Latest Biology stories from Science.
Invasive woody plants pose significant challenges to forest management in the eastern U.S., complicating efforts to maintain native ecosystems through prescribed fire.
Recent research sheds light on proton dynamics at polymer-electrode interfaces, potentially paving the way for advancements in fuel cell technology.
A new AI tool has been developed by scientists to enhance understanding of how cells select their developmental trajectories, potentially impacting regenerative medicine.
A recent study by the Australian Institute of Marine Science utilizes vessel tracking data to forecast the potential spread of invasive Caulerpa species in New Zealand.
Research led by Jitka Polechová reveals that while species can adapt to gradual environmental changes, their ability to do so is not infinite, potentially leading to sudden population declines.
A recent study highlights the impact of climate change on seagrass ecosystems in Lake Macquarie, Australia, emphasizing the potential consequences for marine biodiversity.
Researchers from the Technical University of Munich and Helmholtz Munich have developed a novel technique to study genetic processes in living cells without causing cell death, marking a significant advancement in biological research.
A recent study highlights the capabilities of environmental DNA, uncovering various species and pathogens from a single water sample taken from an Irish river.
A recent study in Nature Genetics introduces a computational tool that may significantly improve the mapping of cells in the human body, potentially transforming spatial biology.
New research sheds light on how cells navigate the challenges of DNA replication when faced with severe damage, particularly from interstrand crosslinks.
A recent study highlights the discovery of a new long-necked dinosaur species in Maranhão, Brazil, shedding light on its relationship with a European counterpart.
A collaborative effort by researchers worldwide has uncovered thousands of mini-proteins, some linked to critical processes like cell division and DNA repair, with implications for cancer research.
As modern biology generates an overwhelming amount of data, a new AI model aims to streamline the integration of this information, potentially transforming research.
A study led by Wolfram Weckwerth at the University of Vienna examines how a tropical tree species modifies its photosynthesis to address drought challenges.
Recent advancements in genome mining techniques have shed light on biocontrol fungi, offering promising avenues for sustainable agricultural practices.
A recent fire at a FedEx facility in Madison has been attributed to lithium-ion battery cells, raising concerns about their safety.
The formation of cell walls is vital for plant life, providing protection and shape while storing nutrients. Recent discoveries aim to clarify the enigmatic process behind their development.
In Swan Bay, Victoria, biobanks are playing a vital role in conserving marine biodiversity by storing genetic material from various threatened species.
The passing of J. Craig Venter prompts a reevaluation of synthetic biology's trajectory and its implications for the future of life sciences.
A team from The University of Texas MD Anderson Cancer Center has introduced a novel imaging method, RF-SIRF, which enables detailed mapping of reversed DNA replication forks in individual cells.