Scientists have uncovered a new mechanism by which important components of cells can be damaged. Such a discovery could provide new insight into the biology of aging, cancer, and degeneration, as well as development of new drugs and strategies for food preservation. Continue reading A Radical New Mechanism for Cell Damage
In order to combat the growing problem of antibiotic resistance, a group of scientists from MIT are using artificial intelligence to discover new and effective antibiotics. They were able to predict a powerful new antibiotic compound that is effective against many dangerous pathogens. Continue reading Artificial Intelligence – our new MVP against infections?
by Rebecca Silberman figures by Aparna Nathan Seen through the harsh, unsentimental lens of evolutionary biology, menopause doesn’t make sense. Why don’t women live like giraffes, like tarantulas, like pigeons, reproducing throughout their lives in order to maximize each person’s “fitness,” or reproductive success? Even in other long-lived, social species like elephants, females don’t stop having children before the end of their lives, and while … Continue reading An Evolutionary Argument for why Grandmas Rule
by Catherine Gutierrez figures by Aparna Nathan Forty-nine years ago, President Richard Nixon launched a “War on Cancer”. That war has not ended—it rages on today, with cancer right behind heart disease as the leading cause of death in the United States. Nearly 1.8 million new cases of cancer are expected in 2020 in the U.S. alone, and rising rates of cancer risk factors such … Continue reading Cancers Evolve – Tagging and Tracking Can Help Us Understand How
Researchers at Max Planck Institute for Brain Research have discovered a mammalian claustrum in reptiles, believed to impact decision-making and consciousness. The study hints at the claustrum’s prehistoric existence, in mammals, reptiles, and possibly their common ancestor. Continue reading Study finds a classically mammalian brain region in reptilian brains
Bioengineers from the University of Texas at Dallas have developed a new form of composite material by incorporating yeast into a gel. They demonstrated that the composite can change size depending on the nutrients present around the gel and that different shapes can be formed by genetically manipulating the yeast. Continue reading It’s Alive!: A Living Smart Material
by Sam Zimmerman figures by Hannah Zucker If we were all mice, Alzheimer’s disease, cancer, diabetes, and most inherited disorders would be a thing of the past. We could nibble on as much cheese as we wanted without fear of heart disease and run around our favorite wheel for hours on end without knee pain because all these ailments have been cured in mice. Unfortunately, … Continue reading Why Drugs Tested in Mice Fail in Human Clinical Trials
Scientists discovered that a family of proteins known as Sestrins can actually mimic the beneficial effects of exercise. This could potentially be useful for maintaining the health of people who have difficulty moving and exercising. Continue reading Could we replace exercise with protein supplements?
by Sydney Sherman figures by Aparna Nathan More likely than not, you or someone you know has taken a genetic test. Whether they are curious about their ethnic roots and family tree or want to determine their risk for developing a certain disease, consumers have access to genetic testing as a simple “spit-and-send” process. We use the technology and rely on the results, but how … Continue reading What can we learn from a genetic test?
New research from Cedars-Sinai suggests that patients with young-onset Parkinson’s may have been born with the beginnings of the disorder. Continue reading People With Young-Onset Parkinson’s May Have Been Born With It