Mapping Details

Genome Browser Chr Position Assembly ZFIN JBrowse 18 33,009,828 - 33,013,057 GRCz11 Ensembl 18 33,009,828 - 33,013,057 GRCz11 Vega 18 33,032,978 - 33,036,207 GRCv10 NCBI Map Viewer 18 33,009,828 - 33,013,057 GRCz11 UCSC 18 - GRCz11

Mapped Clones containing olfcj1
DKEY-245I2	Chr: 18 Details

GENETIC MAPPING PANELS: No data available

MAPPING FROM PUBLICATIONS

Marker	Type	Chr	Distance	Publication / Person	Comments
olfcg1	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcg5	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcg3	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcg4	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcm2	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcg2	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcd2	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfch1	GENE	17		Hashiguchi et al., 2005	Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.
olfcg1	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfcg3	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfch1	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfcg5	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfcn1	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
v2rb3	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfcg4	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.
olfcg2	GENE	17		Hashiguchi et al., 2006	Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.

OTHER MAPPING INFORMATION

Chr 17 Hashiguchi et al., 2005 Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to  ... Hashiguchi et al (Gene 362, 19-28) used information from the zebrafish genome sequence project to map the vomeronasal receptor genes to chromosome 17. The cluster of genes were placed between 12.2 Mb and 12.5 Mb in the order: v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 - v2rx6 - v2rj2.   Chr 17 Hashiguchi et al., 2006 Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map  ... Hashiguchi Y et al (BMC Evol Biol 6:76) used information from the genome assembly to map vomeronasal-type odorant receptors to LG 17. The genes were mapped in the order: v2rb3 - v2ri1 - v2ra3 - v2ra4 - v2ra5 - v2ra6 - v2ra7 - v2rb1 - v2rk1 in a 0.4 Mb region.