Mouse To Human Homology Region Map, Chromosome 10

Mouse To Human Homology Region Map, Chromosome 10

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

3.0 Utrn 6 UTRN 6q24 66

7.0 Pcmt1 6 PCMT1 6q22.3-q24 66

8.0 Oprm 6 OPRM1 6q24-q25 R SHGC-9720 155-156 66

b 12.0 Estr 6 ESR 6q25.1 G SHGC-10701 154 66

15.0 Ifngr 6 IFNGR1 6q23-24 R stSG59 138-148 66

a, b 16.0 Myb 6 MYB 6q23.3-q24 R SHGC-9751 136-142 66

19.0 Npps 6 NPPS 6q22-q23 66

20.0 Lama2 6 LAMA2 6q22-q23 66

a 22.0 Col10a1 6 COL10A1 6q21-22 66

a 22.0 Macs 6 MACS 6q21-q22.2 R SHGC-11999 142-144 66

a, b 25.0 Fyn 6 FYN 6q21 66

a 26.0 Cd24a 6 CD24 6q21 66

b 28.0 Ros1 6 ROS1 6q21-q22 R SHGC12847 118-124 66

b 29.0 Gja1 6 GJA1 6q21-q23.2 66

a 29.0 Grik2 6 GRIK2 6q16.3-q21 66

b 30.0 Hk1 10 HK1 10q22 106

35.0 Psap 10 PSAP 10q21-q22 106

c 35.0 Egr2 10 EGR2 10q21.1 G 106

S Dcoh 10 DCOH 10 106

36.0 Pfp 10 PRF1 10q22 106

a, b 38.0 Cdc2a 10 CDC2 10q21.1 106

S Pyp 10 PP 10q11.1-q24 106

38.5 Ank3 10 ANK3 10q21 106

b 40.0 Bcr 22 BCR 22q11 X,G 187

b 40.0 Gnaz 22 GNAZ 22q11 R,X WI-14102 9-16 187

a 40.5 Mif 22 MIF 22q11.2 187

b 40.5 S100b 21 S100B 21q22.3 185

b 41.0 Col6a2 21 COL6A2 21q22.3 185

b 41.0 Col6a1 21 COL6A1 21q22.3 P,G 185

a 41.0 Col18a1 21 COL18A1 21q22.3 R SHGC-8080 57 185

41.5 Itgb2 21 ITGB2 21q22.3 185

41.5 Pfkl 21 PFKL 21q22.3 P,G 185

43.0 Stfb 21 STFB 21q22.3 185

43.0 Tcfe2a 19 TCFE2A 19p13.2 R,X stSG8160 <0 161

43.0 Amh 19* AMH 19p13.3 X,G 163

43.0 Lmnb2 19* LMNB2 19p13.3 R,X stS1652 <0 163

b 43.0 Gna11 19* GNA11 19p13 X 163

b 43.0 Gna15 19* GNA15 19p13 X 163

43.0 Lmet1 19* GZMM 19p13.3 163

a 43.0 Tbxa2r 19* TBXA2R 19p13.3 X 163

43.0 And 19* AND 19 163

43.0 Matk 19* MATK 19p13 X 163

43.0 Pcsk4 19* PCSK4 19 163

43.0 Grg 19* AES 19 163

42.5(g) Bsg 19* BSG 19p13.3 X,G 163

a, c 47.0 Timp3 22* TIMP3 22q12.1-q13.2 R,X SHGC-12911 22-25 191

43.7(g) Nfyb 12 NFYB 12q22-q23 X 124

49(g) Tra1 12 TRA1 12q24.2-qter X 124

47.0 Pmch 12 PMCH 12q23-q24 124

a, b 47.0 Pah 12 PAH 12q22-q24.2 R,X SHGC-12465 118-126 124

b 48.0 Igf1 12 IGF1 12q22-q23 R,X,G WI-9021 106-113 124

a 51.0 Elk3 12 ELK3 12q23 124

51.0 Hal 12 HAL 12q22-24.1 R,X SHGC-9625 99-103 124

53.0 Pep2 12 PEPB 12q21 124

55.0 Dcn 12 DCN 12q21.3-q23 X 124

b 57.0 Mgf 12 MGF 12q22 124

58.0 Syt1 12 SYT1 12 R A002S37 87-97 124

58.0 Ldc 12 LUM 12q31.2-q22 124

b 59.0 Myf6 12 MYF6 12 R SGC35587 86-92 124

59.0 Myf5 12 MYF5 12 R SHGC-12688 87-92 124

62.0 Kcnc2 19 KCNC2 19q13.3-13.4 178

62.0 Kcnc3 19 KCNC3 19q13.3 X 178

b 66.0 Lyzs 12* LYZ 12 123

67.0 Mdm1 12* MDM1 12 123

a, b 67.0 Ifng 12* IFNG(p) 12q24.1 X 123

a 67.5 Hgmic 12* HGMIC 12q14-12q15 123

b 69.0 Gli 12* GLI 12q13 R,X WI-7573 70-76 123

b 70.0 Erbb3 12* ERBB3 12q13 R SGC35265 70-76 123

74.0 Mip 12* MIP 12q14 123

b 74.0 D10H12S53E 12* D12S53E 12pter-q21 123

S Cs 12* CS 12p11-qter 123

Cross	Mouse Locus	Mouse Gene	Human Chr.	Human Gene	In Situ	Method	RH Map	Genethon Map	Homology Group
	3.0	Utrn	6	UTRN	6q24				66
	7.0	Pcmt1	6	PCMT1	6q22.3-q24				66
	8.0	Oprm	6	OPRM1	6q24-q25	R	SHGC-9720	155-156	66
b	12.0	Estr	6	ESR	6q25.1	G	SHGC-10701	154	66
	15.0	Ifngr	6	IFNGR1	6q23-24	R	stSG59	138-148	66
a, b	16.0	Myb	6	MYB	6q23.3-q24	R	SHGC-9751	136-142	66
	19.0	Npps	6	NPPS	6q22-q23				66
	20.0	Lama2	6	LAMA2	6q22-q23				66
a	22.0	Col10a1	6	COL10A1	6q21-22				66
a	22.0	Macs	6	MACS	6q21-q22.2	R	SHGC-11999	142-144	66
a, b	25.0	Fyn	6	FYN	6q21				66
a	26.0	Cd24a	6	CD24	6q21				66
b	28.0	Ros1	6	ROS1	6q21-q22	R	SHGC12847	118-124	66
b	29.0	Gja1	6	GJA1	6q21-q23.2				66
a	29.0	Grik2	6	GRIK2	6q16.3-q21				66
b	30.0	Hk1	10	HK1	10q22				106
	35.0	Psap	10	PSAP	10q21-q22				106
c	35.0	Egr2	10	EGR2	10q21.1	G			106
	S	Dcoh	10	DCOH	10				106
	36.0	Pfp	10	PRF1	10q22				106
a, b	38.0	Cdc2a	10	CDC2	10q21.1				106
	S	Pyp	10	PP	10q11.1-q24				106
	38.5	Ank3	10	ANK3	10q21				106
b	40.0	Bcr	22	BCR	22q11	X,G			187
b	40.0	Gnaz	22	GNAZ	22q11	R,X	WI-14102	9-16	187
a	40.5	Mif	22	MIF	22q11.2				187
b	40.5	S100b	21	S100B	21q22.3				185
b	41.0	Col6a2	21	COL6A2	21q22.3				185
b	41.0	Col6a1	21	COL6A1	21q22.3	P,G			185
a	41.0	Col18a1	21	COL18A1	21q22.3	R	SHGC-8080	57	185
	41.5	Itgb2	21	ITGB2	21q22.3				185
	41.5	Pfkl	21	PFKL	21q22.3	P,G			185
	43.0	Stfb	21	STFB	21q22.3				185
	43.0	Tcfe2a	19	TCFE2A	19p13.2	R,X	stSG8160	<0	161
	43.0	Amh	19*	AMH	19p13.3	X,G			163
	43.0	Lmnb2	19*	LMNB2	19p13.3	R,X	stS1652	<0	163
b	43.0	Gna11	19*	GNA11	19p13	X			163
b	43.0	Gna15	19*	GNA15	19p13	X			163
	43.0	Lmet1	19*	GZMM	19p13.3				163
a	43.0	Tbxa2r	19*	TBXA2R	19p13.3	X			163
	43.0	And	19*	AND	19				163
	43.0	Matk	19*	MATK	19p13	X			163
	43.0	Pcsk4	19*	PCSK4	19				163
	43.0	Grg	19*	AES	19				163
	42.5(g)	Bsg	19*	BSG	19p13.3	X,G			163
a, c	47.0	Timp3	22*	TIMP3	22q12.1-q13.2	R,X	SHGC-12911	22-25	191
	43.7(g)	Nfyb	12	NFYB	12q22-q23	X			124
	49(g)	Tra1	12	TRA1	12q24.2-qter	X			124
	47.0	Pmch	12	PMCH	12q23-q24				124
a, b	47.0	Pah	12	PAH	12q22-q24.2	R,X	SHGC-12465	118-126	124
b	48.0	Igf1	12	IGF1	12q22-q23	R,X,G	WI-9021	106-113	124
a	51.0	Elk3	12	ELK3	12q23				124
	51.0	Hal	12	HAL	12q22-24.1	R,X	SHGC-9625	99-103	124
	53.0	Pep2	12	PEPB	12q21				124
	55.0	Dcn	12	DCN	12q21.3-q23	X			124
b	57.0	Mgf	12	MGF	12q22				124
	58.0	Syt1	12	SYT1	12	R	A002S37	87-97	124
	58.0	Ldc	12	LUM	12q31.2-q22				124
b	59.0	Myf6	12	MYF6	12	R	SGC35587	86-92	124
	59.0	Myf5	12	MYF5	12	R	SHGC-12688	87-92	124
	62.0	Kcnc2	19	KCNC2	19q13.3-13.4				178
	62.0	Kcnc3	19	KCNC3	19q13.3	X			178
b	66.0	Lyzs	12*	LYZ	12				123
	67.0	Mdm1	12*	MDM1	12				123
a, b	67.0	Ifng	12*	IFNG(p)	12q24.1	X			123
a	67.5	Hgmic	12*	HGMIC	12q14-12q15				123
b	69.0	Gli	12*	GLI	12q13	R,X	WI-7573	70-76	123
b	70.0	Erbb3	12*	ERBB3	12q13	R	SGC35265	70-76	123
	74.0	Mip	12*	MIP	12q14				123
b	74.0	D10H12S53E	12*	D12S53E	12pter-q21				123
	S	Cs	12*	CS	12p11-qter				123

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