(1) Bnet Pharma on “How Not to Write a Pharma Press Release“. Privately held Epeius is sending out bulletins loaded with phrases like “more stunning results” and “Epeius Biotechnologies draws the sword of targeted gene delivery from the stone of chemistry and physics”. If they were publicly traded, this would be fun to watch. . .
(2) The rise of Micropharma? We’ll come back to this subject:
The drug discovery pipelines of the major pharmaceutical companies have become shockingly depleted, foreshadowing a potential crisis in the ability of Big Pharma to meet the pharmaceutical demands created by the ever-changing spectrum of human disease. However, from this major crisis is emerging a major opportunity, namely micropharma – academia-originated biotech start-up companies that are efficient, innovative, product-focused, and small. In this Feature, we discuss a “new ecosystem” for drug development, with high-risk innovation in micropharma leading to Big Pharma clinical trials. . .
(3) Cleaving amyloid precursor protein into beta-amyloid has long been thought (by many) to be the key pathological event in Alzheimer’s. But what about the piece of APP that’s left inside the cell?
(4) A favorite post around here for some time has been “Sand Won’t Save You This Time“, about the wonderfulness of chlorine trifluoride. Well, here’s a method to produce very interesting-looking compounds that uses. . .bromine trifluoride. How much do you want these products, that’s what you have to ask yourself. To be sure, the authors do mention that “Although commercial, bromine trifluoride is not a common reagent in every organic laboratory, and many chemists do not feel at ease with it because of its high reactivity. . .”. You have to go to the Supporting Information file before you start hearing about freshly preparing the stuff from elemental fluorine.