MAPPING FROM PUBLICATIONS
Marker |
Type |
Chr |
Distance |
Publication / Person |
Comments |
znf593 |
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 CX31, SEPN1 and ZNF593 genes. The cx35.4, cx34.4, sepn1 and znf593 genes are physically linked and this order is seen in the human genome as well.
|
gjb3 |
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 CX31, SEPN1 and ZNF593 genes. The cx35.4, cx34.4, sepn1 and znf593 genes are physically linked and this order is seen in the human genome as well.
|
selenon |
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 CX31, SEPN1 and ZNF593 genes. The cx35.4, cx34.4, sepn1 and znf593 genes are physically linked and this order is seen in the human genome as well.
|