Collaborate Disseminate
The CRISPR gene-editing system is a powerful tool that looks set to revolutionize the way we treat diseases, as well as basically anything else that can benefit from precisely manipulating DNA. The problem is that sometimes cutting and pastin… Continue reading New CRISPR-based system inserts new DNA without cutting and pasting
Radiotherapy is an effective method for killing cancer, but the downside is that it harms healthy cells at the same time, sometimes leading to complications. Now researchers from CNIO in Spain have found that boosting levels of a certain prot… Continue reading Boosting a radiation-protecting protein could help cancer patients and astronauts
Cell division is one of the most fundamental biological functions, vital to life – but there’s still so much about it that we don’t understand. In an attempt to find out more, researchers at the University of Chicago have now managed to recre… Continue reading Cell division recreated outside of a cell for the first time
An intriguing new study from researchers at Stockholm University and Karolinska Institutet has described a mechanism by which virus particles can interact with proteins in biological fluids and become more infectious, while also accelerating the formation of plaques often associated with neurodegenerative diseases such as Alzheimer’s.
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Continue Reading Provocative study shows how the herpes virus can speed up the onset of Alzheimer’s disease
Category: Biology
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Solar Foods says its protein powder is “completely” disconnected from agriculture. But its currently low production yield of 1 kg per day raises red flags. Continue reading This Startup Is Making Food Mostly out of Air and Electricity
We all the know the basic components for building out an electronics lab: breadboards, bench power supply, a selection of components, a multimeter, and maybe an oscilloscope. But what exactly do you need when you’re setting up a biohacking lab?
That’s the question that [Justin] from The Thought Emporium is trying to answer with a series of videos where he does exactly that – build a molecular biology lab from scratch. In the current installment, [Justin] covers the basics of agarose gel electrophoresis, arguably the fundamental skill for aspiring bio-geeks. Electrophoresis is simply using an electric field to separate a …read more
Continue reading Simple, Low-Cost Rig Lets the Budding Biohacker Run DNA Gels
What does body building, anti-aging cream and Bleomycin (a cancer drug) have in common? Peptides of course! Peptides are large molecules that are vital to life. If you were to take a protein and break it into smaller pieces, each piece would be called a peptide. Just like proteins, peptides are made of amino acids linked together in a chain-like structure. Whenever you ingest a protein, your body breaks it down to its individual amino acids. It then puts those amino acids back together in a different order to make whatever peptide or protein your body needs. Insulin, for instance, …read more
Biochemistry texts are loaded with images of the proteins, nucleic acids, and other biopolymers that make up life. Depictions of the 3D structure of macromolecules based on crystallography and models of their most favorable thermodynamic conformations are important tools. And some are just plain beautiful, which is why artist [Mike Tyka] has taken to using lost-PLA casting to create sculptures of macromolecules from bronze, copper, and glass.
We normally don’t cover strictly artistic projects here at Hackaday, although we do make exceptions, such as when the art makes a commentary on technology’s place in society. In [Mike]’s case, not only …read more
Continue reading Lost PLA Casting Brings out the Beauty of Macromolecules
It’s a sign of the times. Continue reading One of America’s Biggest Meat Companies Just Invested in Vegan Burgers
