Biology from molecules to ecosystems.
A study found that organ transplants, despite high upfront costs, can save money in the long run by reducing the need for other expensive medical interventions for patients.
Kenyan scientists are studying bats emerging from coastal caves to learn more about these little-known creatures and how they interact with their environment, which could have implications for conservation.
Researchers developed a new technique called TumorLens that can detect a wide range of genetic and epigenetic changes in cancer cells using long-read sequencing. This could lead to more accurate cancer diagnosis and personalized treatments.
Researchers developed a laser-based system that can create artificial structures resembling the scaffolding inside cells. This advance could help scientists better study how proteins interact with cellular structures.
A study found a gap between pregnancy desire and actual attempts among young women, with and without breast cancer history. This highlights the need to consider the nuances of reproductive decision-making for diverse populations.
Researchers discovered how the DICER enzyme precisely cuts microRNA molecules, a key process in gene regulation. This advance could lead to better understanding of how gene expression is controlled in the body.
Bumblebee queens can breathe underwater, which may help them survive floods and natural disasters that threaten their hives and colonies.
Platypuses have a surprising feature in their fur - hollow structures similar to those found in bird feathers. This discovery suggests these mammals share an unexpected evolutionary connection with birds.
A watchdog group found the weed-killing chemical glyphosate in South African baby cereal, which raises concerns about the safety of common food products for infants.
Scientists have created a new gene editing tool that can make targeted changes to DNA with fewer unwanted edits, advancing the potential for safe and effective genetic treatments.
Farmers in the Andes had to adapt or migrate when their maize-based agriculture faced crisis, revealing the vulnerability of local food systems to environmental changes.
War disrupted Sudan's major irrigation system, leaving farmers without water to grow vital food crops.
Researchers developed a new imaging technique that can measure pancreatic beta cell mass in living humans, which could help diagnose and monitor diabetes.
Kitchen sponges release microplastics during use, which can contribute to household pollution and end up in the environment, raising concerns about potential health and environmental impacts.
Scientists discovered two mammal species in Indonesia that were thought extinct for 6,000 years, giving hope for uncovering more hidden biodiversity.
Researchers developed AI that can predict how RNA and DNA molecules behave inside cells, which could expand treatments for diseases affected by these molecules.
Generative AI models are raising concerns about eugenics and biases, as people use the technology in ways that promote genetic discrimination and exclusion of certain groups. This highlights the need for rigorous ethics oversight as gen AI capabilities rapidly evolve.
A new platform helps people find and understand clinical trials by combining trial registry data with relevant research articles. This makes it easier for people to access information about ongoing studies that could affect their health.
A study of syphilis bacteria genomes found high genetic diversity in Africa, providing insights into how syphilis spreads globally - this could help develop better surveillance and vaccines to combat the rise in syphilis cases worldwide.
Scientists have created synthetic genetic circuits that can precisely control the ratios of different cell types, which could enable new methods for tissue engineering and regenerative medicine.
Researchers used advanced sequencing to more accurately analyze a gene cluster key for color vision, which could improve diagnosis and screening for related vision deficiencies.
Researchers uncovered the genes behind the production of cinchona alkaloids, compounds found in anti-malarial drugs. This discovery could lead to improved, more sustainable production of these vital medicines.
Researchers found that the genes regulating heart disease in children are different from those in adults. This could mean current heart disease treatments may not work as well for children as they do for adults.
Researchers worked with patients, families, and doctors to identify top priorities for improving pediatric stem cell transplants, which could lead to better treatments for children with serious blood disorders.
Researchers created self-contained droplets of ultracold molecules with strong magnetic properties, opening new ways to study exotic quantum materials.
A study found that organ transplants, despite high upfront costs, can save money in the long run by reducing the need for other expensive medical interventions for patients.
Researchers developed a new tool that can better predict how cells react to changes, which could aid in developing new medicines and treatments. The tool overcomes key bottlenecks to make large-scale cell modeling more feasible.
Wastewater analysis could predict COVID-19 cases and severity even after the public emergency ended, providing an ongoing monitoring tool for public health.
People genetically prone to obesity are at even higher risk of high blood pressure if they sit a lot, which increases their chances of heart disease.
New imaging technique can spot patches of sperm production in infertile men, offering hope for targeted treatment.
Researchers found that certain gene variants linked to a heart condition called hypertrophic cardiomyopathy indicate an intermediate risk level, which could help identify people who need closer monitoring for potential health issues.