Biology

Study examines acoustic signals and swim bladder characteristics of chub mackerel.

This study examines how temperature influences memory in fruit fly larvae.

Study highlights electroacupuncture's potential in managing bone cancer pain and related depression.

Female choice in marmoset breeding leads to higher pregnancy rates.

Study reveals male cockroach fighting behaviors and their impact on mating strategies.

Study reveals jumping spiders can recognize and remember individual mates.

Research reveals how bumblebees use different perspectives to find their nests.

Learn how prey use different strategies to survive against predators.

This study reveals how mutations in proteins impact health and disease.

Plants utilize receptor kinases to manage growth and defend against infections.

Exploring the role of TCIs in treating cancer through kinase interaction.

Kinases regulate many cell functions, influencing health and disease.

Study shows H1 protein levels may predict cancer treatment responses.

Rhobo6 offers a fresh approach to visualize the extracellular matrix in living tissues.

Researchers develop promising tests to find new antimicrobial drugs targeting bacteria.

This article explores RNA caps and their effects on immune detection.

This study examines how vibration affects sensation in the arms during recovery.

RoboCath aims to improve safety and accuracy in lung cancer biopsies.

Study reveals how foot speed impacts sprinting using advanced wearable devices.

Tiny devices mimicking human organs improve drug testing and disease research.

Scientists create new proteins to improve vaccine responses using deep learning.

New strategies boost sensitivity and performance of rapid diagnostic tests.

SDDWP-sSMLM offers improved precision for studying cellular structures.

Research reveals key factors in heart failure treatment effectiveness.

Using machine learning to classify drugs effectively for better treatment outcomes.

Diviner helps identify missing exons in DNA sequences across various species.

New workflows make metagenomics accessible for scientists with limited technical skills.

Cactus simplifies the analysis of mRNA-Seq and ATAC-Seq data for researchers.

Researchers use genetic insights to improve drug development for complex diseases.

Introducing mzQC for improved reliability in mass spectrometry data analysis.

Bin-Bencher offers new ways to evaluate and improve microbial binning methods.

Vaccines may offer new hope in the battle against onchocerciasis.

This article looks at how fruit fly larvae crawl and the forces involved.

Research reveals MmpL3's role in mycobacterial survival and drug targeting.

A new tool streamlines the study of polymers linked to diseases.

Exploring how lipid composition affects cellular membrane stability and pore formation.

Research on IGF1R inhibitors offers hope for cancer therapies.

Discover the role of mitochondria in energy production and cellular health.

POLCAM simplifies measuring molecular orientation, enhancing accessibility and data quality.

Exploring the phosphate release process in actin filaments reveals its essential cellular roles.

Research reveals how FASN inhibitors can impact cancer cell growth and metabolism.

This study uncovers the link between Trametinib and heart issues in melanoma patients.

Research highlights KSR2's role in SCLC and potential new therapies.

Research reveals RGS10's impact on breast cancer spread and patient outcomes.

A study highlights COP1's influence on liver cell function and disease.

Research shows olive compounds may inhibit colon cancer through tankyrase-1.

3D scanning technology improves tumor measurement accuracy in cancer research.

Examining the relationship between tumors, their environments, and cancer cell invasion.

Discover how CCL5 and heparan sulfate work together to drive immune responses.

Research shows diet impacts fat levels through vitamin B12 in roundworms.

The Cell Painting assay reveals cellular responses to compounds, enhancing drug discovery efforts.

Research reveals vital processes in hair cell function related to hearing loss.

Research reveals WSB2's role in cancer cell apoptosis and potential therapeutic targets.

Research reveals how cells handle misfolded proteins during division, highlighting the role of chaperones.

New findings reveal how proteins influence flagellar movement across different organisms.

Study uncovers significant differences in sodium channel activation and inactivation measurements.

New techniques reveal insights into human male germ cell development and its implications for fertility.

Research reveals how cell cycle genes are regulated across different organisms.

Research into dopamine progenitors offers hope for improving Parkinson’s disease therapies.

A new pipeline improves how we study cell differentiation and organization.

Research uses advanced imaging to improve embryo selection in assisted reproduction.

New insights reveal Rohon-Beard neurons persist longer than previously believed.

This study reveals how miR-2b-1 affects movement development in fruit fly embryos.

Study reveals how growth conditions influence gastruloid development and cell type outcomes.

Research reveals insights into climate impact predictions on ecosystems and species distribution.

Study reveals growing resistance in malaria-carrying mosquitoes in urban environments.

New methods aim to monitor the Saimaa ringed seal population through sound analysis.

This study examines octopus fisheries and management strategies in Madagascar.

Researchers use machine learning to analyze soundscapes in coral reef ecosystems.

This study reveals how frequent drought harms grassland health and diversity.

This study reveals how temperature impacts fish growth and survival, especially in changing climates.

Examining the intricate relationship between parasitoid wasps and their insect hosts.

Exploring how childhood height affects adult health risks.

Scenario modeling is crucial for effective public health responses during epidemics.

Study reveals heightened COVID-19 risks for individuals living with HIV.

Research aims to enhance seasonal malaria chemoprevention for better child health.

New research shows snoring may reduce dementia risk, particularly in older adults.

An analysis of mass testing and contact tracing to control respiratory virus outbreaks.

This study highlights the prevalence of depression in young students.

New methods improve how we analyze pathogen genome variations in disease transmission.

Exploring the intricate structures of RNAP-β and RNAP-β’ and their evolutionary significance.

Research reveals Pax7's vital role in lamprey muscle development and gene evolution.

Researchers develop TTNE to better estimate past population sizes using ancient DNA.

Researchers study how host genetic diversity and environment affect virus behavior.

Examining how interactions influence survival and reproduction in various species.

This research examines the impact of domestication on genetic diversity in various species.

Study reveals genetic complexity behind CAM adaptations in Tillandsia plants.

This study examines protein mutations in response to evolving viral threats.

Research reveals how genetic variants affect traits and diseases.

A new pipeline enhances quality control in genetic data from related individuals.

Research reveals how TRP channels affect nutrient balance in fruit flies.

This study examines how specific mutations in STAT5B affect milk production.

Research reveals key proteins involved in repeat expansions related to GDPAG.

New methods improve accuracy in predicting traits using genetic data.

New plasmid design enhances gene editing efficiency and simplicity.

Research shows sex plays a key role in the effects of mistranslation in fruit flies.

Research reveals diverse pathogens in blood from Indonesian islands.

Study reveals how sodium azide induces mutations in barley, affecting yields and traits.

ASAP offers a fresh approach to studying mixed ancestry in ancient populations.

TIP60 plays a key role in regulating mRNA production and stability.

New model predicts DNA's role in chromatin interactions in maize.

This study examines how splicing affects gene function across different populations.

A look at how gene duplication shapes canine genomes and evolution.

Research reveals diverse traits of unique bacteria beneficial for plant growth.

A novel mouse model illuminates how antibody-secreting cells develop after depletion.

Examining how HLAs and TCRs shape the immune response.

This article investigates how immune responses affect COVID-19 severity.

Study reveals how bone marrow plasma cells relate to allergies and antibody production.

Analysis of mathematical models reveals insights on virus infections and immune responses.

A nasal vaccine may better prevent COVID-19 spread than traditional injections.

NK cells show promise in treating high-risk leukemia and neuroblastoma patients.

Examining how pH levels influence inflammation and immune cell behavior.

Exploring how microbes assist in plant health and farming practices.

Lactobacillus bacteria influence immune responses and promote gut health.

Plants interact with various bacteria that can either support or hinder growth.

Research reveals insights into the fungus affecting global rice production.

This study reveals how strains of skin bacteria interact and compete.

Recent research reveals complex features of the T. brucei genome and its implications.

Research reveals techniques to enhance measurements in widefield fluorescence microscopy.

Exploring how glycosaminoglycans impact infections caused by Enterococcus faecalis.

Examining how MET mutations impact cancer growth and treatment strategies.

Researchers are developing drugs that target cancer cells while minimizing side effects.

New insights into how super-enhancers cluster and influence gene activity.

Researchers develop a non-invasive technique to identify spider species through silk analysis.

Research highlights advancements in understanding treatment resistance in prostate cancer.

New insights into biological aging via blood cell analysis.

Research shows catalase boosts fly lifespan through autophagy and redox signaling.

Explore how bacteria protect themselves from phages through the BREX system.

Study reveals gene expression shifts in muscles linked to prion diseases.

This article examines how the brain's structure evolves from childhood to old age.

Study reveals links between movement parameters and brain control.

New methods improve blood flow measurement in the brain without invasiveness.

Study shows dietary schedule impacts sleep patterns in Huntington's disease models.

Research improves diagnosis and understanding of Progressive Supranuclear Palsy.

This research highlights how predictability aids in detecting unexpected sounds.

Research on stem cells offers hope for treating Parkinson's disease and repairing brain damage.

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.

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

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.

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

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

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.

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.

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

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

This study highlights foam rolling's potential to aid recovery after intense exercise.

Researchers investigate how Aβ affects stress resistance in tiny roundworms.

Recent studies reveal the intricate connections between nerve health and bone growth.

Mosquito resistance to insecticides threatens disease control efforts.

Research reveals heat impacts honey bee drone survival and reproduction.

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

Exploring how G-fibers help common beans maintain shape and support growth.

Research highlights the potential of wild tomatoes in fighting plant diseases.

This study reveals how seed microbes affect barley growth and malt quality.

Research highlights how cytokinins can enhance plant defense against diseases like rice blast.

Research focuses on developing wheat resistant to the serious stripe rust disease.

New fiber-optic technology offers continuous monitoring of tree growth and environmental responses.

Citrus canker affects trees, reducing fruit quality and yield.

Study reveals low methylation in mitochondrial DNA of Arabidopsis thaliana.

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.

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

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

New methods in genetic code expansion enable powerful protein design.

Researchers are modifying gut bacteria using engineered lysins for improved health.

Discover how carboxysomes aid bacteria in capturing carbon dioxide.

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.

A new method streamlines parameter estimation using neural networks for diverse populations.

Research aims to improve treatment for aggressive brain cancer GBM.

New methods improve analysis of complex biological data sets.

Research shows vitamin intake influences tumor and immune cell interactions.

Explores the role of monoclonal antibodies in cancer therapy.

An overview of how sleep is regulated in animals, focusing on genes and processes.

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

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

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.

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