MAPPING FROM PUBLICATIONS
| Marker |
Type |
Chr |
Distance |
Publication / Person |
Comments |
| hoxc8a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc9a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc11a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc13a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc10a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc1a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc4a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc5a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|
| hoxc3a |
GENE |
23 |
|
Amores et al., 1998
|
Using overlapping PAC clones, Amores, et al. (1998. Science 282:1711-1714.) report hoxc13a, hoxc11a, hoxc10a, hoxc9a, hoxc8a, hoxc6a, hoxc5a, hoxc4a, hoxc3a, and hoxc1a are clustered on a continuous region of the genome. Subsequent mapping of one or more of these genes localize all to LG23.
|