Biology

Study reveals how sleep deprivation affects attention in rats during tests.

Light touch helps maintain balance without hindering reaction times.

Study reveals links between plant chemicals and animal social behavior.

Researchers aim to improve methods to measure stress and discomfort in mice.

New camera technology helps study reptiles and amphibians more effectively.

Research reveals how gradual extinction impacts fear responses in rats.

Examining heart rate changes in rats during gambling tasks sheds light on risky decision-making.

Study reveals how stress hormones impact fish behavior and learning.

Guanidine-IV riboswitches regulate gene expression by changing shape in response to guanidine.

Researchers developed a new assay to explore EHD4 protein activity.

A look into DNA licensing and its significance in cell division and disease.

Examining the N-protein's behavior and relevance in COVID-19 virus activity.

A look into how bacteria manage protein degradation for survival.

A new method improves protein structure analysis through HDX-MS.

Study reveals crucial roles of ROR proteins in cell signaling and genetic disorders.

Research reveals potential of minibinders to enhance vaccine effectiveness through TLR3 activation.

Innovative MMDs merge microwave tech and microfluidics for precise liquid analysis.

New techniques enhance genetic engineering of E. limosum for health and environmental applications.

A computer program models cancer growth and spread for better understanding.

This article explores the properties and potential of switchback DNA in nanotechnology.

Research models reveal how oxygen flows to brain regions.

Research reveals molybdate's potential in managing harmful gas for healthier shrimp farming.

New scaffold designs enhance oxygen supply for bioartificial organs.

Researchers use plant extracts to create valuable nanoparticles for various applications.

ARTEMIS improves RNA structure comparison and analysis, revealing insights into non-coding RNAs.

DeepMRG offers improved predictions for bacterial metal resistance genes.

A study assessing Gene Set Enrichment Analysis across various cancer types.

Scientists uncover cell arrangement patterns in tissues using advanced analysis methods.

New methods improve understanding of protein structures and classifications.

A study revealing key differences in scRNA-seq data analysis tools.

Hybracter automates bacterial genome assembly with improved accuracy for plasmids.

AAontology refines amino acid scales for better protein research applications.

Explore the roles of CpG islands and non-methylated islands in gene regulation.

Research reveals the complex interplay of coaxial stacking, nicks, and gaps in RNA.

Study examines the impact of magnetic fields on yeast growth over extended periods.

Bacterial integrons facilitate gene sharing, impacting antibiotic resistance.

Explore the role of synaptic vesicles in neurotransmitter release and recycling.

Hv1 helps maintain pH balance and supports vital cellular processes.

Research reveals the vital roles of small proteins in biology and health.

New techniques improve our understanding of cellular forces and interactions.

Research reveals mechanisms behind aggressive prostate cancer forms and treatment resistance.

New insights into prostate cancer treatment and resistance mechanisms revealed.

Research reveals potential in combining KRAS inhibitors with immune therapy for lung cancer.

Research on PHGDH offers potential strategies for improving melanoma therapies.

This research uncovers Msi2's vital role in lung cancer development and progression.

Exploring the genetic factors and implications of VHL disease in kidney cancer.

Research reveals how tumors adapt through gene expression changes.

Study reveals how prostate cancer cells adapt to proteasome inhibitors.

Research reveals complex protein movement within the Golgi, challenging old models.

Research highlights DUSP22's role in muscle wasting and potential therapeutic targets.

Advancements in labeling tubulins reveal new details about cellular functions and diseases.

Research highlights GDF-15's role in distinguishing and treating PTOA.

Examining how mechanical stress influences cellular behavior and aging.

Researchers investigate the limitations of RSeT medium in stem cell development.

TTC5 is crucial for balancing tubulin levels in cells.

A study revealing diverse cell types affecting male fertility.

Research explores IAPP's role in improving beta cell function for diabetes.

Research reveals liver's influence on beta cell regeneration and diabetes.

Investigating how CDX factors influence spinal cord development in mammals.

New research sheds light on the complex mechanisms of wound healing in the body.

Key genes influence the formation and identity of early tissues in embryos.

Ribbon synapses are crucial for communication between sensory cells and the brain.

Exploring how growth controls work in fruit flies.

Research uncovers genetic factors influencing ear shapes and abnormalities.

Learn how Cassiopea jellyfish interact with their environment and thrive.

Recent research reveals higher microbial populations in soil than previously thought.

Uncovering the impact of soil and microorganisms on plant growth and pest interactions.

Research on Daphnia offers insights into aging and lifespan extension.

Exploring management strategies to protect coral reefs from crown-of-thorns starfish.

Study explores how roads and power lines affect bird species in tropical forests.

A study on low oxygen levels and their impact on marine life.

Study reveals how environmental and dispersal factors shape zooplankton community structures.

Study reveals how atrial fibrillation and heart failure affect each other.

This study examines how metabolite levels after meals relate to obesity and health risks.

Study reveals weather's impact on dengue and mosquito populations.

Examining excess deaths reveals disparities linked to economic vulnerability.

A study examines the health needs of UK Armed Forces members and veterans.

Exploring the links between cultural activities and health outcomes.

Vaccine hesitancy increases polio risk, highlighting the need for better surveillance.

Studying the gut virome may reveal insights into health and lifestyle impacts.

A study revealing how biological clocks impact sea anemone behavior and gene activity.

Examining how hybrid zones shape species characteristics and evolution.

This study examines how wing shape and size affect hoverfly flight abilities.

Methodology to enhance microbial traits in biotechnology through controlled evolution.

Discover how enzymes evolve and perform similar tasks across different species.

Bacteria influence mosquito survival against insecticides, affecting disease control efforts.

piRNAs help control transposable elements, impacting reproduction in eukaryotic organisms.

A study reveals rising mosquito resistance to insecticides impacting dengue control efforts.

Research reveals how gene variations influence male and female reproductive success.

A novel approach improves gene importance assessment in health and disease research.

Discover how chromosomes and their structures impact gene activity and development.

TADs shape gene interactions, influencing genetic regulation and activity in organisms.

A framework for effective analysis and sharing of genetic summary statistics.

Discover how plant breeding is evolving with genomic data and advanced selection methods.

HSR-9 is essential for DNA repair and chromosome behavior in C. elegans.

Examining how BLM gene regions affect DNA repair and health.

Explore the methods and significance of gene expression analysis in health and disease.

A fresh approach to studying gene co-expression reveals complex relationships.

Nova-ST enhances spatial transcriptomics for better RNA analysis in tissues.

An overview of the seminal vesicle's function and its impact on fertility.

Cortexa simplifies study of gene expression and splicing in mouse brains.

A new method improves understanding of gene regulation by correcting for copy number variation.

A new fungal species expands the Ceraceosorus genus in the Americas.

This research reveals genetic differences between harmful Fusarium strains affecting lettuce.

Examining immune response and exhaustion in HIV-1 infection.

Fruit flies employ RNA interference to combat viral infections effectively.

Examining the impact and behavior of cytomegaloviruses on human health.

Zebrafish studies reveal key aspects of immune response in heart healing.

Research on proteins shows promise for new malaria vaccines.

Research reveals key factors influencing antibody effectiveness against viruses.

New insights into how ISG15 and USP18 manage immune responses to viral infections.

Study reveals how insects combat viral infections using RNase H and vcDNA.

Research reveals how ASFV disrupts autophagy, impacting pig health and vaccine development.

Research reveals the crucial role of the Xer system in bacterial DNA management.

Study reveals complex links between tree health and microbial communities.

Research unveils intricate microbial communities affecting wheat health and growth.

Researchers explore probiotic treatments to manage recurrent bacterial vaginosis in women.

Dengue virus cases surge, highlighting resistance to treatments and need for vigilance.

Exploring the impact of acetic acid bacteria on sourdough flavor and texture.

Talaromycosis poses a serious risk to those with weakened immune systems.

Research highlights pyruvate kinases' impact on muscle cell growth and differentiation.

Investigating how telomeres impact genetic stability and replication issues.

A look into gross chromosomal rearrangements and their implications for genetic diseases.

Exploring the role and evolution of histones in complex cells and giant viruses.

A look into how trypanosomes regulate protein synthesis.

A study reveals extensive fly diversity in Churchill, Manitoba through DNA barcoding.

A look into gene expression control in Chagas disease-causing parasite.

PtWAVE offers better detection of genetic changes in genome editing.

New probe technology enhances understanding of neuronal activity in the brain.

How our perception can differ from mathematical truths in understanding shapes.

Study reveals brain's sound categorization methods during focused listening.

A detailed study on brain cell types and their links to disorders.

Research reveals how social interactions shape fruit flies' behavior and development.

CircRNAs are vital for gene regulation and synapse development in the brain.

Introducing a model to visualize and interpret brain dynamics effectively.

Research shows zebrafish motor neurons adjust connections based on experience.

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.

Research reveals connections between multiple psychiatric disorders and their treatment.

Raman spectroscopy shows promise for diagnosing osteoarthritis before major symptoms arise.

Digital pathology enhances efficiency and collaboration in tissue sample examination.

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.

This article assesses the strengths and weaknesses of pharmacometric models in drug trials.

Research compares NLME model approaches for drug effect estimation.

Study shows potential of P. africana in liver treatment and safety.

Uncovering the health risks linked to everyday plastic use.

Research uncovers the spleen's potential in drug metabolism and cancer immunotherapy.

Research reveals a peptide that enhances GLP-1 receptor signaling without internalization.

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

Riluzole shows potential in improving male fertility after cancer treatments.

Study shows energy use remains stable during short-term overfeeding in mice.

New radar methods measure energy use in animals without contact.

A study revealing insights into muscle architecture through advanced imaging techniques.

This study evaluates the effectiveness of bone-conducted speech in noisy environments.

Explore how we learn to categorize sounds and the research methods used.

Research suggests linaclotide enhances bicarbonate secretion in cystic fibrosis.

Study reveals how environmental factors affect mosquito survival and reproduction.

A look into how TRPV4 influences sweating in humans and mice.

Scientists enhance crops with CRISPR/Cas for better food production.

This study details a new gene editing method for the fern C. richardii.

Research reveals key genes for soybean nodulation with rhizobia.

A look into how an alga thrives in extreme conditions using carbon concentration.

Hydroponics improves food growth in cities, addressing urban farming challenges.

Study reveals insights on WAK proteins and plant immunity.

Research on DJ123 offers insights for breeding efficient rice varieties in phosphorus-poor soils.

A device to improve measurements of plant responses to light.

An analysis of how scientific ideas spread and their impact on research stability.

The ISTP initiative empowers educators to foster inclusive classrooms in STEM fields.

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.

A look at how genetic changes can aid conservation and control ecosystems.

Machine learning boosts toxin classification, aiding drug safety and biological research.

A novel model improves protein analysis for better drug development.

Research into synthetic sRNAs reveals their potential for regulating gene expression in bacteria.

A new approach improves detection of harmful substances using cell-free biosensors.

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.

Study reveals how nucleosome remodelers influence gene expression in stem cells.

A look into how consciousness is studied using Integrated Information Theory.

Gut microbiota significantly influences digestion, immunity, and overall health.

Islatravir shows potential as a long-acting HIV prevention method.

This study reveals how LP adjusts its growth and EPS production under acid stress.

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.

This article examines how hummingbirds adjust their wing shapes while flying.

Learn about the unique care leeches provide their young.

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.