Mapping Details

Genome Browser Chr Position Assembly ZFIN JBrowse 9 21,306,902 - 21,357,841 GRCz11 Ensembl 9 21,306,902 - 21,357,841 GRCz11 Vega 9 21,496,033 - 21,546,972 GRCv10 NCBI Map Viewer 9 21,306,902 - 21,357,841 GRCz11 UCSC 9 - GRCv10

Mapped Clones containing xpo4
CH211-173O4	Chr: 9 Details
DKEY-51D17	Chr: 9 Details

GENETIC MAPPING PANELS: No data available

MAPPING FROM PUBLICATIONS

Marker	Type	Chr	Distance	Publication / Person	Comments
gja3	GENE	unknown		Eastman et al., 2006	Eastman et al (Genomics 87(2):265-274) identified clusters of physically  ... Eastman et al (Genomics 87(2):265-274) identified clusters of physically linked connexins. The zebrafish genome has orthologs that represent the human CX46 and XPO4 genes. The cx48.5, cx33.8 and xpo4 genes are physically linked and this order is seen in the human genome as well.
gjb8	GENE	unknown		Eastman et al., 2006	Eastman et al (Genomics 87(2):265-274) identified clusters of physically  ... Eastman et al (Genomics 87(2):265-274) identified clusters of physically linked connexins. The zebrafish genome has orthologs that represent the human CX46 and XPO4 genes. The cx48.5, cx33.8 and xpo4 genes are physically linked and this order is seen in the human genome as well.

OTHER MAPPING INFORMATION

Chr unknown Eastman et al., 2006 Eastman et al (Genomics 87(2):265-274) identified clusters of physically linked connexins. The  ... Eastman et al (Genomics 87(2):265-274) identified clusters of physically linked connexins. The zebrafish genome has orthologs that represent the human CX46 and XPO4 genes. The cx48.5, cx33.8 and xpo4 genes are physically linked and this order is seen in the human genome as well.

Markers Encoded by xpo4
fi43b10 Chr: 9 Details
fc26b07 Chr: 9 Details