Biology

Study shows how mutations influence swimming dynamics and group organization in zebrafish.

Researchers enhance understanding of visual capabilities in medaka fish through innovative testing methods.

Discover how artificial neural networks enhance cognitive modeling techniques.

Research shows how butterflies adapt their flight with the seasons.

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.

Research reveals key antibodies in fighting coronaviruses and their potential for future treatments.

Study reveals dynamics of protein-RNA interactions and their implications for health.

A new method enhances protein detection in plasma for better disease diagnosis.

Understanding the impact of vitamin B6 and PDXP on brain function.

Saposins, especially SapB, are crucial for lipid breakdown in cells.

Explore the critical functions of the Arp2/3 complex in cell behavior.

Research reveals structural details of parechoviruses and their 2A proteins.

This article discusses the health benefits of nattō and its effect on microclots.

Mango-derived carbon dots show promise for safer drug delivery and imaging.

A new method enhances electrode selection for better brain-computer interface performance.

A novel sensor targets IL-6 for better inflammatory disease monitoring.

Cyr61 protein aids blood vessel formation essential for effective bone healing.

Researchers are refining assistive devices to better support individuals with mobility challenges.

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.

EAP simplifies the analysis of epigenomic data for cancer research.

ExDyn offers a fresh perspective on how external factors influence cell behavior.

A novel approach enhances accuracy in predicting how drugs interact with proteins.

Researchers propose new methods to assess biological relevance in single cell embeddings.

HyperG-VAE offers a fresh approach to studying gene interactions in cells.

A novel method aids in analyzing gene expression in cancer studies.

Robseq enhances RNA-Seq analysis by addressing false discoveries and variability.

CRGEM offers a structured approach to improve cell transformation in regenerative medicine.

Investigating how T cells interact with antigens for improved cancer therapies.

A look into how protein complexes form and function.

CEST offers insights into protein forms and their vital biological roles.

New imaging technique improves visibility of cellular structures.

This study compares two docking methods for targeting ion channels.

Research reveals how MexR binds to DNA, influencing antibiotic resistance in bacteria.

Exploring the importance of repetitive sequences in DNA function and regulation.

Explore bacterial cellulose's role in biofilms and its implications for various fields.

Research reveals how PITAR influences glioblastoma by inhibiting p53.

Study reveals how fatty acids impact tumor growth and immune response.

A comprehensive dataset aids research on cancer cells and immune checkpoint therapy.

Research reveals how ERG gene changes drive prostate cancer progression.

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.

LIC1's impact on blood vessel formation reveals new pathways for treatment.

Primary cilia are essential for sensing and regulating important cellular processes.

Exploring necroptosis and its role in infections and inflammatory diseases.

Examining how centrosomes and their components contribute to cell division.

Research explores protein interactions in cilia using deletion mutants and imaging techniques.

A study reveals methods to accurately measure blood precursor cells in various conditions.

Lysosomes are crucial for recycling materials and maintaining cell health.

Research focuses on senescent cells and their role in glioblastoma progression.

Examining how desmin and SPARC contribute to heart muscle formation.

Research reveals the importance of progenitor cells in zebrafish tail elongation.

Research reveals blood flow significantly influences Notch signaling in heart formation.

This study investigates how large introns affect gene expression and splicing.

Examining how epithelial barriers affect germ cell survival and differentiation.

Lamin A levels impact nuclear positioning and cell movement in development and disease.

Study reveals adaptations in fruit flies to genetic changes in development.

Examining how cell division affects intestinal development in a tiny worm.

Research advances how forest canopies are analyzed using Airborne Laser Scanning.

Study reveals how chemical cues affect mosquito oviposition in competitive environments.

Study reveals how bumblebees learn to access rewards through string pulling.

Examining forest loss and the impact of human activity.

Cyanobacteria adjust their photosynthesis and pigment production for survival in varying light.

Study reveals how deer browsing affects blackthorn's chemical makeup and growth.

New studies reveal the broader distribution of Apis laboriosa across Asia.

Using soundscapes to assess coral reef health and biodiversity.

Examining the factors influencing COVID-19 infection rates across different groups in England.

An analysis of nicotine's impact on health, especially through e-cigarettes.

How The Lancet's peer review adapted during the COVID-19 pandemic.

Study reveals the prevalence of intestinal worm infections in Eastern Zambia.

Study identifies key factors influencing Wilson’s disease outcomes using machine learning.

The Swansea Model guided health policy decisions during the pandemic in Wales.

Research suggests vitamin D may not aid weight loss as previously thought.

A study reveals gender gaps in physical activity from childhood to adulthood.

Learn how phylogenetic distance shapes our understanding of evolutionary relationships among species.

Study reveals how light influences marine larvae during their development.

Exploring how genetic variations shape population evolution through mutations and selection.

Examining how vocal signals influence the creation of new bird species.

A study reveals patterns of size differences between males and females in various animal groups.

Examining how gene flow impacts local adaptation in diverse environments.

Study reveals how microbes survive extreme conditions and repair DNA.

Gene loss influences traits, cancer risk, and immune responses in different species.

Researchers use AI to predict virus hosts, aiding in outbreak management.

Research reveals genetic links affecting GCase activity in Parkinson's disease.

Brassinosteroids play a critical role in plant growth and environmental response.

XOL-1 is key for sex determination and dosage compensation in C. elegans embryos.

Study reveals how light affects salmon survival and growth in aquaculture.

Explores how mixed ancestry complicates genetic studies and analysis methods.

A new method enhances plant breeding efficiency and speed.

New SNP panel aids in sustainable oyster farming.

Enhancing crops through Trait Introgression to meet modern agricultural challenges.

EPI-Clone provides insights into blood cell development and aging through DNA methylation.

New platform enhances studies of genetic variants for disease understanding.

Salmon migrations reveal the relationship between genetics and environmental factors.

Study reveals potential roles of uORFs in gene expression and protein function.

A study reveals complex relationships between host and nested genes in human and mouse genomes.

Study reveals how smoking and APOBEC mutations interact in lung cancer.

Researchers develop a tool to predict bacterial RNA transcripts, enhancing our understanding of gene regulation.

Coenzyme A enhances macrophage activation and triggers inflammation.

Study reveals TLR2's role in IL-17A production in immune cells.

Macrophages adjust inflammatory responses based on past exposure to pathogens.

Study reveals how the immune system responds to MERS-CoV infection.

Study reveals tuft cells' importance in responding to viral infections.

New insights reveal how biological clocks impact rheumatoid arthritis symptoms and inflammation.

Research on cVLPs reveals potential in malaria vaccine development.

Study reveals CRTC proteins crucial in immune response to viral infections.

Exploring how carbon monoxide affects gut health through specific bacteria.

Study reveals how gut bacteria modify bile acids and their health impacts.

A look into how Leptospira has evolved to affect health.

Learn how bacterial cell walls adapt and respond to their environment.

This study examines how salinity affects methane emissions in various wetland ecosystems.

A study reveals how soil predators affect the survival of introduced bacteria in polluted environments.

Cystic echinococcosis poses health risks to humans and animals.

Vpr manipulates host cell cycles for enhanced viral replication.

Exploring the significance of AMH in fertility and reproductive disorders.

New methods enhance detection of protein isoforms in biological studies.

Study reveals the importance of urban parks for the Large Japanese field mouse.

Research highlights MATR3's impact on immune response and RNA processing linked to ALS and FTD.

This article explores the roles of Cbf11 and Mga2 in yeast lipid metabolism.

Research reveals new miRNAs that can control smooth muscle cell growth.

Study examines how early experiences affect obesity through protein kinase activity.

Research on AMPK activation offers hope for mitochondrial disorder treatments.

Exploring how Sensory Processing Sensitivity shapes emotional responses and brain function.

How different instructions impact brain activity during random decision-making tasks.

Study explores how tDCS influences brain activity in awake and anesthetized states.

A look into FMT's role in mental functions and neurofeedback techniques.

Research uncovers the role of GABA in cochlear signaling.

This study explores the role of the ACC in learning from observation.

A look at how the insular cortex shapes behavior and processes motivation.

A study reveals how we adjust learning rates based on new information.

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.

Microsporidia pose serious health risks, especially for those with weak immune systems.

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 explores drug combinations to improve treatment for HER2 positive breast cancer.

Research on P2X receptors opens doors for new treatments and drug designs.

A new method enhances egg maturation and embryo development in fertility treatments.

Examining GPCRs and their role in cell signaling for improved drug therapies.

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 sheds light on ALS and potential early diagnosis methods.

Research reveals how climate change impacts pearl oysters' survival and development.

Study shows links between childhood stress and heart changes in rats.

Exercise influences cortisol levels, affecting stress and mental health.

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.

Investigating the processes behind plant regeneration through callus formation.

Research reveals how plants adjust chloroplasts to optimize light use.

Research sheds light on how plants use chemicals to defend against pests.

The study reveals how rootstocks and locations affect grapevine leaf shapes.

New tools enhance study of plant immune proteins and their functions.

Examining how Spirodela manages transposable elements and their evolutionary implications.

Research reveals how plants use myrosinase and glucosinolates for defense against stress.

Research explores improving water efficiency in poplar trees using a jojoba enzyme.

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.

Research on the PURE system boosts progress in synthetic cell development.

BiSDL simplifies designing complex biological systems for researchers of all levels.

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.

Research reveals how gut bacteria influence aging and health.

Study investigates immune responses in children and adults infected with SARS-CoV-2.

New methods improve predictions of metabolite pathways using machine learning.

Understanding protein locations can lead to new treatments and insights into diseases.

A new tool enhances the study of cellular structures and interactions.

A look at keloid formation and the healing process of skin.

Exploring how STING influences immune responses and its implications for various diseases.

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

Introducing a non-lethal device for real-time insect monitoring.

Exploring the intelligence levels of T. rex compared to modern animals.

Study reveals distinct otolith shapes among labrid fish species in Rapa Nui.

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.