Association of VEGF and IGF2 Polymorphisms with Lambing Number of Small Tail Han Sheep
Association of VEGF and IGF2 Polymorphisms with Lambing Number of Small Tail Han Sheep
Peng Wang1,2, Cai Xia Geng3, Bao Yun Zhang4, Hong Quan Chen3, Ping Qing Wang4, Yu Fang Liu2* and Ming Xing Chu1*
Fig. 1.
AvaI-RFLP analysis on amplified region by primer P5 of VEGF in sheep.
Lanes 1 to 3: genotype CC; lanes 4 to 6: genotype TT; lanes 7 to 9: genotype CT; M: DNA Marker I (TIANGEN, China).
Fig. 2.
PstI-RFLP analysis on amplified region by primer P5 of VEGF in sheep.
Lanes 1 to 4: genotype GT; lanes 5 to 8: genotype GG; M: 20 bp DNA Ladder Marker (TAKARA).
Fig. 3.
BsaHI-RFLP analysis on amplified region by primer P5 of VEGF in sheep.
Lanes 1 and 3: genotype CC; lanes 2, 4, 5 and 6: genotype CT; lanes 7 to 9: genotype TT; M: DNA.
Fig. 4.
SSCP analysis of PCR amplification products of primer P1 in sheep IGF2.
Lanes 2 and 5: genotype GG; lanes 1,3,6 and 7: genotype GA; lanes 4: genotype AA.
Fig. 5.
Partial sequence comparison of CC and TT genotypes located in the 14752 locus of VEGF in sheep.
Fig. 6.
Partial sequence comparison of GG and GT genotypes at the 14758 locus of sheep VEGF.
Fig. 7.
Partial sequence comparison of CC and TT genotypes at the 14908 locus of sheep VEGF.
Fig. 8.
Sequence comparison of 165 bp of GG and AA genotypes of IGF2 primer P1 in sheep.
