Biology

Researchers use machine learning to find scents that could shield honey bees from harm.

Discover the role of nuptial gifts in animal mating strategies.

Study reveals how social parasites manipulate ant colonies and their defenses.

Research reveals how neuroinflammation influences decision-making in compulsive disorders.

Learn how animals make choices using sensory information and past experiences.

Plants and moths communicate in surprising ways through sound and behavior.

A look into how relationships shape behavior in social networks.

Discover how fruit fly larvae cleverly find their food.

Scientists create tailored enzymes using AI to boost biochemistry research.

Sugar modifications influence cell functions and disease resistance.

Discover the vital roles of GAPDH in energy production and cellular processes.

PTP1B and Grb2 interactions enhance cellular signaling processes.

Research reveals how ultrasound affects fibril structures in neurodegenerative diseases.

A look at how acetylation affects protein functions in organisms.

A new method improves peptide identification in MALDI imaging.

Discover how splicing modulation can improve treatments for genetic disorders.

Walking on bumpy trails requires more energy than strolling on flat surfaces.

Learn how scientists are improving organ preservation techniques for medical use.

Evolvoid uses genetic algorithms to model cellular shapes inspired by living tissues.

Researchers improve heart failure risk predictions using advanced modeling techniques.

Netflux simplifies biological modeling for researchers and students alike.

Studying glottal area segmentation for better medical imaging analysis.

Research reveals new AAV variants for targeted gene therapy in human brain tissue.

Explore the remarkable transformations of the uterus throughout the nine months of pregnancy.

Understanding the differences between correlation and dependence is crucial in scientific studies.

A look at how SARS-CoV-2 continues to change and adapt.

Learn how to effectively analyze DNA sequences using k-mers and Shannon entropy.

Research reveals how cell types in tumors affect patient survival rates.

A new model enhances protein analysis by capturing structural information effectively.

Researchers use biclustering to explore gene-trait relationships in health and disease.

Discover the functions and significance of lncRNAs across various organisms.

A look into the complexities of treating Chagas disease and emerging drug resistance.

Learn how deep learning is changing our understanding of protein behavior.

Learn how solute carriers transport vital molecules across cell membranes.

Notch signaling plays a key role in how cells communicate and develop.

Examining how cells work together through mechanical features.

Ionizable residues influence protein function and drug discovery through their charge properties.

Scientists develop AsymPolPOK to improve NMR studies of proteins in living cells.

Discover how chromatin organizes DNA while balancing charges and reactions.

A look at how computer simulations help scientists study protein folding.

Exploring the role of tumor budding in predicting colorectal cancer outcomes.

Examining the challenges and survival factors for TNBC patients.

Cells transport materials to grow and invade tissues using endosomes and proteins.

Research reveals how cell interactions impact colorectal cancer outcomes.

Research focuses on TEAD inhibitors for better mesothelioma therapy options.

Research reveals how pancreatic cancer cells adapt to treatment via ribosome sharing.

New research highlights GlaS as a potential tool against breast cancer stem cells.

Researchers aim to improve treatments for stubborn triple-negative breast cancer using gene-targeting techniques.

CELTIC improves accuracy in labeling rare cell types and organelles.

Research highlights the potential of mesenchymal stem cells in osteoarthritis therapy.

Learn how tiny worms thrive through fatty acids and genetic changes.

Explore the role of COPII proteins in cellular transport and regulation.

Learn how cells maintain stability during division and the role of key proteins.

A look at how cells move to heal wounds.

COVID-19 disrupts cholesterol control, affecting health even after recovery.

Learn how the APC ensures proper cell division by tagging proteins.

TiFM2.0 revolutionizes how scientists measure force in living tissues.

A deep dive into pelvic floor health and anatomy for women.

A look into stem cells, their division process, and influencing factors.

The Rete Ovarii plays essential roles in female reproductive health and ovarian function.

Researchers create tags to direct proteins to specific cell locations.

This article explores how stem cells contribute to healing and regeneration.

Discover how facial features develop and what influences their differences.

A look at how specific cells build the retina in zebrafish embryos.

Study reveals impacts of fires and logging on soil communities in jack pine forests.

Forests face serious challenges from climate change and increasing mortality rates.

A look into the pros and cons of trophy hunting.

The axolotl, a unique salamander, faces extinction. Here’s how we can help.

Explore the importance of ecological synchrony in our changing world.

Mosquitoes are a major health risk, spreading dangerous diseases worldwide.

The fight between invasive water peanut and native Angelica dahurica intensifies.

Learn how to track and control disease outbreaks effectively.

This study highlights machine learning's role in forecasting healthcare needs during winter months.

Floods can increase the spread of respiratory diseases through changes in human interactions.

Higher IgE levels may lower glioma risk and improve patient survival.

Research highlights protein roles and medication risks in Alzheimer's disease.

Cholera cases surge in Africa, stressing the need for improved health measures.

DiD IT analyzes health data to assess impacts of local health incidents.

Research reveals dangers of arsenic exposure on lung function and health.

Dengue, chikungunya, and Zika viruses pose serious health risks in Dire Dawa, Ethiopia.

Discover how proteins evolve and why they're essential for life.

Fruit flies reveal key insights into genetics, evolution, and adaptation.

How do insects determine if their offspring are male or female?

Exploring ribosomes in archaea reveals unique adaptations for survival in extreme conditions.

Rising temperatures affect mating behaviors and reproductive success in fruit flies.

Examining how parasite harm impacts disease spread and host survival.

This article examines how gene regulation evolves and its impact on organisms.

Exploring how mitochondria and nuclear genomes interact in eukaryotes.

R-loops impact DNA functions, showing both beneficial and harmful effects.

Study reveals how ancient genetics shape modern jaw traits.

New methods improve the identification of quantitative traits in genetics.

Exploring how domestication shapes animal genetics and health.

New methods enhance precision in genetic editing.

Exploring how ancient lifestyles influenced disease spread among early communities.

A fresh approach to studying genes and their role in diseases using ctPred and scPrediXcan.

Exploring how rare occurrences in genetics reveal vital insights about living organisms.

Conservation efforts aim to save the endangered orange-bellied parrot from extinction.

Research reveals the secrets of dolphins in the Mississippi Sound.

A look into the genome of vinegaroons and their evolutionary history.

Researchers link genetic variations to polar lipid concentrations in milk.

A new method reveals how genes influence traits and interact with one another.

Enhancers influence gene activity, shaping evolution and impacting health.

Discover how the TTN RNA factory impacts heart muscle production and health.

Research reveals how SMA-3 and SMA-9 affect gene expression in C. elegans.

T cells rely on cytokines for effective immune responses against cancer and infections.

Trained immunity enhances immune response and holds promise for cancer therapy.

Exploring the effectiveness of the RAS vaccine against malaria.

An overview of recent COVID-19 variants and vaccine developments.

Learn how PGE2 influences inflammation and immune responses in our bodies.

Research on IL-1β offers insights into fighting COVID-19 and improving treatments.

Research reveals potential for identifying triggers through shared T Cell receptors.

Researchers develop innovative vaccine to combat avian influenza in birds and mammals.

Discover the unique relationship between microalgae and their microbial companions.

Explore the vital role of microbes in maintaining Lake Mendota's health.

New tests aim to improve tracking of malaria drug resistance.

CHIKV causes fever and joint pain, evolving to resist treatments.

Explore the fascinating world of cell wall structures in prokaryotes.

Research reveals crucial details about T. gondii's invasion of host cells.

PARAFAC offers insights into how microbiomes change and impact health.

StrainPGC improves understanding of microbial strains and their health impacts.

Piezo proteins are crucial for sensing touch and regulating blood pressure.

Discover the role of genes in the development of nematodes.

XEC variant emerges with new mutations, affecting our immune response.

A closer look at nematodes reveals insights into their role and challenges in research.

Investigating how microexons influence protein function and development in zebrafish.

Researchers examine how proteins determine the fate of miRNAs in extracellular vesicles.

autoFISH provides an affordable way to study RNA in cells.

Learn how ALT helps cancer cells evade aging.

Research reveals how the cerebellum helps zebrafish maintain balance and stability.

Research reveals complex links between brain structure and function.

A look at the hippocampus's role in memory storage and retrieval.

Learn how tractometry helps study brain connections and aging effects.

Exploring how RNA shapes cell functions and impacts diseases.

Examining how genetic factors influence neuron health in Parkinson’s disease.

Understanding the complexity of decision-making in the brain.

A look at methods for accurately estimating brain activity onsets in research.

Exploring the recovery of ecosystems after a major extinction event.

Learn how fossils reveal the story of life through time.

An exploration of the gray brocket deer's diet and changes in its habitat.

Examining how sauropod dinosaurs adapted their limbs over time.

Explore the lives of Neanderthals across ancient Tuscany.

New research challenges old views on ancient turtle habitats.

Discover the rich variety of freshwater fishes in the Neotropics and their ecological significance.

Explore the fascinating world of prehistoric amphibians and their ecosystems.

New reference ranges enhance health testing in Kilifi, addressing local health challenges.

PUMA dataset helps improve melanoma patient care through immune cell analysis.

New research shows promise in gene therapy for severe genetic disorders.

A look at ALD and the promising treatment SZN-043 to aid liver recovery.

Study shows AI tools excel in answering pathology questions compared to human trainees.

High liver cancer rates demand urgent focus on HBV and HDV infections.

Study reveals how biting midges affect disease transmission through their feeding preferences.

Examining the impact of TP53 mutations on cancer treatment outcomes.

Exploring eco-friendly solutions in creating effective antibacterial materials.

Exploring the potential of turmeric, cactus, and flaxseed as alternatives to antibiotics.

Examining health concerns linked to bisphenol alternatives in consumer products.

Aging affects gene expression in lung cancer patients, influencing treatment success.

PATHOS and LOGOS offer new insights into neurological diseases and drug discovery.

Research reveals SS-31 may protect lungs from fibrosis damage.

Discover how alcohol affects fetal growth and health through zebrafish studies.

GPR17 shows promise as a target for treating diabetes and obesity.

Understanding calcium's impact on pregnant sheep and goats is crucial for farmers.

Glucokinase is key in diabetes management, influencing energy and insulin responses.

A look into how our brains coordinate hand movements and improve with practice.

Study reveals dangers of physical inactivity on health in mice.

Scientists study fluid shifts in astronauts and explore lower body negative pressure techniques.

Understanding how tiny hair cells impact our ability to hear.

C. elegans shows how extracellular vesicles respond to harmful germs.

Exploring heart function and the effects of L-carnitine on its activity.

Plants use chemicals to defend themselves from harmful insects.

A deep look at the diverse world of Gypsophila and its evolutionary journey.

AMULET uses machine learning to predict plant traits and improve research efficiency.

Explore how plants know when to bloom and its impact on agriculture.

Photosystem II is crucial for plants to convert sunlight into energy.

Plants adapt to salty soil with unique defense systems.

Discover how plant cells use protrusions to interact with their environment.

Discover how plants adapt their growth in competition for light.

Graduate students face financial stress amid rising living and education costs.

A look at how averages can mislead without proper context.

A look into the struggles of early-career health researchers after COVID-19.

Museums modernize connections with local communities and biodiversity research.

Focusing on underutilized species can improve diets and local economies.

A look into the growing trend of academic hoaxes and their implications.

A new approach combines AI tools with reading strategies to support STEM students.

Examining public views on microbiome engineering and its potential in cancer therapies.

New techniques enhance CAR T cell therapy effectiveness against cancer.

New strategies are emerging to tackle RAS mutations linked to cancer.

T-cell receptors are key players in immune response and cancer treatment.

Researchers are using E. coli to produce chemicals from formate, reducing carbon emissions.

Researchers are optimizing gene circuits for real-world applications in medicine and environmental cleanup.

Discover the electrical signals that keep your heart pumping effectively.

Scientists develop efficient methods for creating monoterpenoids through engineered yeast and innovative biosensors.

Scientists design and test genetic circuits in living cells for various applications.

Research connects small molecules to biochemical pathways using machine learning.

DBiTplus combines RNA and protein analysis for better cell insights.

A look into how gene models change medical treatments for individual patients.

Research reveals metabolic patterns linking ME/CFS and Long COVID.

Explore how genes and proteins interact to shape our traits.

Studying liver transplants in rats offers insights for improving human medicine.

A look into paratuberculosis, its spread, and age-related infection risks.

Bacteria adapt their shape to survive challenges in their environment.

Research reveals how silk cocoons protect silkworms and inspire new materials.

Explore the unique traits and lifestyle of aardvarks, nature's nighttime diggers.

Aedes mosquitoes spread serious diseases, with Ghana facing increasing risks.

A look into how some birds deceive others for parenting help.

Mould growth on ATSB stations impacts mosquito control effectiveness and raises health concerns.

Discover the fascinating world of water frogs in Eastern Ukraine.

New research challenges how butterflies adapt to changing environments.

Discover how the southern corroboree frog battles a deadly fungus.