https://www.selleckchem.com/products/sn-001.html
This approach will help to systematically advance our technological capability to delay plant ethylene responses and to expand shelf-life or vase life of fruits and flowers.We have developed and applied a novel strategy that can best be described as in vivo chemical genomics, a concept where populations of any transformable organism may be screened for consequences of novel RNAs or peptides. We created a library of ~800,000 random DNA sequences biased only by third-position nucleotide substitutions that suppress the frequency of terminat
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