1p36.1-p35 1

64.8 Oprd1 1 OPRD1 1p36.1-1p34.3 1

65.0 Plod 1 PLOD 1p36.3-p36.2 1

S Agrn 1 AGRN 1p36.3-p32 1

65.6 Hmgcl 1 HMGCL 1p36.1-p35 R SHGC-11459 50-54 1

65.7 Erk 1 ERK 1p36.1 R SHGC-9621 52-54 1

65.7 Cbfa3 1 AML2 1p36 1

b 65.7 Lag 1 LAP18 1p36.1-p35 C 1

b 66.0 Idb3 1 ID3 1p36.1 1

66.1 C1qa 1 C1QA 1 R SHGC-13801 50-52 1

66.1 C1qc 1 C1QC 1 R stSG8106 49-52 1

66.1 C1qb 1 C1QB 1p36.3-p34.1 R WI-16767 49-52 1

66.2 Htr1da 1 HTR1D 1p36.3-p34.3 1

66.6 Pla2g5 1 PLA2G5 1p35 1

66.6 Pla2g2c 1 PLA2G2C 1p35 1

66.6 Pla2g2a 1 PLA2G2A 1p35 R WI-7909 39-54 1

67.2 Elp1 1 ELP1 1p35 1

67.2 Fuca 1 FUCA1 1p35-p34 G 1

69.0 Pax7 1 PAX7 1p36.1 C,P 1

a 70.2 Akp2 1 ALPL 1p35 G 1

71.4 Hspg2 1 HSPG2 1p36.1 C 1

73.2 Eck 1 ECK 1 R M59371 36-49 1

76.5 Nppb 1 NPPB 1p36.3-p36.2 1

a, b 76.5 Nppa 1 NPPA 1p36.2 C,P,G 1

76.5 Plod 1 PLOD 1p36.3-p36.2 R SHGC-30062 22-32 1

75.8 Cd30 1 CD30 1p36.2 R,P SHGC-9861 22-36 1

b 75.5 Tnfr2(b) 1 TNFR2(b) 1p36.3-p36.2 R,C,P SHGC31494 22-36 1

77.6 Pgd 1 PGD 1p36.3 C,G 1

a 78.8 AA165858(a) 1 10958(u) 1 R WI-12099 16-22 1

a, b 78.9 Ski 1 SKV 1q22-24 ?

79.0 Eno1 1 ENO1 1p36.3 C,P,G 1

79.4 Cdc2l1 1 CDC2L1 1p36.3 C 1

b 79.4 Gnb1 1 GNB1 1p36-p31.2 R stSG1939 0-6 1

b 79.4 Ox40 1 TXGP1 1p36 1

Cross	Mouse Locus	Mouse Gene	Human Chr.	Human Gene	In Situ	Method	RH Map	Genethon Map	Homology Group
a, b	0.0	Mos	8	MOS	8q11				87
b	0.0	Lyn(g)	8	LYN	8q13	R	SHGC-12792	66-69	87
a	0.5	Penk1	8	PENK	8q11.23-q12	R,G	SGC35617	66-69	87
	2.6	Gem	8	GEM	8				87
	4.4	Cbfa2t1h	8	CBFA2T1	8q21.3-q22.1(g)				87
	7.7(g)	Cals	8	CA8	8				87
	10.5(g)	Calb	8	CALB1	8q21.3-q22.1(g)				87
	6.3	Pou3f2	6	POU3F2	6q16				65
b	10.5	Cga	6	CGA	6q12-21	G			65
a	10.5	Gabrr1	6	GABRR1	6q14-q21	R	SHGC-11156	91-96	65
	10.5	Gabrr2	6	GABRR2	6q14-q21	R	WI-7717	93-99	65
	13.9(g)	Cnr1	6	CNR1	6q14-q15				65
	S	Rmrp	9	RMRP	9p21-p12				93
	12.7	Etl2	9	IL11RA	9p13	R	SGC35540	53-57	93
	15.9	D4H9S3E	9	D9S3	9p21				93
	18.6	Ggtb	9	GGTB2	9p13				93
	19.9	Galt	9	GALT	9p13	G			93
	19.9	Cntfr	9	CNTFR	9p13				93
	20.7	Pax5	9	PAX5	9p13	R	WI-7677	57-59	93
	20.9	Aco1	9	ACO1	9p22-q32				93
	21.5	Tmod	9*	TMOD	9q22				97
c	21.5	Xpa	9*	XPA	9q22.3	R	WI-9212	103-104	97
	22.3	Aldo2	9*	ALDOB	9q22.3-q31	R	stSG1311	104-109	97
	22.5	Cd72	9*	CD72	9p				97
	23.1	Abc1	9*	ABC1	9q22-q31				97
a	24.6	Txn(g)	9*	TXN(g)	9q31(g)				97
b	24.7	Tal2	9*	TAL2	9q32				97
	30.6	Ambp	9*	AMBP	9q32-q33				97
	30.6	Lv	9*	ALAD	9q32-q34				97
	30.6	Zfp37	9*	TZN	9q				97
	31.4	Orm1	9*	ORM1	9q32				97
	31.4	Orm2	9*	ORM2	9q32				97
	31.4	Orm3	9*	ORM3	9q32				97
	32.2	Pappa	9*	PAPPA	9q33.1	R	SGC35708	124-125	97
b	32.2	Tnc	9*	HXB	9q	G			97
b	32.2	Cd30l	9*	CD30LG	9q33	R	WI-9258	124-125	97
	42.6	Cdkn2a	9	CDKN2A	9p21	R	SGC31294	77-93	95
	42.6	Cdkn2b	9	CDKN2B	9p21				95
b	38(g)	Tyrp1	9*	TYRP1	9p23	R	SGC35386	16-20	92
a, b, c	42.6	Ifa	9*	IFNA	9p22	R	WI-9020	27-32	92
	42.6	Ifb	9*	IFNB	9p22	G			92
b	43.6	Tek	9*	TEK	9p21				92
a	43(g)	AA107359(a)	1	12172(u)	1	R	SHGC-15189	97-99	1
	47.6(g)	Ak3	9*	AK3	9p24-p13				92
a, b	44.6	Jun	1	JUN	1p32-p31				1
b	45.4	Cyp4a	1	CYP4B1	1p34-p12				1
b	45.5	Pgm2	1	PGM1	1p32-33	R,G	WI-9183	95-102	1
	46.3	Jak1	1	JAK1	1p32.3-31.3				1
	46.8	Pde4b(g)	1	PDE4B	1p31				1
	48.1	D4H1S85	1	D1S85	1p32-p22.1				1
b	49.4	C8b	1	C8B	1p31	R			1
b	49.5	Tal1	1	TAL1	1p31				1
	S	Ak2	1	AK2	1p34				1
	50.6	Urod	1	UROD	1p34				1
	51.5	Ipp	1	IPP	1p32-p22				1
b	52.0	Ssbp	1	SSBP	1				1
a, b,	52.0	Glut1	1	SLC2A1	1p35-p31.3	G			1
	52.9	Guca2	1	GUCA2	1p35-p34				1
	53.0	Col9a2	1	COL9A2	1p32.3-p33	R	SGC35672	66-73	1
a, b	55.0	Lmyc1	1	MYCL	1p34	R,G	WI-7196	63-73	1
c	56.5	Mpl	1	MPL	1p34				1
b	57.5	Csfgr	1	CSFGR	1p35-p34.3				1
b	57.6	Gja4	1	GJA4	1p36-q12				1
a	57.7	Grik3	1	GRIK3	1p33-34				1
a	57.2	Col8a2	1	COL8A2	1p34.3-p32.3				1
a, b,	59.0	Lck	1	LCK	1p35-p32				1
a	59.0	Il14	1	IL14	1p				1
	61.0	Fabph1	1	FABP3	1p36-q31				1
	62.2	Hmg17	1	HMG17	1p36.1-p35	G			1
	64.6	Slc9a1	1	SLC9A1	1p36.2-p35				1
b	64.6	Fgr	1	FGR	1p36.1	C,G			1
	S	Magp	1	MFAP2	1p36.1-p35				1
	64.8	Oprd1	1	OPRD1	1p36.1-1p34.3				1
	65.0	Plod	1	PLOD	1p36.3-p36.2				1
	S	Agrn	1	AGRN	1p36.3-p32				1
	65.6	Hmgcl	1	HMGCL	1p36.1-p35	R	SHGC-11459	50-54	1
	65.7	Erk	1	ERK	1p36.1	R	SHGC-9621	52-54	1
	65.7	Cbfa3	1	AML2	1p36				1
b	65.7	Lag	1	LAP18	1p36.1-p35	C			1
b	66.0	Idb3	1	ID3	1p36.1				1
	66.1	C1qa	1	C1QA	1	R	SHGC-13801	50-52	1
	66.1	C1qc	1	C1QC	1	R	stSG8106	49-52	1
	66.1	C1qb	1	C1QB	1p36.3-p34.1	R	WI-16767	49-52	1
	66.2	Htr1da	1	HTR1D	1p36.3-p34.3				1
	66.6	Pla2g5	1	PLA2G5	1p35				1
	66.6	Pla2g2c	1	PLA2G2C	1p35				1
	66.6	Pla2g2a	1	PLA2G2A	1p35	R	WI-7909	39-54	1
	67.2	Elp1	1	ELP1	1p35				1
	67.2	Fuca	1	FUCA1	1p35-p34	G			1
	69.0	Pax7	1	PAX7	1p36.1	C,P			1
a	70.2	Akp2	1	ALPL	1p35	G			1
	71.4	Hspg2	1	HSPG2	1p36.1	C			1
	73.2	Eck	1	ECK	1	R	M59371	36-49	1
	76.5	Nppb	1	NPPB	1p36.3-p36.2				1
a, b	76.5	Nppa	1	NPPA	1p36.2	C,P,G			1
	76.5	Plod	1	PLOD	1p36.3-p36.2	R	SHGC-30062	22-32	1
	75.8	Cd30	1	CD30	1p36.2	R,P	SHGC-9861	22-36	1
b	75.5	Tnfr2(b)	1	TNFR2(b)	1p36.3-p36.2	R,C,P	SHGC31494	22-36	1
	77.6	Pgd	1	PGD	1p36.3	C,G			1
a	78.8	AA165858(a)	1	10958(u)	1	R	WI-12099	16-22	1
a, b	78.9	Ski	1	SKV	1q22-24				?
	79.0	Eno1	1	ENO1	1p36.3	C,P,G			1
	79.4	Cdc2l1	1	CDC2L1	1p36.3	C			1
b	79.4	Gnb1	1	GNB1	1p36-p31.2	R	stSG1939	0-6	1
b	79.4	Ox40	1	TXGP1	1p36				1

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