Small molecules have been used in drug discovery historically. How will small molecules continue to meet patient needs in the future? In this review, we take the opportunity to review and clarify some of the historical cornerstones of small molecule drug research, discuss current and future trends in drug discovery, and present a personal vision for the future of drug research, with an emphasis on small molecule drug research…
Recently, The clinical results of Molnupiravir (MK-4482, EIDD-2801), a novel coronavirus small molecule developed by Merk, are relatively exciting. Here is a focus for a
Last year, Moderna quickly developed a candidate vaccine based on mRNA technology after the releasing of the Novel Coronavirus genome sequence by Chinese scientists. It made mRNA technology an overnight success.
TCEP-HCL is a thiol-free and odorless reducing agent used in proteins, peptides, and other systems involving disulfide bond reduction. In clinical tests, TCEP-HCL is mainly used in homocysteine assay kits as a reducing agent to convert oxidized homocysteine to free homocysteine.
As a purchase man or decision maker in your company, do you ever wonder from whom to buy ? We have a buzzword in China “To buy what is expensive, not what is right” . Do you do the same thing? Do you practice the opposite? Or do you just laugh at them and mumbling “Are you stupid?”
As a scientist, do you ever perform biochemical experiments with inadequate buffers which limited the impact of your research? Do you face buffers with cell toxicity and could not support enzymatic activity? Do you hope to make a discovery that will change how you think about a biological process? Do you wonder which Biological Buffer is your suitable one? If yes, please check tips below to see if I can help you a bit.
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