Latest Biology stories from Science.
The recent sighting of a western reef heron in North Wales highlights a potential shift in bird migration patterns, with experts suggesting that rising temperatures may support more exotic species in the UK.
Researchers have created lab-grown canine muscle cells that may improve the efficiency of identifying effective therapies prior to animal trials, potentially reducing reliance on animal testing.
A team from the University of Greifswald has identified a novel mechanism that allows bacteria like Bacillus subtilis to control the production of acetyl coenzyme A.
A collaboration among leading research institutions has led to the development of new methods for tracking individual bird species during migration, utilizing participatory science and weather data.
A new open-source platform for fluorescence lifetime imaging microscopy (FLIM) could facilitate more reproducible analysis of complex cell images, potentially advancing cellular research.
A recently developed algorithm enhances our understanding of cellular communication, revealing how cells interact both directly and through signaling across tissues.
A recent study highlights how evolutionary changes, rather than just ecological interactions, can significantly influence the dynamics of a 23-species bacterial community over four years.
Recent findings suggest that RNA is not only vital for coding proteins but also plays a significant role in ensuring their proper folding, potentially reshaping our understanding of cellular processes.
A recent study highlights a peptide that could help prevent DNA damage associated with leukemia in cancer survivors, addressing a growing concern as survival rates improve.
Recent research tracking a freshwater stingray's 170 km migration reveals unexpected patterns, suggesting a need to adapt conservation strategies to include these migratory routes.
Recent findings indicate that epigenetic modifications can influence inheritance without altering the DNA sequence, potentially impacting traits and behaviors across generations.
Recent discoveries of three new cave cricket species in Australia reveal the hidden richness of cave ecosystems and underscore their ecological importance.
Recent research highlights the interactions between molecular condensates within cells, potentially reshaping our understanding of cellular dynamics and related diseases.
A recent study from Northwestern Medicine highlights the importance of previously overlooked DNA structures in the organization of the human genome and gene regulation.
A recent study sheds light on how DNA repair enzymes identify damaged areas in our genetic material, emphasizing the importance of these processes in human biology.
Recent research sheds light on the dual nature of embryonic tissues, revealing how their behavior influences cell fate during development.
Recent research sheds light on the mechanisms of ER-phagy, highlighting its role in maintaining cellular functions by removing damaged endoplasmic reticulum.
A recent study has identified masturbation as a natural behavior among 120 bird species, including parrots, contradicting previous veterinary beliefs about its harmfulness.
Researchers have made significant progress in understanding the assembly of [FeFe]-hydrogenases, addressing a long-standing debate in the field of biochemistry.
A groundbreaking blood test has been developed that can noninvasively reveal gene activity in the brain, offering new insights into cellular functions.