Autor:
Ommeh, S.
Jin, L.N.
Eding, H.
Muchadeyi, F.C.
Sulandari, S.
Danbaro, G.
Wani, C.E.
Nie, Q.H.
Zhang, X. Q.
Ndila, M.
Preisinger, R.
Chen, G.H.
Yousif, I. A.
Heo, K.N.
Oh, S.J.
Tapio, M.
Masiga, Daniel K.
Hanotte, Olivier H.
Weigend, S.
Han Jianlin
An A/G Single Nucleotide Polymorphism (SNP) at position 1,892 of the Mx gene coding sequence has been linked to susceptibility/resistance to avian viral infection in vitro. Using PCR-RFLP and sequencing methods, 1,946 samples from 109 populations from Asia, Africa and Europe; grouped as indigenou...
Enlace original:
https://cgspace.cgiar.org/handle/10568/2545
Ommeh, S.
,
Jin, L.N.
,
Eding, H.
,
Muchadeyi, F.C.
,
Sulandari, S.
,
Danbaro, G.
,
Wani, C.E.
,
Nie, Q.H.
,
Zhang, X. Q.
,
Ndila, M.
,
Preisinger, R.
,
Chen, G.H.
,
Yousif, I. A.
,
Heo, K.N.
,
Oh, S.J.
,
Tapio, M.
,
Masiga, Daniel K.
,
Hanotte, Olivier H.
,
Weigend, S.
,
Han Jianlin
,
[Geographic and breed distribution patterns of an A/G Polymorphism resent in the Mx gene suggests balanced selection in village chickens]
,
Geographic and breed distribution patterns of an A/G Polymorphism resent in the Mx gene suggests balanced selection in village chickens
