Latest Biology stories from Science.
As Toyota Motor Corporation intensifies its focus on fuel cell technology and expands its electric vehicle offerings, it emerges as a compelling investment option in the evolving market for fuel cell electric trucks.
A researcher from Moffitt Cancer Center has proposed a new model that seeks to answer a crucial question in biology: How does genetic information maintain order within living systems?
Research into extracellular vesicles (EVs) suggests they could play a significant role in the future of liquid biopsies, potentially making them a common tool in clinical settings.
Researchers have developed RNA-based droplets that act as organelles, potentially enhancing various cellular functions and opening new avenues in biotechnology and medicine.
A recent study has mapped an extensive network of gene interactions, revealing 90,000 connections among 4 million gene pairs, potentially advancing our understanding of genetics and disease.
A recent study has unveiled how killer T cells precisely target and eliminate cancer cells while sparing healthy ones, potentially paving the way for enhanced cancer treatments.
A local botanist has identified a new flowering plant species in the Finger Lakes, representing a notable addition to botanical knowledge after nearly a decade.
A team of researchers has created tiny flexible lasers capable of measuring forces within living cells, which may enhance our understanding of crucial biological processes.
A recent study from the University of Michigan highlights the role of specific plant species in how communities adapt to rising temperatures, based on field research.
Recent studies underscore the alarming effects of climate change on tropical bird species, particularly waxbills and hornbills, as rising temperatures and humidity become increasingly dangerous.
A recent study sheds light on how cells manage to remain stable while adapting to their environments, utilizing light-based technology for the first time.
A recent study from the University of Bristol introduces a mathematical model that may clarify why certain wounds heal more quickly than others, with implications for future treatments.
Recent DNA testing has clarified the identity of the mezcal worm, revealing that all sampled larvae are agave redworm moth caterpillars, contrary to previous beliefs about species diversity.
A team from Brown University has introduced a microfluidic device that significantly enhances the speed and reliability of measuring cell elasticity, which is crucial for various biomedical applications.
A collaborative project between Indigenous communities in Australia and Alaska seeks to safeguard the migratory short-tailed shearwater, enhancing conservation efforts through shared knowledge.
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.