Biology

Exploring how deep learning models mimic human contour integration skills.

Zebra finches show flexibility in their distance calls based on context.

Examining factors influencing aggressive behavior in female Drosophila.

New research reveals how our brain's predictions affect our hearing ability.

Examining how appearance influences decisions in elections among humans and monkeys.

Researchers improve fish tracking methods using advanced video analysis.

A new model reveals how decision criteria can fluctuate over time.

Research reveals how tiny neural networks improve insights into behavior and decision-making processes.

Study reveals how zebrafish Rh2-1 and Rh2-4 opsins absorb light differently.

Examining how mosquito digestion impacts disease transmission and control methods.

Understanding how key proteins maintain the structure and function of cells.

Scientists are using PROTACs to improve targeted therapies in medicine.

Study links inflammation to weakened bones in women with T2D and obesity.

This article explores how RNA and Pol ζ contribute to DNA repair mechanisms.

Researchers enhance enzyme performance for complex organic compound synthesis.

New methods enhance protein labeling for scientific research.

New hybrid hydrogels improve cell growth and adhesion in medical applications.

PhysiofUS combines monitoring of heart rates and brain activity using advanced ultrasound.

Research reveals new methods to transform biogas into valuable compounds like ectoine.

GLOVID aims to improve detection of respiratory viruses through innovative testing methods.

A new method improves image stitching for bladder cancer diagnosis.

Research reveals new ways to manipulate microtubules using light-sensitive proteins.

ARMMs enhance delivery of proteins and gene editing tools, targeting complex diseases effectively.

Researchers enhance understanding of scleral mechanics through direct fiber modeling techniques.

BioMANIA simplifies biological data analysis through natural language communication.

A new tool aids research on cellular interactions and their clinical implications.

TrustAffinity enhances drug binding predictions and assesses uncertainty effectively.

Jaeger enhances phage detection in metagenomic data using advanced machine learning.

Introducing AsaruSim for realistic single-cell RNA sequencing dataset simulation.

New model helps predict how plants adapt to temperature shifts.

Examining the feeding process and health risks of lone star ticks.

A new tool improves predictions of protein stability at high temperatures.

Research reveals how phosphorylation affects protein structure and function.

New methods improve understanding of protein behavior in response to mutations.

New algorithm enhances gene expression modeling using deep learning techniques.

This study highlights the influence of blood flow on endothelial cell organization.

A guide to preparing and studying nucleosome structures using beta-casein.

Study explores how mutations affect enzyme activity and binding with sugars.

Research reveals how NOMPC channels respond to mechanical forces.

New elliptical cylinders improve measurement of DNA twisting and turning.

Research highlights a gut bacterium's potential to aid breast cancer therapies.

New insights into KSHV and its impact on PEL treatment.

Research highlights the potential of biguanides in cancer treatment through energy disruption.

Examining the impact of HDAC inhibitors on lung cancer treatment responses.

Combining androgen signal blocking with energy inhibition shows potential for better prostate cancer treatment.

Research highlights the roles of IGF2BP3 and autophagy in TNBC progression.

New insights into glioblastoma behavior and immune cell interactions in the brain.

DKK2 is vital for cancer cell growth and spread in colorectal cancer.

An overview of how clathrin influences cellular uptake processes.

A look at how actin influences cellular material uptake.

A method to improve microscopy image analysis and sample preparation efficiency.

Research reveals insights on proteins crucial for brain cell connections.

A new protein helps cells navigate towards electric signals during healing.

Research reveals how rainbow trout manage proteins under stress.

SNX9 protein plays a key role in cellular processes and cancer progression.

Investigating how endosomes and lysosomes function in neuronal development.

Research using zebrafish reveals new insights into blood vessel development and function.

New diet formulations enhance growth and survival in fruit flies, illuminating nutrition's role in health.

Research enhances methods for differentiating heart muscle cells from H9c2 cells.

Research reveals early brain changes linked to Huntington's disease using organoid models.

Hox genes are vital for the proper growth of pectoral fins in zebrafish.

Study reveals critical processes in germ cell development and sex determination.

Research highlights zebrafish to study brain cell interactions and potential for regeneration.

Research on m2Dgas offers new perspectives on embryo development and tissue differentiation.

This study evaluates toxic pollution levels from mining liabilities in Tacna.

A look at factors affecting honey bee health and management practices.

Research explores how carbohydrates behave in the ocean's carbon cycle.

Exploring diverse fungal communities in Taiwanese forests and their ecological impact.

Study shows how different land uses affect black carbon in Southwest Guangxi soils.

A look at tools for analyzing habitat complexity and its ecological impact.

Study reveals the importance of accurate human population data for effective conservation.

Examining how infection load influences disease spread and population dynamics.

Exploring the ongoing TB crisis among Indigenous and imprisoned populations in Paraguay.

Research links children's cognitive ability to heart disease risk in families.

Research reveals social factors impact cancer survival rates in Canada.

A reliable tool helps identify epilepsy in limited healthcare areas.

Study reveals distinct clusters of MIS-C symptoms and severity in children.

A metapopulation model analyzes the impact of COVID-19 across North America.

A look at how updated COVID-19 vaccines hold up against new variants.

New tool aids in tracking virus spread with environmental data integration.

Research sheds light on mutations driving cancer growth and treatment.

A look into key mutations driving cancer progression and treatment options.

Reproductive isolation is crucial for the formation of new species.

Research aims to understand groundwater ecosystems and their unique species.

This article examines how the African Fig Fly adapts and spreads in new environments.

Wolbachia bacteria show promise in reducing dengue transmission globally.

Research shows how a father's age and sperm storage affect offspring traits.

Exploring how cancer cells evade the immune response and the role of immunotherapy.

Exploring new strategies for managing insect pests without harmful chemicals.

A novel approach reveals the role of higher-order interactions in protein function.

Research reveals genetic factors influencing MASLD and liver health.

Research uncovers genetic factors in nematode resistance to a common anti-parasitic drug.

A new approach to estimate heritability accurately in large genetic datasets.

This study investigates genetic factors influencing reproduction in Kele pigs.

A study on genetic patterns in human and nonhuman populations using new algorithms.

An overview of X-ALD, a rare genetic disorder affecting the nervous system.

Studying Aspergillus wentii reveals potential for medical compound production.

BOMS improves cell segmentation, enhancing analysis of gene expression in tissues.

Research identifies protein markers in thyroid cancer linked to Hashimoto’s thyroiditis.

Research reveals SNPs affecting GATA4 binding linked to heart disease.

Insect-bacteria relationships shape survival and reproduction dynamics.

Researchers advance understanding of structural variants and genetic diversity through new sequencing methods.

A fresh approach to identifying genetic markers in sorghum for better agricultural traits.

Research reveals unique genetic traits impacting human brain development.

Research sheds light on Primary Graft Dysfunction after lung transplants.

New thymic organoids offer insights into T-cell maturation and immune response.

Research focuses on immune responses to TB vaccines in rhesus macaques.

Research reveals complex interactions between immune cells and liver tumors.

Research uncovers the role of IRF proteins in the avian immune system.

Recent findings on NK cells and their response to SARS-CoV-2 Spike peptide.

Study reveals the vital role of LAMs in managing fats and inflammation.

Research highlights the complexity of MSP2 in malaria vaccine development.

Researchers explore fungi from bogs for new tuberculosis treatments.

Research highlights safer methods using plant extracts for creating antibacterial nanoparticles.

Research reveals how mosquitoes combat viruses using immune pathways.

Examine the structure and function of bacterial flagella in movement and disease.

Research reveals vital findings about Orthobunyavirus and its effects on the brain.

Study reveals strategies to control harmful gas in shrimp ponds.

Scientists identify a new mycovirus that may aid in understanding fungal viruses.

Researchers are uncovering the complexities of RNA viruses through innovative methods.

A look at how eRNA analysis advances ecological monitoring.

Study reveals key factors in microexon splicing and their implications.

This article examines traditional and protein language model approaches to studying protein evolution.

Rev7 plays a crucial role in DNA repair processes, influencing genome stability.

New methods refine molecular structure modeling from CryoEM data.

This study reveals how Ing4 affects blood cell creation and multipotent progenitor cells.

A study on targeted chemical release enhances knowledge of protein reactions in living organisms.

Research reveals how cholesterol metabolism affects osteoporosis and bone formation.

Researchers enhance imaging methods to study brain activity in awake mice.

Study shows how diet and sleep impact memory in fruit flies.

Discover how ZFHX3 influences circadian clocks in mammals and behavior.

This study examines the route planning strategies of London taxi drivers in urban environments.

Study reveals heart reactions to sounds during sleep stages.

Explore how the auditory cortex integrates sound over time.

A look at how animals run and walk efficiently.

Microglia play a key role in brain injury response and maintenance.

Advanced methods shed light on grass species diversity through time.

A new tool improves fossil study efficiency through advanced imaging techniques.

Discover how citizen science enhances student learning in higher education.

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.

Research highlights PAK1IP1's role in liver cancer and predictive modeling.

Beaver health reveals vital clues about the state of freshwater ecosystems.

New algorithm improves detection of neurofibrillary tangles in Alzheimer's disease.

Megalins impact kidney function and may play a role in heart disease.

Research reveals complex mechanisms behind RGC death in glaucoma.

Bone marrow fat impacts bone density and health, especially in osteoarthritis.

HistoGPT transforms how pathologists create reports from tissue images.

New BaMBo dataset enhances bone marrow biopsy analysis for better diagnostics.

Research reveals how organic solvents affect movement and learning in tiny worms.

Exploring the potential of Zigui Yichong Formula for treating POI.

A study investigates tamarind's effects on reproductive health in rats.

Investigating endometriosis treatments through innovative research methods and materials.

Assessing how food nanomaterials affect the gut and overall health.

Researchers use zebrafish models to identify promising drugs for sepsis treatment.

Research reveals potential for new drugs against tough tuberculosis cases.

Cholesterol significantly influences G protein-coupled receptors and their role in drug responses.

Research on nerve stimulation offers hope for bladder dysfunction patients.

Study reveals how increased CO2 affects blood flow in the brain.

Study reveals how Cyp17a1 gene affects obesity without metabolic syndrome symptoms.

Study reveals how IAA influences various plum tree varieties.

Study reveals how brain signals impact reproductive hormones through GnRH activity.

Examining how fat cell composition affects health and weight loss.

Research shows that pH changes may impact health and lifespan as we age.

Study shows portal vein insulin improves liver glucose handling in dogs.

Research uncovers roles of non-coding RNAs in plant adaptation and resilience.

Learn how tetrapyrroles are critical for photosynthesis and respiration.

New methods are needed to detect beech bark disease in changing climates.

Study reveals the complexity of sex expression in triploid cannabis plants.

Research highlights the role of GRAS proteins in plant development and stress response.

WHIRLY proteins are crucial for plant growth and stress responses.

This study investigates the genetics behind nutrient storage in coffee seeds.

Research on Urochloa decumbens enhances livestock production and food security.

Study examines how kids' drawings reflect their grasp of scientific concepts.

Investigating the rise and implications of fast citation growth among new scientists.

GNQA helps researchers access important information quickly in biomedical fields.

The study reveals gender and race/ethnicity gaps in publication rates among Ph.D. graduates.

This study focuses on training caregivers managing Type 1 diabetes in children.

Students face difficulties with visual representations in molecular biology, impacting their understanding.

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

A look at how averages can mislead without proper context.

This study examines resilience in biological feedback systems under chemical changes.

Scientists develop yeast-based systems to study coronaviruses and test antiviral drugs.

MOSAIC simplifies the creation of diverse DNA libraries for research.

Advances in synthetic cells open up new opportunities in science and industry.

Tools like novoStoic2.0 are transforming how researchers design new biosynthetic pathways.

Researchers develop split ribozyme biosensors to track RNA in living plants.

Exploring the role of low oxygen levels in disease management.

Researchers develop diverse genetic components for enhanced genome editing.

This research sheds light on the essential functions of SLC transporters in cellular processes.

A focused resource for studying genes in teleost fish biology.

SomaScan efficiently measures thousands of proteins in blood for health insights.

FL2-Net offers a fresh approach to evaluating embryos for successful pregnancies.

New methods enhance the reliability of GEMs for biological research.

Examining how diabetes and helminth infections interact at the immune level.

Explore the link between interoception, eating behavior, and mental health.

Examining the interactions within the tumor microenvironment and their impact on cancer treatment.

Exploring the complexities in identifying giant hummingbird species.

Study investigates X-ray effects on Aedes aegypti mosquitoes to reduce disease spread.

A deep dive into the sensory organs of the tiny wasp Megaphragma viggianii.

A study reveals alarming bTB rates in Exmoor's deer population.

Evaluating water hyacinth's potential in improving goat and sheep diets.

New methods improve the classification of insects and enhance biodiversity studies.

Research on lncRNA RP11-502I4.3 may offer new treatment options for diabetic retinopathy.

Researchers leverage deep learning to spot differences between male and female birds.