Biology

Examining non-conceptive sexual actions in various animal species.

Deep learning enhances how we study emotional states in mice.

Research reveals how zebrafish react to their environment and internal states.

Research reveals how marine larvae react to pressure changes in their environment.

Study shows how natural and synthetic repellents impact fruit fly navigation skills.

Study reveals how mice adapt their navigation strategies over time.

Farmers can improve livestock health monitoring with new technology and machine learning methods.

Exploring how imperfect memory can aid decision-making in uncertain situations.

Exploring the essential functions of aminoacyl-tRNA synthetases in protein synthesis.

Research into RNA reveals insights into early life replication mechanisms.

Research highlights USP1 inhibitors as potential cancer therapies.

This article explores the synthesis and significance of natural products known as RiPPs.

A study promotes uniform quality control practices in proteomics core facilities.

Research reveals how ZIP4 transports zinc and its implications for cancer therapies.

New methods improve analysis of proteins, aiding in health research.

Examining TDG's crucial function in DNA repair and gene expression.

A new approach to rapidly train protein models in just one day.

New research highlights the importance of multisegmented foot models in understanding foot movement.

Research unveils insights into spore germination under varied conditions.

A new single-shot method improves MRI water-fat imaging speed and clarity.

Using generative models to enhance synthetic images in microscopy research.

Learn about the meniscus and its impact on knee joint functionality.

This study examines how particle shape impacts sorting in microfluidic devices.

A novel technique connects protein release from cells to their genetic information.

Growing need for effective data analysis in biological research drives WfMS development.

Research uncovers gene interactions that could enhance HIV treatment strategies.

New pipeline enhances study of genetic diversity across populations.

FlaHMM predicts piRNA clusters in fruit flies, enhancing our understanding of transposable elements.

New method IDBindT5 enhances prediction of binding sites in disordered proteins.

A closer look at enzyme tunnels and their role in biochemical processes.

A fresh approach to creating personalized references enhances genome analysis accuracy.

ProteinCLIP enhances protein analysis by combining sequences and textual descriptions.

This study reveals how MP20 plays a role in lens structure and clarity.

Research reveals new findings about the spike protein's behavior and its implications.

Local docking methods improve protein structure modeling in cryo-EM studies.

Researchers develop motion blur microscopy to observe cell interactions in whole blood.

CALHM proteins play key roles in taste perception and cellular communication.

Investigating how tiny organisms capture nutrients in aquatic environments.

Discover the mechanisms behind stress fiber repair in cells and their importance.

New models predict protein stability and generate sequences effectively.

Study reveals how ING4 deficiency alters immune response in breast cancer.

Exploring the dual roles of vitamin C in cancer therapies.

Research reveals how transposable elements influence blood cell characteristics and leukemia treatment.

Cancer cell lines are crucial for studying the disease and testing treatments.

Researchers explore immune cells in glioblastoma for better treatment options.

Research shows how cancer cells outcompete healthy liver cells.

This study reveals RUNX2 isoform II's impact on ferroptosis in oral squamous cell carcinoma.

Research highlights potential strategies for combating high-risk neuroblastoma in children.

Researchers develop targeted proteins to manage unwanted platelet activity.

Tunneling nanotubes connect cells, enabling direct communication and material transfer.

A program empowers scientists to enhance their image analysis skills and careers.

Rab7 impacts lysosome function and integrin stability, influencing cellular behavior.

A look at how vascular cells change in lung diseases.

Exploring the role of centromeres and RNA in chromosome stability and function.

New techniques shed light on how lysosomal proteins function in neurons.

TAX1BP1 is key for managing misfolded proteins in cells, impacting health.

Research reveals growth patterns and health insights from baby teeth in ancient Italy.

MEIOC regulates meiosis, impacting male fertility and sperm cell development.

A look into how mollusks develop their shells through cell interactions and gene expression.

This research examines how morphogens influence gene expression during fruit fly embryogenesis.

Discover how the axolotl's regeneration abilities could inspire medical advancements.

Research reveals how Wolbachia influences growth and metabolism in Drosophila.

Sphingolipids are vital for the structure and function of brain cells.

Recent study reveals detailed structure of human breast tissue and its importance.

Fruit flies often choose contaminated food, raising questions about their behavior and health.

A new approach combines metrics for clearer insights in environmental research.

Tick-borne diseases are increasing, raising health concerns across North America.

New technology enhances tree species mapping and forest management.

Study reveals agroforestry's effects on shrub frog populations and habitats.

Research shows how ocean microorganisms optimize phosphorus uptake to thrive.

This study examines how coral reefs are linked through larval dispersal.

Stomata openings impact how plants respond to stress and pests.

Using wastewater analysis to monitor viral infections in communities.

Research highlights patterns of violence children face from early life onward.

Research reveals key factors affecting Hepatitis E infection rates in Bangladesh.

This study reveals how genetic factors influence health through a new analytical method.

Research sheds light on BMI's complex relationship with mortality risk.

Exploring gestational diabetes prevalence across different data sources.

A study reveals rising postpartum depression and insomnia in Argentina amid the pandemic.

Researchers analyze sewage to monitor COVID-19 spread and variants effectively.

Exploring the role of symmetry and modularity in animal locomotion.

A look into gene flow models and their effects on genetic diversity.

Recent research reveals diversity and potential significance of anelloviruses in human health.

This study reveals how competition influences mating traits in fruit flies.

Explore the vital role of the mineralocorticoid receptor in body functions.

Exploring the courtship songs and mating behaviors of fruit flies across populations.

Research reveals complexities of genetic adaptation and the role of environmental factors.

A study on how populations adapt genetically to their environments.

A look at how genetic variants in ion channels affect epilepsy diagnosis and treatment.

Research reveals how Bacillus subtilis adapts to nutrient changes through biofilm and sporulation.

Ectothermic organisms face challenges adapting to increasing global temperatures.

Nab2 is crucial for proper gene expression and splicing in brain development.

L-2HG influences cell processes and health through its metabolism.

A novel approach improves understanding of genetic traits and environmental influences.

Research explores the links between DNA methylation and personality traits through the COMT gene.

Study reveals genetic factors affecting HbA1c levels in those without diabetes.

ZNF143 plays a key role in regulating gene expression through unique mechanisms.

This study reviews new methods for analyzing ancient DNA effectively.

Growth rates in trees influence genetic changes and adaptation.

New research uncovers genetic diversity and potential agricultural benefits of D. radicosa.

New findings shed light on mayfly gene regulation during development stages.

Study reveals key factors affecting AAV entry in zebra finches for gene therapy.

Examining how blood cells differentiate and their roles in health and disease.

Research identifies important genes and their role in prostate cancer.

Examining how pH levels influence inflammation and immune cell behavior.

Exploring how macrophages adjust their energy production during activation.

T cells and their receptors are crucial for a balanced immune response.

Research reveals miR-802's role in fat tissue inflammation and insulin resistance.

Research reveals potential immune-targeting therapies for LAM, improving survival rates.

Research improves TCR structure prediction for better immune therapies.

Research reveals how brain cells respond to flavivirus infections and their protective roles.

T cell receptors are vital for immune response and disease research.

Research reveals T. gondii could worsen neurodegenerative disease impacts.

This study examines T. gondii infection in wildlife in Gabon and its implications.

New tools enhance research on Group A Streptococcus infections and their treatment.

Research reveals the vital role of microbes in oyster reefs.

Examining how poxviruses evade host defenses through PKR interaction.

Exploring RNA's dual function in genetics and catalysis.

A look into how microbes use CRISPR systems against viral threats.

Researchers explore microbial education to boost oyster immunity and combat diseases.

A look into the complex process of heart formation in embryos.

H2A.Z histone variant shapes transcription process across different species.

A new qTAG system simplifies gene tagging for researchers.

Study reveals unexpected role of rpfF gene in plant-pathogen interaction.

MECOM is crucial for blood cell formation and function.

Study highlights how Rtf1 regulates gene expression in Cryptococcus neoformans.

Study reveals how H3S10 phosphorylation affects gene activity and chromatin structure.

t-2-hex disrupts mitochondrial function, affecting health and cell survival.

Research reveals how previous visual stimuli influence current perceptions in the brain.

Study reveals how neurons coordinate escape responses in fruit fly larvae.

Explore how feelings influence decision-making under uncertainty.

Research uncovers links between brain structure and cognitive abilities.

This study examines how time-on-task influences brain activity and cognitive performance.

Examining mood and behavioral effects of mTBI on individuals.

Examining the roles of hippocampal regions in spatial awareness and decision-making.

New methods improve communication and privacy in neuroimaging research using federated learning.

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.

New fossil findings shed light on early segmented invertebrates' evolution.

Research reveals interactions between early humans and ancient carnivores through fossil evidence.

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.

This article examines how anxiety shapes choices around risk and loss.

MuTILs improves the analysis of tumor-infiltrating lymphocytes in breast cancer tissues.

Examining how iron deficiency and overload affect COVID-19 severity and immune response.

Research reveals PKR's impact on kidney health in HIVAN.

New study shows promise in using machine learning for better celiac disease assessment.

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

Study shows dietary antioxidants enhance health for liver and kidneys.

Study links BPA to liver disease and generational health effects.

Research reveals gut bacteria's role in arsenic metabolism from seafood.

Research shows SPI-62 may help combat health issues from glucocorticoid excess in mice.

Research suggests DHM may improve insulin resistance by boosting GLP-1 levels.

A look into how MEDI5884 may improve cholesterol management in heart disease.

Research reveals heart issues from doxorubicin may not be tied to inflammation.

Research reveals heat impacts honey bee drone survival and reproduction.

Study reveals varied impacts of ketogenic diets on ketone body disposal in mice.

Research shows brain neurons play a key role in blood sugar management.

Study reveals CBR1's role in regulating blood pressure in individuals with Down Syndrome.

Explore the unique features and wrinkles of elephant trunks.

A study investigates t10c12-CLA's impact on fat metabolism and health risks.

Research shows gut bacteria can help prevent muscle loss during inactivity.

Exploring how step length variability increases energy costs in walking, especially for older adults.

Study reveals anti-inflammatory properties of Euphorbia guyoniana extracts.

plantMASST simplifies the search for plant metabolites and expands our understanding of plant chemistry.

Research highlights genetic diversity in plant adaptation to local environments.

Exploring how pathogens adapt and overcome plant defenses.

This article details how plants cope with heat stress through proteins and gene regulation.

Exploring the genetic changes and adaptations in Brassicaceae species.

Research reveals the complex interactions between maize, metabolites, and herbivores.

Researchers relocated carbonic anhydrase in rice, improving their photosynthesis and growth.

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.

3D scanning technology helps identify insect species, supporting research and conservation.

COVID-19 reshaped research, boosting papers but raising concerns about citation fairness.

Research shows women face biases in evaluations and funding in academia.

Researchers apply CRISPRi to influence phage infection in bacteria.

Scientists develop genetic methods to manage pest populations effectively.

Researchers develop genetic tools to enhance nitrogen-fixing bacteria for sustainable agriculture.

Discover how directed evolution optimizes protein functions for real-world applications.

Research highlights the potential of retrons for DNA aptamer production in living cells.

Researchers are developing new methods to produce sustainable bioplastics from renewable sources.

New methods enhance antibody development for better treatments.

New methods improve DNA introduction in bacteria to address CO2 challenges.

Study reveals how tissues coordinate and respond to injury through calcium signaling.

Research uncovers genetic changes in dangerous S. aureus strain USA300.

Study reveals how cell adhesion shapes tissue development.

Study shows that shapes of cell connections influence heartbeat signaling.

A new atlas reveals protein interactions across various human tissues.

Research aims to enhance choices for cancer treatment using predictive biomarkers.

Research reveals how cells move and respond to their environment.

An overview of how cells grow and divide in a systematic process.

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.

Research reveals insights about nudibranchs discovered on a Japanese fishing vessel.

Research sheds light on how isolation affects zebra finches' singing and wellbeing.