In a very cool video from Chemical and Engineering News, Art Olson of the Scripps Research Institute explains how chemists in his lab can predict how well the drugs they develop will work.
Olson's lab prints 3D models of molecular structures, both targets—like the HIV protease enzyme in the video—and the drugs they've made to bond to those targets. The models are rigged up so that when Olson holds them in front of a webcam, they instantly interact with chemical analysis software his team has built. The result is a system that allows researchers to see, physically, how well the drugs fit their targets, and simultaneously test how well the two are likely to bond on a chemical level.
Amazon’s Audible is hands-down the most popular place to find audiobooks. With its library of over 180,000 books, Audible has the biggest audiobook selection in the world, and a membership gets you a free book each month. You can sync Audible across multiple devices, so you’ll never lose your spot whether you’re on your computer or your phone.This […]
#1. A-Audio Legacy Noise Cancelling Headphones with 3-Stage Technology The A-Audio Legacy Headphones are the Boing Boing Store’s best seller this month, and it’s easy to see why. With 40mm drivers, powerful circuitry, and memory foam padded circumaural ear cups, these are clearly super high-quality headphones. Plus, the patented 3-Stage Technology lets you toggle between passive […]
Vaping is getting more mainstream by the day, which means there’s been an influx of quality yet affordable vaporizers on the market. We’re particularly excited about the APX Wax Vaporizer Kit, which is an easy-to-use, high-quality vape that works with both dry herbs and waxy concentrates.If you’re a beginner trying to get into vaping, the APX […]