Biology

Study reveals how habitat design affects black soldier fly behavior and reproduction.

A study reveals how mice learn through problem-solving tasks.

Advanced tools reveal how sex and hormones affect animal behavior over time.

A study reveals different reading strategies across humans and animals.

Animals weigh risks and rewards when facing new experiences.

Study reveals how golden eagles adapt their flight strategies over time.

A method of octopus hypnosis offers benefits for research and animal welfare.

Research reveals complex structures in elephant rumbles and their communication patterns.

Research reveals new insights into CFTR protein synthesis in cystic fibrosis.

Research reveals unique clippase activities in bacteria, impacting host interactions.

Learn how FinO-domain proteins influence bacterial responses through RNA binding.

Explore the role of RNA binding proteins in bacterial gene expression.

New methods improve the understanding of protein interactions for drug discovery.

New framework enhances protein models using rich annotations for accurate predictions.

Recent advances in imaging uncover the structure and function of chemical synapses.

Researchers discover a new inhibitor for potassium channels with unique properties.

Scientists develop a new platform for better brain organoid growth and monitoring.

New delivery vehicles enhance CRISPR tool effectiveness in gene editing.

This study examines muscle models to improve injury analysis during car crashes and sports.

Cyanidioschyzon merolae offers unique opportunities in genetic engineering and sustainable production.

Patch-walking method improves efficiency in studying brain connections.

New imaging technique enhances study of cellular components without labels.

Research on engineered bacteria could transform treatments for resistant infections.

A new framework improves diagnosis of brain disorders through enhanced EEG analysis.

Researchers develop PepCleav for better neoantigen targeting in cancer therapies.

Researchers present a novel approach to identify errors in protein models.

GEESE uses AI to predict drug toxicity based on gene activity and tissue damage.

AdjMaxP helps researchers combine results from various studies effectively.

ChronoStrain improves understanding of bacterial strains over time in human health.

RegDiffusion offers a new method for understanding gene interactions effectively.

VEHoP simplifies phylogenomic studies using varied genomic data sources.

MOAgent makes complex biological data analysis accessible for researchers.

This research reveals the role of tissue mechanics in early mammalian development.

Study reveals how phase separation affects the structure of disordered proteins.

Exploring calcium's impact on heart muscle and potential treatments for cardiomyopathy.

Examining the role and mechanisms of potassium channels in cellular activity.

Explore how receptors and ligands shape cellular responses.

Research reveals how proteins ensure DNA separation in bacteria during cell division.

Research reveals the influence of nuclear size on cell cycle timing.

SCARF1 plays a critical role in regulating cholesterol and cell health.

Research shows ACACA reduction cuts growth in oral cancer cells.

Research uncovers vital progenitor cells in brain tumors.

Research unveils KRAS mutation's role in cancer progression and treatment options.

Research highlights connections between PRAME, 5hmC, and TET2 in melanoma diagnosis.

A study reveals how machine learning enhances protein measurement in breast cancer tissues.

TOLLIP is vital for cancer cell growth linked to RAS mutations.

Researchers uncover mechanisms of resistance in ovarian cancer treatments.

Research sheds light on the development and characteristics of small intestine neuroendocrine tumors.

New insights into how intestinal cells contribute to gut health.

Research reveals how bone marrow stem cells aid recovery after injury.

Research reveals how astrocytes adapt during inflammation and its implications for brain health.

Research highlights how Cse4 and its partners ensure proper chromosome separation during cell division.

Investigating how specific proteins protect and repair lysosomes during cellular stress.

Protrudin is key to sorting materials within cells, impacting health and disease.

A novel method predicts protein locations using sequences and cell images.

New insights into Thumpd1's role in tRNA modifications and cellular stress responses.

Exploring the fascinating regenerative abilities of planarians and their cellular mechanisms.

Research reveals how Jag2 and Notch signaling affect sebocyte development.

Researching key proteins that influence early mouse embryo development.

BMP signaling plays vital roles in development, reproduction, and tissue maintenance across marine species.

Research uncovers the roles of intermediate cells in skin development.

SOX10 gene mutations impact calcium balance and bone health.

Research reveals how CDHR1 and PCDH15 affect retinal health.

Exploring how cells divide and differentiate during early development.

A new technique improves analysis of algae-bacteria communities and their interactions.

Research reveals complex interactions between bacteria and viruses in freshwater ecosystems.

Climate change threatens coral reefs, impacting marine life and human livelihoods.

This article discusses how immunity affects viral changes and the emergence of new variants.

Strategies to exploit fish populations while ensuring their long-term survival.

Examining how diet affects the survival of two invasive agricultural pests.

Study reveals vampire bats may spread bat influenza virus.

A collaborative effort focuses on conserving migrating shorebirds through data sharing.

Urgent need for better antenatal care services to save mothers and babies.

Research on CCHF presence among pastoral communities reveals health risks.

Study reveals maternal and infant characteristics affect HMO profiles in breast milk.

The study reveals critical delays in diagnosing visceral leishmaniasis in Bihar.

Lassa fever poses significant health risks in West Africa, warranting improved surveillance and data collection.

A deep dive into the challenges of estimating pandemic-related deaths.

New model addresses fall and fracture risks for older adults in long-term care.

How air pollution contributes to cardiovascular disease risks.

Examining the role of barriers in protecting native fish populations.

A new model improves accuracy in low-pass sequencing genetic studies.

Exploring the roles of hormones and microRNAs in insect life cycles.

A guide to spatial models and their role in ecological research.

Examining the cycle of reinfection from respiratory viruses and immune system responses.

New findings challenge the relationship between gene expression and natural selection in males and females.

Exploring how sex affects evolution and trait differences in species.

Research reveals complex gene interactions in tiny roundworms impacting evolution.

A new method helps breeders choose parent plants for better traits.

A new model enhances predictions by training on large genetic data sets.

Research highlights the beauty and value of ornamental rape for agriculture and tourism.

Study reveals how genetics and age affect crossover interference in house mice.

New methods like GIFT improve genetic data analysis for better health insights.

Invasive moths pose risks to crops and ecosystems through hybridization.

A look into how our ancestors shaped modern genetic diversity.

Study reveals DNAH3's role in male fertility and asthenoteratozoospermia.

Examining how codon usage affects protein synthesis across species.

Research reveals genetic factors in parasitic worms affecting treatment effectiveness.

Research links stress management with aging and longevity in humans.

DFAST_QC ensures accurate labeling of genomes for better biological research.

Recent genome studies reveal significant genetic differences among dog breeds.

Research reveals genome details of the Near Threatened Zenia insignis tree species.

Research delves into the genome of Coccomyxa viridis and its ecological roles.

Investigating how the ebony gene affects color in fruit flies and pest control.

Nanobodies show promise in medicine and research, with growing databases for study.

Research reveals CTLA-4's role in gut health and inflammation related to IBD.

Researchers focus on measuring cytokines to enhance cancer therapy.

Exploring the role of macrophages in cancer and their interaction with the tumor microenvironment.

Research uncovers links between gut health and immune responses in Parkinson's disease.

Foam cells impact various diseases through lipid accumulation and immune response.

Exploring the role of interferon and PLSCR1 in limiting SARS-CoV-2 infection.

How RORγt+ APCs support immune balance and disease prevention.

Research reveals complex actin structures vital for Plasmodium falciparum movement.

This study investigates how antimicrobial resistance spreads in cities.

Research focuses on new variants and their implications for COVID-19 management.

Research uncovers how E. coli binds formate for energy.

Research reveals how bacteria and fungi in mosquito saliva influence virus spread.

IncC plasmids contribute to antibiotic resistance in various bacteria.

A study reveals the impact of infection control in ICU on antimicrobial resistance.

Exploring the potential of chemokines in battling antibiotic-resistant bacteria.

CRNDEUCE is crucial for ribosome production in renal cell carcinoma.

Gene therapy shows potential for treating lipodystrophy and its metabolic issues.

Research reveals how Snail manages gene activity during cell development.

Researchers develop innovative approach to study RNA metabolism and associated factors.

Research on Bodo saltans and its bacterium reveals unexpected growth patterns.

Research reveals new protein interactions in fruit flies affecting piRNA production.

SV2A's impact on mitochondria and autophagy suggests new treatment avenues.

Research examines RNA interference's role in fighting viral infections and its complexities.

A new method enhances median filtering for accurate signal processing and noise detection.

Research reveals how brain activity aids recovery from traumatic brain injuries.

A look at innovative collaborative approaches in neuroscience research.

Research reveals how bow-tie architecture aids neural networks in processing data efficiently.

This study investigates the link between dyslexia and auditory processing challenges.

Research reveals how tau proteins spread in the brain, showing a retrograde bias.

Study reveals impact of stakes on biases in decision-making.

This article explores how aging affects body ownership and sensory perception.

Acanthomeridion sheds light on the complex history of arthropods.

DeepDiveR simplifies biodiversity estimates using fossil data through advanced techniques.

A look at how extinction reshaped life on Earth after dinosaurs disappeared.

Advanced methods shed light on grass species diversity through time.

A new tool improves fossil study efficiency through advanced imaging techniques.

Discover how citizen science enhances student learning in higher education.

Exploring the recovery of ecosystems after a major extinction event.

Learn how fossils reveal the story of life through time.

New methods improve assessment of heart damage post-heart attack.

Research reveals the role of immune cells in predicting oral cancer risk.

Study reveals how Bmp6 gene absence affects iron storage in mice livers.

Nrf1 activity in the liver is crucial for surviving sepsis.

Study uncovers genetic changes and immune responses in lung cancer subtypes.

Research explores KMO inhibition as a potential relief for endometriosis symptoms.

Plants defend against viruses like TCV through RNA decay mechanisms.

Research focuses on improving drug testing with human-based models for better results.

Research highlights glucokinase's potential in managing Type 2 diabetes through genetics.

Research aims to improve oral peptide drugs for diabetes management.

Research reveals how G proteins function and their role in cell signaling.

Research reveals how sugar affects blood vessels and diabetes risk.

Examining how gut microbiome impacts the absorption of antipsychotic medications.

Exploring the risks of heat waves on heart health in animals and humans.

An overview of inflammation, Schwann cells, and prostaglandins in pain management.

Research shows how androgens influence heart development in zebrafish embryos.

This study explores how endothelial cells control blood flow and vessel health.

Study reveals fluid volumes in mouse eyes, aiding glaucoma research.

How mild to moderate hearing loss affects the brain and the role of hearing aids.

Cysteine deficiency leads to significant weight loss and metabolic changes in mice.

Examining how monocytes affect blood vessel growth in diabetes patients.

This study analyzes how motor unit models create muscle force in various tasks.

Research shows zinc levels can influence lifespan and health in fruit flies.

Neutrophils are vital for fighting infections and inflammation through their unique behaviors.

A study showcases a novel technique to analyze algal cell metabolism.

A look into the fight against MLN in maize crops.

A comprehensive study on maize's genetic and regulatory networks.

Studying how climate affects unique flowering plants in California's vernal pools.

Explore the importance, growth, and study of trees in our environment.

Examining how green algae produce multiple proteins from a single mRNA.

Research reveals key genes and metabolites in giant duckweed's growth.

Research reveals CP26's importance in plant responses to excess light energy.

Journalists face challenges assessing the reliability of research sources amid rising predatory publishing.

Examining the representation of women in STEM and socio-economic factors.

Using technology to enhance understanding of kinship in primates.

An analysis of the relationship between journalists and scientific research.

This study examines essential skills for children's reading in Arabic.

Open access publishing is transforming how pharmaceutical research is shared.

Local involvement is key to controlling vector-borne diseases effectively.

Headlines can mislead readers about scientific findings and their significance.

Research on improved plasmids enhances gene expression and natural product yields in fungi.

Researchers develop P3 editing for precise genomic changes using protein interactions.

New minibinders enhance synthetic receptor technology for improved disease detection.

Explore how lipid membranes impact ribozyme activity and RNA stability.

A new system for evolving proteins offers faster and more efficient solutions.

A new tool helps predict hidden gene activity in synthetic biology.

New energy pathways improve protein yields in cell-free systems.

A new dialysis system improves protein yields in cell-free setups.

Exploring how proofreading steps influence signal differentiation in research.

A new model enhances accuracy in voltage-clamp experiments for better cellular insights.

Insights into cell modes during embryonic development using C. elegans.

Researchers develop a model to enhance nanoparticle use in cancer therapy.

Exploring the vital role of mitochondria in energy production and health.

Simplifying large dataset analysis in proteomics and interactomics with ThunderBolt.

DNA O-MAP offers new ways to study protein-DNA interactions effectively.

Learn how the Jukes-Cantor correction refines phylogenetic tree construction.

Researchers identify two new Mylochromis species in Lake Malawi's diverse ecosystem.

Some fish can change sex, revealing fascinating biological processes.

This article discusses the vital role of queen bees in colony health.

Research reveals how the CASP14 gene affects sheep horn development.

Research highlights the benefits of fasting for broiler chickens during extreme heat.

Study reveals alarming contamination levels in fish affecting health and ecosystems.

Research shows benefits of diverse diets for predatory mites in agriculture.

Exploring the complexities in identifying giant hummingbird species.