When studying the impact or function of particular genes, sometimes just being able to have them be expressed isn’t good enough. An always on state can be just as frustrating and produce just as useless data as an off state would. This is especially true for signaling and transportation genes, where the entire point of […]
Gene editing itself has truly just been the start of the modern biotechnological revolution. As time has passed, the nuance of capability with tools like CRISPR has evolved to not only be more precise, but to also have additional options beyond just additions or deletions of genes. New versions have included things like inducing point […]
Going back to the beginning of CRISPR feels like traveling through a time portal. The gene editing technology has become so ingrained in our lives, in scientific literature and the news, that it feels like it’s been a decade or two already since we started using it. It comes as a bit of a shock […]
The specificity found within the mechanisms of the CRISPR system can be both a boon and a bane. Thanks to things like the PAM sequence, CRISPR-Cas9 has found itself as a useful tool to accurately target desired gene sequences at an unparalleled level. No other gene editing technology can really come close to matching the […]
Synthetic biology is complicated. When you’re building biological systems from the ground up, how could it not be? But the results are almost always something amazing, a real revolutionary accomplishment that wouldn’t be possible with any other field of science. The only other field that comes close is nanotechnology and mechanical systems are still somewhat […]
Communities of bacteria in the soil and in aquatic environments work together to assist each other. For scientists, it is often difficult to study these organisms because their cultivation relies on the inclusion of the other species being in their environment as well. Attempts to culture individual species on, say, a petri dish usually fails. […]
