NCBI GenBank

Human to Mouse Homology Region Map, Chromosome 19

How to use this Resource

RH Map Genethon Map Method In Situ Human Gene Mouse Chr. Mouse Gene Mouse Locus Cross Homology Group
stSG8160 <0 R,X 19p13.2 TCFE2A 10 Tcfe2a 43.0 161
X 19p13.3 TCF3G 7 Hnf3g 6(g) b 162
19q13.1 ATP4A 7 Atp4a 9.0 162
X,G 19p13.3 AMH 10* Amh 43.0 163
stS1652 <0 R,X 19p13.3 LMNB2 10* Lmnb2 43.0 163
X 19p13 GNA11 10* Gna11 43.0 b 163
X 19p13 GNA15 10* Gna15 43.0 b 163
19p13.3 GZMM 10* Lmet1 43.0 163
X 19p13.3 TBXA2R 10* Tbxa2r 43.0 a 163
19 AND 10* And 43.0 163
X 19p13 MATK 10* Matk 43.0 163
19 PCSK4 10* Pcsk4 43.0 163
19 AES 10* Grg 43.0 163
X,G 19p13.3 BSG 10* Bsg 42.5(g) 163
SGC31874 0-19 R,X,G 19p13.3 C3 17 C3 34.3 164
X,G 19p13.3 VAV 17 Vav 32.7 b 164
X,G 19p13.3-p13.2 INSR 8 Insr 1.0 a, b 165
X 19p13.2 FCER2 8 Fcer2a 0.4 165
X 19 PDE4A 9 Pde4a S 166
SHGC-15376 24-35 R,X.G 19p13.2 LDLR 9 Ldlr 5.0 a, b 166
WI-14932 31-35 R,X 19p13.2 EPOR 9 Epor 5.0 b 166
X 19p13.2-p13.3 DNMT 9 Dnmt 5.0 b 166
X 19p13.2-13.3 ACP5 9 Acp5 6.0 166
X,G 19p13.2 ICAM1 9 Icam1 7.0 a 166
X 19p13.2 JUNB 8* Junb 38.0 a, b 167
X,G 19p13.2 LYL1 8* Lyl1 38.0 b 167
19p13.1 PTGER1 8* Ptgerep1 38.0 a 167
X 19p13.1 RFX1 8* Rfx1 38.0 167
19 PDE4C 8 Pde4c 32.5(g) 168
19q13 NFIX 8 Nfix S 168
19p13 SIN3B 8 Sin3b 33.0 168
X,G 19p13.1 MEL 8 Mel 33.0 a 168
X,G 19p13.1 JUND 8 Jund1 33.0 a, b 168
X 19p13.1 COMP 8 Comp 33.0 168
19q12-q13 CCNE 7* Ccne 15.0 169
X 19q13.1 PEPD 7* Pep4 15.0 169
X 19q13.1 CEBPA 7* Cebpa 13(y) a, b 169
SHGC-11013 58 R,X,G* 19q13.1 GPI 7* Gpi1 13(y) a, b 169
X 19q13.1 SCN1B 7* Scn1b 13(y) a 169
WI-15623 58-60 R,X 19q13.1 MAG 7* Mag 13.0 a, b 169
X59350 49-58 R,X 19q13.1 CD22 7* Cd22 11(g) b 169
X 19q13.1 ATP4A 7* Atp4a 13.0 169
X 19q13.1 COXB 7* Coxb 13.0 169
SHGC-12719 62-65 R 19q13.1-q13.2 UFO 7* Ufo 15(g) 169
X,G* 19q13.1 RYR1 7* Ryr 10.0 169
19q13.1 D19F11S1 7* D7H19F11S1 9.0 169
19q13.1 ZFP36 7* Zfp36 9.0 a 169
19q13.2 GRIK5 7 Grik5 6.5 a? 170
X,G 19q13.2 Cyp2a4 7 Cyp2a4 6.5 a 170
19q13.2 CYP2A5 7 Cyp2a5 6.5 170
X,G 19q13.2 CYP2B113 7 Cyp2b9 6.5 a 170
X 19q13.2 CYP2B13 7 Cyp2b13 6.5 170
19q13.2 CYP2B9 7 Cyp2b9 6.5 170
X,G 19q13.2 CYP2F1 7 Cyp2f1 6.5 170
X 19q13.1 TGFB1 7 Tgfb1 6.5 a, b 170
SGC34102 63-65 R,X,G 19q13.1-q13.2 LIPE 7 Lipe 5.5(g) c 170
19 CEA10 7 Cea10 6.5 170
SGC35228 63-69 R,X 19q13.2 BGP 7 Bgp 8(g) 170
19 CEA2 7* Cea2 2.5 171
X,G 19q13.2 CEA5 7* Cea5 2.5 a, b 171
SHGC30018 67-69 R,X 19q13.2 XRCC1 7 Xrcc1 5.5 a 172
19q13.2 IGA 7 Cd79a 5.5 172
19 ZFP94 7 Zfp94 6.0 172
19 ZFP93 7 Zfp93 6.0 172
X 19q13 POU2F2 7 Pou2f2 6.0 a, b 172
G 19q13.2-q13.3 TRSP 7 Trsp 6.0 a 172
X,G 19q13.2 BCL3 7 Bcl3 6.5 172
19q13.3 LIG1 7 Lig1 8(g) 172
SHGC-11493 67-69 R,X 19q13.2 PVS 7 Pvs 9(g) a 172
stSG94 69-81 R,X 19q13.2 APOE 7* Apoe 4.0 a 173
X 19q13.2 APOC1 7* Apoc1 4.0 173
X,G 19q13.2 APOC2 7* Apoc2 4.0 173
19q13.2 D19S19 7* D7H19S19 4.0 a 173
X,G 19q13.2 ATP1A3 7* Atp1a3 4.0 a 173
G 19q13.3 ERCC2 7* Ercc2 4.0 a 173
X,G 19q13.3 ERCC1 7* Ercc1 4.0 173
19q13.3 D19S112 7 D7H19S112 3.3 174
19q13.3 D19S51 7 D7H19S51 3.3 174
SHGC-9630 69-81 R,X 13q13.3 PTGIR 7 Ptgir 2.5 174
X,G 19q13.3 CKM 7* Ckmm 4.0 a 175
19q13.3 B15 7* Dm15 4.0 175
X 19q13.3 D19S539E 7* Dm9 4.0 175
X 19q13.3 CALM3 7 Calm3 2.5 176
X 19q13.3 LHB 7* Lhb 23.0 a 177
19q13 DBP 7* Dbp 23.0 177
X 19q13.3-q13.4 BAX 7* Bax 23.0 a 177
SHGC-9668 69-81 R,X 19q13.3 GYS1 7* Gys1 23.0 a 177
X,G 19q13.3 HRC 7* Hrc 23(y) 177
WI-15345 69-97 R 19q13.3 CD37 7* Cd37 23.0 a 177
X 19q13.3 RRAS 7* Rras 23.0 a, b 177
X 19q13.3 SNRP70 7* Snrp70 23.0 a 177
19q13.3-13.4 KCNC2 10 Kcnc2 62.0 178
X 19q13.3 KCNC3 10 Kcnc3 62.0 178
X,G 19q13.3 KLK1 7 Klk1 23.0 a, b, c 179
X 19 CD33 7 Cd33 23.0 179
X 19 ETFB 7 Etfb 23.0 179
X 19 LIM2 7 Lim2 23.0 179
19q13.3 NGFG 7 Ngfg 23.0 179
19 NTF5 7 Ntf5 23.0 b 179
19q13.3-13.4 HAS1 17 Has1 10.3(y) a 180
19q13.3-13.4 FPR1 17 Fpr1 10.2 180
X 19q13.3-13.4 ZNF160 17 Znf160 10.2 180
19q13.3-13.4 ZNF40 17 Znf40 10.1(y) 180
19 IL11 7* Il11 2.0(y) 181
X,G 19q13.4 PRKCG 7* Pkcc 2.0 a 181
19 ZFP132 7* Zfp132 2.0 181
stSG4046 81-94 R,X 19q SYT3 7* Syt3 2.0 181
X 19 ZFP134 7* Zfp134 2.0 181
19 ZFP98 7* Zfp98 2.0 181

Human/Mouse Homology Mapping Methods

MethodDescription
CHigh-resolution cytogenetic methods
GGenetic linkage mapping
G*Genetic mapping, with disagreements between genetic and physical map resolved in favor of physical map
LLong-range restriction site mapping
PMultiple physical methods, including YAC and cosmid contigs
RRadiation hybrid mapping
XMultiple sources of high-resolution data

Gene Notes:

KeyDescription
aGene Bank Accession Number for Mouse EST
bGene 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
gMouse gene order has been changed slightly to conform with human gene order in the absence of conflicting high resolution data
yPosition has been changed from that reported in chromosome committee report or or Mouse Genome Database based on additional data or review of previous data
pDifferent sources of high resolution mapping data give conflicting positions
rDifference between position in inbred mice vs. Mus spretus
uThis 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

Color Key for Homology Map

Mouse Chr. Mouse Chr. Mouse Chr. Mouse Chr. Mouse Chr. Mouse Chr.
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 X

The asterisk character ('*') is used to indicate a different region of homology on the same mouse chromosome.

A question mark ('?') indicates that the authors are uncertain that this region is truly homologous.