Latest Biology stories from Science.
A team at the Indian Institute of Science has introduced a groundbreaking microscopy method that allows for the simultaneous visualization of multiple biomolecules within cancer cell nuclei at high resolution.
Recent developments in gene editing highlight the ongoing challenges of delivering editing machinery effectively and safely into human cells, crucial for therapeutic applications.
A new study highlights the potential of a light-activated electrolyte developed by researchers from Sungkyunkwan University to improve cancer therapies by targeting tumor cells.
A global research team has successfully sequenced the complete genomes of six peanut varieties, paving the way for advancements in peanut breeding and oil quality.
A new method developed by researchers at Hannover Medical School enables the efficient production of human macrophages from stem cells, potentially revolutionizing immune cell therapy.
Recent research uncovers a previously unrecognized weak point in DNA, highlighting the effects of environmental factors and oxidative stress on genetic material.
Research delves into how polysaccharide-degrading enzymes may also contribute to the synthesis of polysaccharides in plant cell walls, crucial for carbon storage.
Researchers from Brazil's Federal University of Santa Maria have identified a new species from a 230 million-year-old fossil skull, shedding light on prehistoric connections.
Recent expeditions in Mozambique have identified four new chameleon species, highlighting the urgent need for conservation as tropical rainforests face significant degradation.
Research from the University of Geneva sheds light on the TORC2 protein complex, potentially transforming our grasp of how cells manage their growth and activity.
Recent findings indicate that chalk-stream salmon could be officially designated as a sub-species, following extensive genetic research.
Research from Washington State University indicates that two viruses previously thought to be distinct are actually variants of the same species, impacting our understanding of plant viral diseases.
New findings indicate that early humans thrived through interactions among diverse populations across Africa, challenging the notion of a singular origin.
Cells are in a constant state of interaction with their environments, seeking physical signals that influence their actions. This process involves complex biochemical responses.
Recent advancements in fluorescent probes are significantly enhancing our ability to visualize proteins within living cells, providing researchers with unprecedented insights into cellular processes.
A study led by Dima Bolmatov at Texas Tech University proposes that cell membranes could play a significant role in memory storage, challenging long-held beliefs in neuroscience.
A recent study from the University of Vienna sheds light on how colonialism continues to threaten both species and languages, highlighting the interconnectedness of biodiversity and cultural diversity.
Researchers at Baylor College of Medicine have developed a groundbreaking method to study RNA functionality, as detailed in a recent publication in Molecular Cell.
Researchers at the John Innes Center have developed a fast-track breeding method for disease-resistant ash trees, contributing to conservation efforts for the species.
A collaborative effort between Stellenbosch University and the Agricultural Research Council has achieved a significant milestone in agricultural science by successfully editing grapevine DNA, potentially improving its resistance to diseases and drought.