Single nucleotide polymorphisms (SNPs) in bovine follicle stimulating hormone receptor (bFSHR) gene in Pasundan cattle

Identification polymorphism of LHR and FSHR genes in Indonesian Holstein dairy cattle associated with productive and reproductive traits

“…This difference in frequency is likely due to differences in the number, location, and origin of the cows used as samples. These results were in contrast to the study of Putra et al (2020) in Pasundan Cattle, which reported that the G allele (0.76) was higher than the C allele (0.24) with the genotypes were CC (0.10), CG (0.27) and GG (0.63). Omer et al (2016) found that the FSHR gene had no genotypic variation (monomorphic), namely only one AA genotype in the Indigenous Sudanese cattle population.…”

“…Studies related to LHR and FSHR genes have been conducted on Bubalus bubalis Linnaeus 1758 (Sosa et al 2016;Kathiravan et al 2019), Bos taurus Linnaeus 1758, Bos indicus Linnaeus 1758, and crossbreed cattle (Andreas et al 2014;Faraj et al 2021), Ovis aries Linnaeus 1758 breed (Du et al 2019;He et al 2021), and human (Meireles et al 2021;Atoum et al 2022). Several studies on SNP have reported that there is a polymorphism of the LHR gene in Holstein cattle in Azerbaijan (Abdi et al 2017), Pasundan cattle (Said et al 2021), Holstein cattle in Honduras (Cañizares-Martinez et al 2021), and one of them at the site of exon 11 (Hastings et al 2006;Marson et al 2008 (Putra et al 2020), and Holstein bulls (Nikitkina et al 2021). In addition, FSH gene polymorphism in B. taurus can change the ability to bind to FSH and may affect its reproductive status (Hamny et al 2017).…”