Biology

Study reveals how stress hormones impact fish behavior and learning.

A study identifies key locations to monitor livestock disease spread in Nigeria.

Researchers train dogs to identify diseases through scent, advancing wildlife health monitoring.

Forestwalk revolutionizes how scientists analyze mouse motor functions.

Birds show complex communication through intentional wing-fluttering gestures.

How bumble bees change their foraging tactics based on flower types.

Advanced methods improve animal pose tracking and data handling.

Video tracking technology aids researchers in observing animal behavior non-invasively.

New methods reveal potential for sustainable terpenoid production.

Research on sparteine shows promise for drug development and agricultural improvements.

Research uncovers the complex behavior of encapsulins in bacteria.

New methods reveal insights into PETase enzyme activity against plastic waste.

New insights may lead to effective treatments for HFMD and similar viral infections.

Research reveals key details about Zika virus protease for potential antiviral drugs.

Research reveals insights into ancient diets by analyzing foodcrusts from archaeological sites.

Exploring the potential of enzymes to effectively break down plastic waste.

Researchers develop magnetic methods to control nerve cells for potential therapies.

Research on Hsp104 offers hope for treating neurodegenerative diseases related to protein misfolding.

A new device offers innovative electrical stimulation for digestive health.

A novel hydrogel using DNA aptamers for efficient thrombin sensing.

A study on how eye structure contributes to angle closure.

Syringe pumps offer a reliable way to deliver precise liquid rewards in animal studies.

Research focuses on improving non-invasive methods for communication in patients with movement impairments.

Introducing Eye-Llama, a specialized model for enhancing eye health support.

Examining how p53 function impacts cancer development and treatment.

Fiora improves predictions of mass spectra in metabolomics, aiding compound identification.

Exploring the complex process of protein folding and its implications in biology.

Evaluating machine learning techniques for classifying breast cancer effectively.

A novel technique estimates cell behavior from single tissue samples.

This study explores using deep learning for plant species identification in archaeology.

A new method improves cell imaging using machine learning and data techniques.

Cell polarity is crucial for various biological processes and understanding cell behavior.

Study reveals how membrane thickness affects protein sorting and lipid interaction.

A streamlined approach to improve 3D imaging of biological samples.

Researchers study rhodopsin models to reveal light interaction changes.

Recent studies reveal key insights for developing treatments against the Zika virus.

Researchers improve room temperature crystallography to better understand protein structures and functions.

Research reveals A22's effects on actin and MreB in cells.

Research reveals the structure and function of proteins in algae's energy production.

Exploring how protein interactions influence DNA structure and gene activity.

fastBE offers new insights into tumor evolution and genetic diversity.

Study shows heat treatment enhances drug uptake in triple-negative breast cancer.

Research reveals how signaling molecules affect gut cell behavior and health.

New methods aim to improve treatment for brain metastases in breast cancer patients.

Research reveals how VGLL2-NCOA2 and TEAD1-NCOA2 drive tumor growth in cancers.

Study reveals early genetic changes linked to breast cancer risk.

Research explores KSHV's impact on Kaposi sarcoma and immune responses.

Research highlights the potential of combining H. alpestre with L-NAME in cancer therapy.

A look into how the shape of organoids affects their function and application.

CCDC134 influences protein functions essential for cell signaling and health.

PLK1's functions in cell division and the significance of CENP-C explored.

Study reveals how LED light influences retinal stress responses.

Researchers develop probes to visualize actin organization in living cells.

Research reveals complex dynamics of protein transport in epithelial cells.

Research reveals links between genes, cell division, and microcephaly in brain development.

Human myogenic progenitor cells show promise in tendon healing.

Learn about the importance of queen bee ovaries in honeybee colonies.

FInCH streamlines the analysis of protein expression and cell structure for biological research.

Examining how hair follicles impact skin barrier and overall health.

FBXO24 is vital for sperm formation and male fertility.

Research on mangrove killifish reveals important genetic functions.

O-GlcNAc influences protein function and embryonic growth.

A novel method allows detailed observation of egg development in fruit flies.

Hydra's unique regeneration abilities offer insights into biological processes.

Research reveals how sea otters adapt after harmful algal blooms in Hokkaido.

A study on how cod and flounder compete for food resources.

A study reveals key insights into bTB transmission among badger populations.

Beavers create wetlands that greatly enhance bird diversity in ecosystems.

Examining the decline and contributing factors to Pacific salmon sizes and numbers.

New tools improve analysis of insect responses to temperature changes.

Study highlights the importance of TreMs for forest wildlife.

Maternal effects shape offspring traits based on temperature and development stages.

A new method improves understanding of how insects spread diseases through blood analysis.

A study reveals high rates of STH infections in Nigerian adolescents.

A closer look at R0 and its impact on disease transmission predictions.

A study on using health data to predict one-year mortality.

A detailed look at the mpox virus and its recent outbreaks.

Examining the long-term health issues following COVID-19 recovery.

This study examines how ventilation affects COVID-19 spread in schools for students with IDD.

Parental education significantly shapes children's academic outcomes and behaviors.

A look into genetic change and adaptation in various species.

This article examines the migration patterns of modern humans across the globe.

Climate change may alter how animals determine their sex, affecting diversity.

A study reveals genetic diversity among Ophrys orchids in Spain and France.

Study reveals diverse adaptations of charr in a unique lake environment.

Lyosin combines elements from L1 and MYL4, showing unique evolutionary traits across species.

A new bioinformatic tool enhances analysis of polyploid plants and their lineage.

Examining how male proteins influence female behavior and reproductive success.

Research reveals how Ctr9t regulates sperm development in Drosophila.

Study examines genetic and environmental factors influencing gallbladder cancer risk in Chile.

A method to analyze genetic traits more efficiently.

Exploring how mutations influence genetic variations in populations and their implications.

Research reveals the role of genes in wheat grain traits.

Peroxisomes are essential for fat breakdown and overall cell health.

Transposable elements significantly impact genome structure and function across various organisms.

deepKin improves how we assess genetic relationships using SNP data.

Typhoid fever presents serious health risks due to antibiotic resistance and contaminated sources.

A look into the evolving structure of bacterial and archaeal genomes.

Research uncovers the genetic landscape of T. graeca for better conservation strategies.

New invasions of transposable elements impact fruit fly populations and their DNA.

New genome assemblies shed light on rare mint species and their characteristics.

This study reveals how shrews adapt to survive in diverse environments.

Research reveals genetic factors linked to pediatric solid tumors and highlights the need for better testing.

ONTraC provides insights into how tissue structure influences cell behavior.

A look into PPR's effects on goats and immune response.

Research highlights CDK2's impact on immune responses during viral infections.

Research reveals key roles of Tregs in JIA treatment and monitoring.

Researchers work on vaccines to prevent cryptococcal infections with promising results.

Research highlights the key role of ILC2s and RAG in allergic reactions.

Research sheds light on HIV-1 latency and its implications for treatment.

Research reveals how lack of flotillin-2 affects T cell sensitivity and responses.

Exploring how STING affects immune response and related diseases.

Research shows gut bacteria influence SUMOylation and inflammation in human cells.

This article explores how Chlamydia uses AhpC to manage oxidative stress.

Study reveals how O-antigen changes enhance bacterial survival and infection severity.

FssC is crucial for managing dNTP levels during the cell cycle.

Research reveals how C.t. manipulates host cells to survive and evade immune response.

S. pneumoniae reduces key proteins in host cells, impacting immune responses and infections.

Research reveals key factors in how dengue virus enters cells, paving the way for better treatments.

A look into how microbial communities in insects form and change over time.

Examining how methylation changes impact aging and health conditions.

Explore how beta turns influence protein shapes and functions.

Study reveals significant presence of harmful bacteria in milk products.

New methods improve imaging of biological structures using cryoET.

This research reveals how energy management affects intestinal stem cell function.

Explore how internal clocks and eating patterns affect iron management in mammals.

NSUN2 plays a critical role in DNA repair pathways and RNA processing.

Research shows G-quadruplexes could reduce harmful TDP43 aggregation in cells.

Research reveals complex neural patterns shape behavior in unique ways.

CBAS offers a structured method to analyze behavior through choices, benefiting research.

Non-motor symptoms reveal insights into Parkinson's Disease development.

Research highlights a pathway to potentially treat multiple sclerosis by targeting specific proteins in astrocytes.

Research reveals protein differences in diverse populations at risk for Alzheimer's.

iGluRs are crucial for fast signaling at neuromuscular junctions in fruit flies.

This study evaluates power-based and connectivity-based biomarkers for epilepsy surgery.

Research reveals myelin's impact on brain structure and its connection to behavior.

Beretella spinosa offers vital clues to early animal evolution.

New findings on Dorsetichthys bechei clarify its anatomy and evolutionary significance.

Researchers examine decay to enhance understanding of fossilization processes.

An overview of how species change and relate through time.

This article examines how maritime trade influenced sheep variations in ancient Mediterranean societies.

Examining how traits evolve at different speeds in species.

Exploring the evolution of winged seeds and their dispersal mechanisms.

Discover how pterosaur tail vanes aided flight and displayed beauty.

Study reveals severe impacts of DWV and SBV on honey bees.

A new tool improves image quality in pathology for better diagnostics.

A look at sickle cell disease, its impacts, and ongoing treatment innovations.

Research reveals potential benefits of KF4 antibody for AAT deficiency in mice.

Research identifies immune markers to improve lung cancer therapy outcomes.

Cilostazol may help reduce the risk of depression after a stroke.

Research reveals distinct seminoma subtypes, paving the way for improved therapies.

New techniques enhance our understanding of plant pathogens through single-cell analysis.

Cerium-134 offers new possibilities for cancer imaging and treatment in medicine.

Riluzole shows potential in improving male fertility after cancer treatments.

Research shows Moringa may help with obesity and related health issues.

New research links environmental chemicals to changes in breast cells.

Research reveals new methods to detect drug resistance in harmful nematodes.

Research highlights dangers of adolescent heroin exposure on pain and learning.

Azanza garckeana shows promise for aiding childbirth in low-resource settings.

Study explores chemical impacts on infant health through breast milk and diet.

Research reveals how microglia adapt to dietary fats and influence brain function.

New methods use neural networks to improve oxygen consumption estimates during exercise.

Research introduces a safer way to study brown fat in humans.

Study reveals risks of dibutyl phthalate on pregnancy and fetal health.

GDF15 levels rise in pregnancy, but its importance is debated.

Recent findings on Ildr2 protein improve understanding of kidney function and health.

Examining semaglutide's effects on growth and metabolism in malnourished juvenile mice.

Research reveals potential treatment strategy targeting TYK2 for type 1 diabetes.

Researchers study how cyst nematodes affect plants to improve resistance strategies.

Exploring plant resilience against heat, drought, and salt stress.

Researchers develop a tool for analyzing Fusarium yellows in sugar beet.

A study examines the genetic variety of cucumbers worldwide, highlighting lesser-known regions.

Gd bacteria enhance plant nitrogen uptake, promoting sustainable growth and reducing fertilizer use.

Research reveals the role of short PIN proteins in auxin transport.

Exploring how beneficial bacteria can improve maize growth and quality.

This study examines the infection mechanisms of F. graminearum in wheat crops.

Study assesses clarity of eLife's peer review phrases and suggests improvements.

This study explores the impact of hiring and attrition on women faculty representation.

A tutorial that combines COVID-19 data with machine learning for biology students.

Preprints are transforming how researchers share and access findings in life sciences.

A guide for researchers on choosing the right journal for publication.

A hands-on program connects neuroscience with robotics for high school students.

Examining obstacles in publishing conservation research and the need for inclusivity.

Exploring the integration of technology in anatomy education to enhance learning.

Researchers use DNA nanostructures to improve cell receptor activation for enhanced immune responses.

NEMOer sensors offer enhanced tracking of calcium dynamics in living cells.

Researchers aim to develop synthetic cells that replicate and evolve.

Advancements in nanoreactor design enhance enzyme efficiency and stability for various applications.

The MAIA reactor enables accessible scientific exploration and community engagement.

Gene drives offer solutions for managing species and environmental challenges.

Research advances improve our grasp of ion channels and their roles in health.

New methods in genetic code expansion enable powerful protein design.

Efficiently builds kinetic models to better understand metabolism and health.

Researchers create a detailed atlas of the colon to study aging effects.

Cell movement is essential for survival, influencing growth, healing, and immune response.

Noise pollution can lead to serious cardiovascular issues.

Regular exercise helps maintain muscle mass and strength as we age.

A new framework reveals the complexities of red blood cell metabolism.

Exploring how biochemical systems integrate signals and maintain stability.

A look into the processes of cell death and their implications for diseases.

A study shows FMD alone may be more effective than combined treatments for CLM.

This study examines the genetic links among house mice in Korea.

This study examines factors affecting mosquito egg abundance in an urban setting.

Natural history museums are crucial for studying biodiversity and preserving specimens.

An in-depth look at how feathers enable birds to fly.

A study shows how larval food affects stingless bee queen development.

Exploring how muscle function shapes the movement capabilities of animals.

Research reveals gene expression changes in livestock crucial for future breeding.