Molecular Biology PCR has a more interesting history than you might have been told The method below has been cited more than 600,000 times and is one of the most important developments in the history of science.
Molecular Biology Jelly fish proteins started brightening up microscopy in 1994 In 1994, an obscure jellyfish protein was stuck into a worm. It has enlightened biology and medicine ever since.
Molecular Biology Horseshoe crab blood to the rescue! Horseshoe crab blood is our first line of defense against endotoxin contamination of surgical tools and medical devices. Seriously.
Molecular Biology In silico identification of a side effect free weight loss peptide The quest to find better tolerated weight loss drugs is well on its way and computational drug discovery has already identified at least one promising candidate!
Molecular Biology Magnetic beads might be the most useful reagent in genomics Magnetic beads don't get much respect in the sequencing world, but they're hella useful. Here are some applications you should try!
Molecular Biology The isolation of insulin required a lot of trial and error Insulin: It was believed to exist, but everyone who tried to isolate it failed.
Molecular Biology Radiation's got nothing on these bacteria! Extremophiles are giving us new tools to help combat contamination of pharmaceuticals and make better vaccines.
Molecular Biology Molecular Biology is the offspring of biochemistry and genetics The field of molecular biology was born in 1941 through the marriage of genetics and biochemistry.
