Biology

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.

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.

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

Research highlights the role of enzymes in producing N-nitroso compounds.

Research on sponges reveals insights into how multicellularity first developed.

Discover how PPR proteins bind to RNA and their importance in cell functions.

ECSA offers a simple way to identify weak protein interactions effectively.

SETDB1's role in histone modification impacts gene control and disease prevention.

Examining the role of γ-secretase in Alzheimer's disease and its complex interactions.

Exonuclease III is vital for repairing damaged DNA, especially in single-stranded forms.

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.

Early motor skills are critical for infant growth and learning.

Automation tools improve efficiency in organoid research and labeling processes.

OpenIris offers a flexible platform for efficient eye tracking research.

Research shows how peptide modifications impact degradation and cell behavior in hydrogels.

Research examines risks of non-invasive stimulation in patients with brain implants.

Study challenges traditional views on tumor mutational burden and survival outcomes.

Scientists analyze bacteria's genetic codes for insights into their functions.

This article discusses tools and methods for analyzing genomic data in cancer studies.

OneNet advances the study of gut microbiota interactions through innovative network analysis.

New methods enhance cell analysis to improve disease treatment outcomes.

A look into how phosphorylation affects protein shape and function.

New packages improve speed and accuracy in DNA sequence analysis using CGR.

New model enhances predictions for gene regulation research.

Examining how AlphaFold predicts protein structures and its challenges.

A new optical tweezer system enables the trapping of multiple particles simultaneously.

Researchers improve cancer therapies by refining antibody targeting methods.

Exploring new methods to predict virus interactions and enhance treatment approaches.

How pH changes influence protein structure and function.

Research shows how crowded environments influence disordered proteins in cells.

Innovative dyes target organelles to measure membrane fluidity and its impacts on cellular health.

New methods improve understanding of drug binding and effectiveness.

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.

Study reveals how ECM from cancer cells affects fibroblast transformation.

Researchers use zebrafish to improve understanding and treatment of aggressive brain tumors.

Researchers investigate methods to prevent cancer cells from resisting targeted therapies.

fastBE offers new insights into tumor evolution and genetic diversity.

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

Research sheds light on Leishmania cell cycle using advanced imaging techniques.

Research combines MSTN and FGF5 mutations for improved livestock traits.

Study reveals how tubulin changes affect neuron growth and stability.

This study reveals TPR's key role in cell aging and immune signaling.

Study reveals how DSN1 variation aids reproductive cell division and embryo health.

Research on ML2-SA1 shows promise in targeting Zika virus infections.

YAP and TAZ proteins are crucial for cell movement and tissue development.

Investigating how complex cellular structures evolved in eukaryotic organisms.

Exploring how mechanical signals shape the development of living organisms.

Explore the fascinating gill regeneration in the Pond Olive mayfly, Cloeon dipterum.

Research combines RNA and metabolite analysis to study fruit fly embryos.

Exploring the growth of cotton fibers through water and solute dynamics.

Exploring how immune cells influence growth under high sugar intake.

Study reveals key signaling pathways for notochord progenitor formation in embryos.

This study examines how gray short-tailed opossums develop lung blood vessels post-birth.

BRAF mutations impact Schwann cells and peripheral nerves, leading to serious health issues.

Analyzing virus transmission routes to enhance outbreak responses.

This article examines how timing influences plant interactions and ecosystem diversity.

This study links nematode diversity to parasite interactions in different environments.

New dataset tracks coral bleaching risks from 1985 to 2100.

Climate change raises disease risks for animals due to higher temperatures.

New synthetic peptides could improve diagnosis of dengue and rickettsiosis.

Exploring the transmission and impact of Japanese Encephalitis among various animals.

This study explores how mammals and birds adapt to vertical spaces.

Study examines CYD-TDV vaccine effectiveness in Paraná's dengue outbreak.

Examining mpox spread and sexual behavior changes among GBM in major Canadian cities.

Study reveals low vitamin D levels increase risk of hypothyroidism.

Examining how childhood body weight influences mammographic density and breast cancer risk.

Research reveals strong links between ETS exposure and serious health issues.

Study reveals age distribution changes in osteosarcoma cases over time.

This article examines the health and well-being of seniors in rural settings.

This study explores how genetics influence malaria severity and immune responses.

Understanding how genes move and mix in populations over time.

New methods enhance understanding of how diseases spread.

Exploring how polyploidy impacts adaptation and diversity in species.

Explore how Arctic charr adapt their feeding strategies in response to environmental factors.

Research reveals how yeast adapts through early and later changes in traits.

Examining the sim gene reveals insights into insect development and regulatory evolution.

Research sheds light on how Nipah virus enters cells and evades antibodies.

Insights into how genetic variations support species adaptation.

Poseidon framework enhances ancient DNA data management and analysis.

Scientists modify fruit fly eye colors for easier genetic studies.

Study reveals links between genetic variations and children's cognitive abilities.

GWASBrewer helps simulate realistic data for genome-wide association studies.

Analyzing genetic relatedness aids malaria transmission tracking and treatment strategies.

Insecticide resistance threatens malaria control efforts across Africa.

A closer look at Ancestral Recombination Graphs and their role in genetics.

Research reveals how Ctr9t regulates sperm development in Drosophila.

Exploring how gene flow impacts genetic diversity and adaptation in species.

Research highlights the urgent need to conserve rare Kokia plants in Hawaii.

GALEON aids researchers in understanding gene family clusters and their evolution.

Research reveals how enhancer codes shape cell identities across species.

Researchers analyze Alu elements' movements and genetic variations.

Study reveals insights into gene behavior and cancer development using single-cell RNA sequencing.

Study examines models that predict chronic disease risks from personal, genetic, and clinical data.

Study reveals Salmonella's presence in cattle lymph nodes linked to food safety.

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.

New study reveals prevalence of leptospirosis in pets across Tennessee.

Research reveals immune priming effects in insects like Drosophila.

Study reveals how plasma protein changes impact vaccine effectiveness.

Examining CTLA-4's role in immune control and its medical applications.

Study shows how biological sex impacts TB vaccine response in mice.

Research reveals how liver proteins affect gut health during inflammation.

Queuosine impacts protein synthesis in bacteria and parasites, revealing adaptation strategies.

Bunyaviruses pose health risks; research on NSm protein is crucial for control.

Research reveals complex interactions among bacteria affecting potato diseases.

A look into how bacteria defend against antibiotics, focusing on N315-D8 strain.

A study reveals setbacks in creating effective leptospirosis vaccines using the MCP protein.

Study reveals microbial dynamics affecting N2O emissions in wastewater treatment.

Antimicrobial resistance threatens global health with rising infection-related deaths.

A new hydroponic method boosts the study of a harmful fungus in agriculture.

PtWAVE offers better detection of genetic changes in genome editing.

Study reveals significant metabolic shifts in COVID-19 and post-COVID-19 patients.

New methods allow faster and cheaper antibody production using bacteria.

Examining how chromatin remodelers influence meiotic processes and genetic diversity.

Examining the impact of zoonotic coronaviruses on human health and future research needs.

PhoQ protein helps bacteria adapt to environmental changes through signaling.

Examining the influence of pheromones on queen acceptance in honey bee colonies.

LUC7 proteins significantly impact gene splicing and energy usage in cells.

Research reveals insights on gamma oscillations and interneuron connectivity in the dentate gyrus.

K2060 may improve treatments for brain disorders related to NMDARs.

Research reveals insights on how environmental factors influence the dauer stage in tiny worms.

Research reveals how neurotensin neurons manage body temperature and respond to environmental changes.

New methods improve brain models for studying development and diseases.

Discover how rewards shape motor learning and adaptation in various tasks.

Discover how Sema7A guides nerve growth and synapse formation in zebrafish.

Study reveals key connections between brain areas linked to reasoning abilities.

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.

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.

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 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.

Diatoms depend on Lhcx proteins for light protection and carbon fixation.

A look into how maize leaves and veins grow and function.

Explore how circadian clocks influence plant growth and agricultural practices.

Research reveals how cis-NATs influence LRR-RLK genes in plants.

VRN2 is essential for plant growth, influencing gene expression in response 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 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.

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

The MAIA reactor enables accessible scientific exploration and community engagement.

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.

Noise pollution can lead to serious cardiovascular issues.

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

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.

Exploring how muscle function shapes the movement capabilities of animals.