The ruminant casein gene family (CSNs, link as CSN1S1-CSN2-CSN1S2-CSN3) is
characterized by diverse variations and has been extensively studied for ruminant milk traits …

Simple Summary In the local populations, the increase in inbreeding is a relevant problem
for the reduction in production, reproduction, and adaptive traits. The application of genomic …

In livestock, breed assignment may play a key role in the certification of products linked to
specific breeds. Traceability of farm animals and authentication of their products can …

Alpha-s1-casein plays significant roles that determine the chemical, technological, and
allergy properties of goat's milk. The well-known advantages of ELISA have made it …

This chapter is a survey of recent studies on native sheep and goat breeds with special
emphasis on their role as a tool of sustainability. After a short overview, strategies for adding …

The study was conducted to develop a high-performance liquid chromatographic (HPLC)
method to quantify casein genetic variants (αs 2-, β-, and κ-casein) in milk of homozygous …

Casein genes directly control milk protein of animals. CSN1S1 (αS1-Casein) and CSN2 (β-
Casein) genes influence on milk protein fractions. Genetic polymorphisms of CSN1S1 gene …

The variation in the casein genes has a major impact on the milk composition of goats. Even
though many casein polymorphisms have been identified so far, we do not know yet whether …

Simple Summary Identifying new alleles and mutations at calcium-sensitive casein loci
requires continuous updating of genotyping protocols useful for association study. This study …

The genetic polymorphism of the CSN1S1 (casein alpha-s1) locus was investigated in
Jamunapari goat breed by Sodium Dodicyle Sulphate-Poly Acrylamide Gel Electrophoresis …