Latest Biology stories from Science.
A team from Japan has revealed how cells can change shape autonomously through the action of self-propelled actin filaments, shedding light on self-organization in biology.
The new CleanFinder tool enables labs to perform genome editing analysis without the need for coding skills, leveraging advanced CRISPR technology.
A new study from Taiwan reveals that a cell-free extracellular matrix derived from axolotl skin may enhance healing and minimize scarring in burn wounds in mice.
A recent discovery of preserved tube feet from 452 million years ago provides valuable information about the biology and functions of ancient echinoderms, including sea lilies.
A recent study sheds light on the intricate partnerships between insects and microbes, revealing the depth of their interdependence and the specificity of these relationships.
Recent research sheds light on the complex molecular processes that enable immune cells to effectively respond to infections, emphasizing the importance of RNA.
A recent study has uncovered 842 active DNA switches that play a crucial role in the metamorphosis of honeybee larvae into worker bees, enhancing our understanding of their development.
A recent study indicates that DNA replication in bacterial cells may lead to notable genomic instability, potentially contributing to mutations and antibiotic resistance.
A new quantum biosensor technology has emerged, capable of identifying swift, invisible changes in cells, which may transform disease detection methods.
A recent study has identified four new species of chameleons in northern Mozambique's unique mountaintop ecosystems, highlighting the region's rich biodiversity.
Recent research sheds light on the surprising intricacies of sperm storage in male fruit flies, revealing how thousands of sperm are accommodated in a limited space.
Researchers at the University of Basel have created a self-assembling nanorobot that shows promise in targeting cancer cells, potentially enhancing treatment methods.
Research indicates that newborn neurons must fragment their DNA to navigate the constricted environments of the developing brain, highlighting a crucial aspect of neural development.
A recent study published in Neuron Journal explores the effects of slow breathing on cognitive processes and risk-taking behavior.
A groundbreaking study from the Max Planck Institute for Marine Microbiology reveals the first direct observation of a gene moving between species, prompting a reevaluation of genetic inheritance.
Recent analysis of ancient enamel provides scientists with valuable insights into the interactions of human relatives from hundreds of thousands of years ago, potentially influencing modern DNA.
Recent advancements in aptamer screening have dramatically reduced the time needed to find synthetic alternatives to antibodies, from months to just days, enhancing molecular recognition capabilities.
Researchers have identified that the EXO1 gene, known for its DNA repair capabilities, can turn harmful when overproduced, revealing new insights into cancer vulnerabilities.
A recent study has mapped the stem cells in Arabidopsis, revealing 18 distinct cell clusters that play a role in the development of flowers and stems, enhancing our understanding of plant biology.
Research highlights a molecule named OLE that may help reprogram brain immune cells, potentially reducing plaque buildup and enhancing memory in Alzheimer’s models.