Using yeast forward and reverse two-hybrid analysis and biochemical techniques, we present novel and definitive in vivo and in vitro evidence that both the N-terminal domain I and C-terminal domain IV
Each of the sixteen intestinal PDZ proteins (prey) was subjected to a yeast two-hybrid assay with AAT-6 as a bait. Pairs were assessed for LEU2 and GFP reporter genes: + and −, positive and negative f
Each of the sixteen intestinal PDZ proteins (prey) was subjected to a yeast two-hybrid assay with AAT-6 as a bait. Pairs were assessed for LEU2 and GFP reporter genes: + and −, positive and negative f
Since its original description almost 10 years ago, the yeast two-hybrid system has been used extensively to identify protein-protein interactions from many different organisms. Simultaneously, a numb
The major driver of the global yeast two-hybrid system market growth is the rising demand of screening method to discover the protein interaction and introduction of sensitive and cost-effective test.