Latest Biology stories from Science.
A newly identified blue octopus, about the size of a golf ball, was found nearly 6,000 feet deep in the Galápagos, exciting researchers about marine biodiversity.
Research indicates that blended family structures, often seen as a modern concept, were prevalent over 5,000 years ago, according to Neolithic DNA analysis.
Recent findings suggest that Homo erectus may have played a role in shaping the genetic landscape of contemporary humans, prompting a reevaluation of human evolutionary models.
Cells exhibit coordinated movement akin to schools of fish, crucial for processes like development, healing, and cancer spread.
In line with the theme of 'Acting locally for global impact,' researchers have proposed a comprehensive plan for establishing effective DNA barcoding networks worldwide.
A recent study highlights the essential role of keratin in the cohesive movement of zebrafish cells during embryonic development, shedding light on developmental biology.
Recent advancements in AI have led to the creation of miniproteins that can effectively toggle G protein-coupled receptors, which are essential for numerous physiological functions.
A recent study indicates that Azara's owl monkeys in South America have gained weight over the past 25 years, potentially due to climate change.
In a groundbreaking effort, Australian scientists are utilizing advanced DNA analysis from feces to support the survival of the critically endangered Gilbert’s potoroo, which has a dwindling population of fewer than 150 individuals.
Recent fossil discoveries indicate that the Arctic, over 70 million years ago, was home to a diverse range of mammals that adapted to extreme conditions.
A new study from the Max Planck Institute for Biology Tübingen reveals that giant viruses can embed themselves in the genomes of seaweed, challenging previous assumptions about their existence.
Neurons are crucial for various complex functions in the brain, acting as its main switchboard. These interconnected cells play a vital role in enabling essential life processes.
Researchers at The Australian National University have developed a novel nanoscopy method that uncovers previously invisible communication networks between cells, shedding light on human diseases.
Research from the International Institute of Molecular and Cell Biology suggests that the initial nucleotide in RNA significantly influences cellular reactions to viral infections, with 'A' being more effective than 'G'.
Recent research sheds light on how neurons tackle the complexities of protein transport, revealing unconventional receptor pathways crucial for synaptic communication.
A recent study from The University of Texas Medical Branch reveals that the ATR enzyme plays a vital role in safeguarding DNA during replication, potentially influencing cancer treatment strategies.
A significant discovery in aging research emerged from a discussion among graduate students at Mayo Clinic, focusing on synthetic DNA molecules known as aptamers.
Research highlights the importance of microglia in brain health, emphasizing their function in cytoskeletal remodeling to maintain a supportive environment.
A study from the University of Queensland highlights the role of mitochondrial fission in enhancing immune cell function, providing potential avenues for combating antibiotic resistance.
A recent study from the Leibniz Institute DSMZ has unveiled a new myxobacterium within a cyanobacterial community, enhancing our understanding of microbial interactions in the cyanosphere.