A nanotherapy could be used as part of a multifaceted strategy for individuals grappling with severe health implications of obesity.
Francina Agosti
Francina Agosti is a freelance science writer who enjoys translating scientific discoveries for a lay audience. She holds a Ph.D. in neuroscience and completed two postdocs before making the switch to science communication.
In her free time, she enjoys walking her dog, hiking in the mountains, or paddle boarding on a Canadian lake.
New sunscreens on the horizon? UV-blocking molecules isolated from cyanobacteria
Molecules isolated from a rare cyanobacteria found in Japan found to have UV-absorbing, antioxidant, and anti-aging properties.
A biodegradable scaffold repairs nerve damage in mice
A fully biodegradable nerve scaffold not only helps regenerate damaged nerves, but negates the need for retrieval procedures.
What characteristics help tumor cells spread?
Research uncovers how tumor cells’ stem cell-like qualities and their ability to evade the immune system helps some cancers spread during metastasis.
Scientists uncover mitochondria’s role in reproductive aging and fertility
New study reveals the crucial role of mitochondria in female reproductive aging, offering potential insights into improving fertility preservation and IVF outcomes.
How our cellular “antennas” affect aging
Scientists have linked cilia found on cell surfaces with mechanisms for aging, and they’re hoping to help people live longer healthier lives.
An engineered skin accelerates healing in severe and chronic wounds
An engineered skin with a new secret ingredient helps avoid harmful inflammation while speeding up the wound healing process.
3D bioprinting to unveil the secrets of the brain
When building a functional model of the brain, it’s crucial to think about more than just neurons.
Making long-term microneedle therapies safer
Researchers demonstrate a technique for reliably coating microneedles with antibacterial agents
Ozone pollution disrupts genes controlling circadian rythyms
Study finds air pollution, specifically ozone exposure, has a disruptive affect on the genes responsible for circadian rhythms in the lungs.