New research has found that pancreatic cancer actively destroys nearby blood vessels and replaces them with cancerous cells, blocking chemotherapy from reaching tumors. This insight could lead to new treatments that act by preventing cancer’s colonization of blood vessels.
Martin Haesemeyer set out to build an artificial neural network that worked differently than fish’s brains, but what he got was a system that almost perfectly mimicked the zebrafish — and that could be a powerful tool for understanding biology.
For decades, the response to flooding and hurricanes was a vow to rebuild. A.R. Siders believes the time has come to consider managed retreat, or the practice of moving communities away from disaster-prone areas to safer lands.
A new paper, co-authored by Dakota McCoy, a graduate student working in the lab of George Putnam Professor of Biology David Haig, suggests that, after using tools, crows were more optimistic.
Led by Laura Kreidberg, a Clay Fellow at the Harvard-Smithsonian Center for Astrophysics, a new study shows that LHS 3844b, a terrestrial exoplanet orbiting a small sun 48.6 light-years away, has no detectable atmosphere
A fourth-year graduate student in the lab of Professor of Geochemistry Stein Jacobsen, Yaray Ku is working on a project aimed at understanding how the moon formed, and to do it, she’s working with actual lunar samples.
Tiny sensors are embedded into stretchable, integrated mesh that grows with the developing tissue, allowing scientists to track how cells grow into organs.
Scientists will be able to predict earthquake magnitudes earlier thanks to new research by Marine Denolle, assistant professor in the Department of Earth and Planetary Sciences at Harvard.
A new study concludes that while the regulation of mercury emissions have successfully reduced methylmercury levels in fish, spiking temperatures are driving those levels back up and will play a major role in the methylmercury levels of marine life in the future.
Led by Assistant Professor of Earth and Planetary Sciences Roger Fu, a team of researchers has shown that the makers of ancient Mesoamerican statues found in Guatemala intentionally carved the figures to place the magnetic areas over the navel or right temple — suggesting not only that they were familiar with the concept of magnetism, but had some way of detecting the magnetic anomalies.
A researcher is reviving the study of bioelectricity to learn how cells communicate with each other to form tissues and organs, and how harnessing those signals could one day lead to truly regenerative medicine, in which amputees could simply regrow limbs.
To speeding up wound healing, researchers have developed active adhesive dressings based on heat-responsive hydrogels that are mechanically active, stretchy, tough, highly adhesive, and antimicrobial.
Researchers from Harvard University, NASA’s Jet Propulsion Lab, and the University of Edinburgh suggest that regions of the Martian surface could be made habitable with a material — silica aerogel — that would mimic Earth’s atmospheric greenhouse effect.
Researchers have discovered why the North Atlantic and Northeast Pacific appeared to warm twice as much as the global average, while the Northwest Pacific cooled over several decades.
New research from an interdisciplinary team of researchers shows an early plague pandemic reached post-Roman Britain and had unexpected genetic diversity.
Dakota McCoy, in collaboration with David Haig, led a group of researchers at Harvard studying the black spider and its ultrablack coat with microlenses that could lead to innovations in solar panels and sunglasses glare.
Scientists at the Institute for Theory and Computation have made a comprehensive calculation suggesting that panspermia could happen, and have found that as many as 10 trillion asteroid-sized objects might exist that carry life.
A portable, miniature camera that can image polarization in a single shot has potential applications in machine vision, autonomous vehicles, security, atmospheric chemistry, and more.
Snowball the dancing cockatoo is the subject of a study by Radcliffe fellow and Tufts neuroscientist Ani Patel, who suggests the bird’s ability to move in time to music is connected to the way humans groove to a beat.
Scientists have used an optimized version of the CRISPR-Cas9 gene-editing system to prevent hearing loss in so-called Beethoven mice, which carry a genetic mutation that causes profound hearing loss in humans and mice alike.
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