N. Rangkasenee Et Al. , "Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor," Frontiers in Genetics , vol.4, 2013
Rangkasenee, N. Et Al. 2013. Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor. Frontiers in Genetics , vol.4 .
Rangkasenee, N., Murani, E., Brunner, R. M., Schellander, K., Cinar, M. U., Luther, H., ... Hofer, A.(2013). Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor. Frontiers in Genetics , vol.4.
Rangkasenee, Noppawan Et Al. "Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor," Frontiers in Genetics , vol.4, 2013
Rangkasenee, Noppawan Et Al. "Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor." Frontiers in Genetics , vol.4, 2013
Rangkasenee, N. Et Al. (2013) . "Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor." Frontiers in Genetics , vol.4.
@article{article, author={Noppawan Rangkasenee Et Al. }, title={Genome-wide association identifies TBX5 as candidate gene for osteochondrosis providing a functional link to cartilage perfusion as initial factor}, journal={Frontiers in Genetics}, year=2013}