Biology

Study reveals how worms use smell to find amino acids in bacteria.

Study reveals how light changes affect rat behavior and emotions.

Study reveals how nutrition impacts mouse behavior and stress responses.

Study reveals how habitat design affects black soldier fly behavior and reproduction.

A study reveals how mice learn through problem-solving tasks.

Advanced tools reveal how sex and hormones affect animal behavior over time.

A study reveals different reading strategies across humans and animals.

Animals weigh risks and rewards when facing new experiences.

Research reveals mechanisms of magnesium-dependent nucleases in DNA processes.

Study reveals complex changes in barley during the malting process.

MDRepo offers a centralized repository for sharing molecular dynamics simulation data.

PAD4 activation influenced by heparin may impact rheumatoid arthritis development.

BONCAT provides a new way to study proteins effectively in biological samples.

Discover the role of fibrinaloid microclots in blood health and disease.

Glutathione protects cells from damage and aids in protein repair.

Researchers uncover the role of STK19 in DNA repair.

iMatrix-511 shows promise in growing iPSCs without animal-derived components.

New methods improve visualization of living tissues and cells.

Research focuses on creating better environments for heart cells to enhance function.

Hydroporation enhances CAR-T cell therapy by improving T-cell viability and targeting effectiveness.

Deep learning model enhances image quality in thick biological samples.

Research explains a new approach to producing Olympic gels using DNA technology.

Scientists develop BOOST to speed up sample preparation for clearer imaging.

Study reveals how collector size influences fiber alignment in electrospinning.

Research unveils new ways to track cell behavior over time.

CParty offers improved methods for predicting complex RNA structures, aiding scientific research.

Researchers introduce MPAQT, combining sequencing methods for better transcript isoform analysis.

Study reveals diversity and role of TAPs in evolution.

New software streamlines the identification of structured tandem repeat proteins.

Recent methods improve protein design and functionality using computer techniques.

scGFT offers a solution for creating synthetic single-cell RNA data efficiently.

ProLLM enhances predictions of protein-protein interactions using advanced language models.

Hyaluronic acid is key for tissue support and hydration.

Exploring the functions of hATG8 proteins beyond autophagy.

New methods enhance understanding of protein interactions for drug development.

Examining the roles of U2AF and DDX42 in RNA splicing.

This study examines how E. coli navigate using chemical signals amidst sensory limitations.

Helicases are essential proteins that unwind DNA for replication, crucial for cell division.

Research reveals mechanisms behind Giardia's ability to attach to surfaces using fluid dynamics.

This article explores the extracellular matrix and its impact on cell interactions.

Research dives into factors affecting immune checkpoint inhibitors in bladder cancer treatment.

Exploring how two proteins influence melanoma's growth and invasiveness.

Investigating the roles of TAK1 and PLCE1 in esophageal squamous carcinoma.

This study examines how cancer cells evolve using single cell phylogenies and RNA data.

A closer look at APC mutations and their role in colorectal cancer.

Study reveals complex role of BAP1 mutations in various cancers.

Research on neoantigen-based vaccines aims to improve immune response against cancer.

AI helps create new antibodies targeting PD-1 for better cancer therapies.

Learn how Msc1 and ESCRT-III protect the nuclear envelope during DNA repair.

KLF6's impact on blood vessels in PAH is crucial for potential treatments.

Study reveals how RABGAP1 influences APP processing in Alzheimer's disease.

Learn how septins influence cell division and other vital processes.

Examining how T. cruzi acquires nutrients from host cells.

ARF1 compartments are key players in transporting materials within cells.

New compounds allow precise control of TRPC channels using light.

Research shows how nuclear envelope assembly differs in normal and cancer cells.

GATA6 is crucial for proper heart cell formation and understanding its function can improve CHD treatments.

Explore how blood flow influences heart development in zebrafish embryos.

Teeth variations in mammals reveal insights into evolution and dental growth.

Exploring the link between metabolism and retinal cell differentiation.

A look into how brown algae develop and adapt their growth patterns.

Researchers seek to improve diabetes treatment through better beta cell development.

Study reveals HSPA2's critical role in cell differentiation during early embryo stages.

Research reveals Tbx1's crucial function in cell differentiation for heart and facial structures.

The recovery of marine mammals impacts Pacific Herring survival and management.

A look at the history and challenges of herring fisheries in the North Sea.

How growth and reproductive patterns shape elasmobranch survival.

Examining how environment shapes social behavior in great tits over time.

Researchers discover a new ciliate parasite affecting amphipod populations.

Bees in desert ecosystems face threats from climate change and urbanization, impacting biodiversity.

A look at the importance and threats to GAB springs and their biodiversity.

Protecting bee populations is essential for a healthy environment and food security.

An analysis of COVID-19 variant introductions and spread in Galicia, Spain.

This study examines how conflicts affect Ebola virus disease cases.

An overview of rising type 2 diabetes rates and key influences.

Examining the rise of mpox cases in Kamituga and their implications.

Rising temperatures and extreme weather are increasing disease risks from parasites.

Research reveals potential links between gut bacteria and endometrial cancer risk.

Study highlights knowledge gaps and stigma surrounding HIV/AIDS among women in Bangladesh.

Parents' weight and habits significantly shape their children's health outcomes.

Exploring the significance of meiotic recombination in genetic diversity.

Investigating the evolution of belid weevils and their plant interactions over time.

Researchers reveal hidden diversity in uncultured microbes through innovative methods.

Research shows V. culicis could be key in managing mosquito populations.

New methods enhance gene knockout studies in choanoflagellates, revealing insights into multicellular life.

Exploring how female choice affects offspring development in fish.

Study reveals stability and changes in sex chromosomes among treehopper species.

Introducing BREATH, a new tool for analyzing disease transmission using whole-genome sequencing data.

Research on C. elegans provides insights into the aging process and reproductive health.

New findings reveal how gene clusters enhance gene expression through protein interactions.

Research on genetic interactions reveals insights into human traits and disease risk.

Research uncovers unexpected genetic ties among ancient populations in the East Mediterranean.

Research on malaria's genetics helps improve understanding and control strategies.

Learn how cells control gene activity for proper functioning and development.

New method improves detection of genetic influences on gene expression.

Bacteria rapidly adapt to antibiotics through gene changes and mutations.

A project uniting data to improve pediatric cancer treatment options.

New sequencing methods help improve tracking of harmful bacteria like Listeria monocytogenes.

New sequencing method improves hospital infection monitoring.

Research highlights CHIP's impact on lung cancer therapies and patient outcomes.

Exploring the vital role of RNA splicing in gene expression and disease.

Research on parasites affecting bees is crucial for ecosystem health.

WaveTAD enhances understanding of DNA's 3D structure and gene regulation.

An overview of the advances and hurdles in whole exome sequencing technology.

Research connects telomere length measurement and chromatin accessibility in cellular functions.

Exploring the roles of microglia in brain health and disease.

Research reveals how vaccination influences antibody responses in chickens against avian influenza.

PIM kinases are vital for effective CD8 T cell responses in immunity and cancer.

Exploring how protein fermentation products affect immune cell functions.

Study reveals how macrophage size influences immune reactions during infections.

Research sheds light on how antibodies affect dengue severity.

Discover how Arpc5 influences immune function and gut health.

New insights into how bacterial effectors influence host interactions and infection.

Research reveals genetic diversity and transformation techniques for Chlamydia affecting animals and humans.

Research reveals Klf4's critical role in schistosome cell diversity and survival.

Examining how a parasite adapts and spreads beyond its original hosts.

Examining how proteins like BacA influence bacterial shape and division.

H5N1 bird flu found in dairy cows, impacting milk production and quality.

Viruses impact microbial life in unique deep-sea ecosystems.

Study reveals RVFV's impact on immune function through mitochondrial changes.

A new database approach enhances productivity in research laboratories.

New tool CUTS aids in studying TDP-43 dysfunction in ALS patients.

Research reveals patterns in how amino acids are utilized by different species.

Recent research uncovers connections between RNA transcription and splicing processes.

MYC and MAX are critical in controlling gene activity and cell health.

This article examines the spread and adaptation of Parnassius glacialis butterflies in Japan.

FASTKD proteins play crucial roles in mitochondrial RNA processing and stability.

Research uncovers key insights into tau aggregation in brain diseases.

Exploring the brain's role in processing emotional signals from faces and contexts.

Exploring the different types of arousal and their effects on our brain and body.

A study finds no lasting changes in brain structure from an extra year of education.

This study reveals the brain's complex process for understanding objects.

Research reveals how oxidative stress affects brain cell function and structure.

New MRI techniques enhance thalamus imaging and segmentation.

Research reveals IL-6's role in brain growth and its link to developmental disorders.

Study reveals how brain adapts to visual sequences, influencing learning and memory.

Discover the role of chancelloriids in the story of animal evolution.

Acanthomeridion sheds light on the complex history of arthropods.

DeepDiveR simplifies biodiversity estimates using fossil data through advanced techniques.

A look at how extinction reshaped life on Earth after dinosaurs disappeared.

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.

Exploring how a fungus threatens global rice production and food security.

Rising rabies cases in Zambia call for urgent vaccination and awareness efforts.

BEPH enhances cancer detection and survival prediction through innovative image analysis.

Research sheds light on pain mechanisms in Fibrous Dysplasia using mouse models.

This study reveals the connection between host infection levels and mosquito transmission rates.

New methods improve assessment of heart damage post-heart attack.

Research reveals the role of immune cells in predicting oral cancer risk.

Study reveals how Bmp6 gene absence affects iron storage in mice livers.

ACBI3 may effectively degrade KRAS mutations, improving cancer treatment options.

New methods improve understanding of cannabinoid receptors for drug development.

Study examines how Exenatide influences food intake and blood sugar levels.

Research highlights glucokinase's potential in managing Type 2 diabetes through genetics.

Research aims to improve oral peptide drugs for diabetes management.

Research reveals how G proteins function and their role in cell signaling.

Research reveals how sugar affects blood vessels and diabetes risk.

Examining how gut microbiome impacts the absorption of antipsychotic medications.

A study on muscle-tendon assessments in women athletes to improve performance.

Study reveals how trace elements harm juvenile sardines in the Mediterranean.

Intense exercise can harm your gut, leading to various gastrointestinal issues.

This study examines how past weightlifting affects muscle recovery after inactivity.

Examining insect meals as eco-friendly feed for aquaculture.

Study reveals negative effects of EYFP on muscle performance and structure.

This article examines how E. coli adapts to nutrient shortages and its survival mechanisms.

Research reveals how cold and oxygen interact in tiny worms.

Chloroplasts adapt and recycle in response to stress for plant vitality.

Exploring the role of TOR and cytokinins in plant development and adaptation.

A hybrid system improves early detection of rice plant diseases.

This study reveals how gene expression drives angiosperm adaptation and diversity.

Research reveals how poplar trees cope with drought to support bioenergy crops.

Learn how plants and algae adjust to low phosphate conditions for better growth.

Researchers are making strides in identifying genes for wheat disease resistance.

Research focuses on improving rice genetics for drought resilience.

Examining the relationship between university leaders and research credentials.

Journalists face challenges assessing the reliability of research sources amid rising predatory publishing.

Examining the representation of women in STEM and socio-economic factors.

Using technology to enhance understanding of kinship in primates.

An analysis of the relationship between journalists and scientific research.

This study examines essential skills for children's reading in Arabic.

Open access publishing is transforming how pharmaceutical research is shared.

Local involvement is key to controlling vector-borne diseases effectively.

DIAL enables precise gene activity adjustments for research and medical therapies.

A novel technique enhances the measurement of ribozyme activity across various contexts.

Research on improved plasmids enhances gene expression and natural product yields in fungi.

Researchers develop P3 editing for precise genomic changes using protein interactions.

New minibinders enhance synthetic receptor technology for improved disease detection.

Explore how lipid membranes impact ribozyme activity and RNA stability.

A new system for evolving proteins offers faster and more efficient solutions.

A new tool helps predict hidden gene activity in synthetic biology.

PTMNavigator streamlines the study of protein modifications and their effects in biological pathways.

This article explores how gene expression influences cell fate during DNA damage.

PEELing streamlines protein analysis, enhancing our grasp of cell biology.

Research on blastoids provides new information on human embryonic development.

Glycolysis is key to how cells convert glucose into energy.

Breast milk shapes infant gut bacteria, impacting health and mucin consumption.

Research reveals how 14-3-3 proteins influence RAF activity and cellular functions.

Study reveals how proteins regulate mitochondrial shape and function.

A study highlights the risks of tsetse flies and disease spread in Ethiopia.

A study highlights the importance of monitoring livestock abortions for public health.

Researchers identify two new Mylochromis species in Lake Malawi's diverse ecosystem.

Some fish can change sex, revealing fascinating biological processes.

This article discusses the vital role of queen bees in colony health.

Research reveals how the CASP14 gene affects sheep horn development.

Research highlights the benefits of fasting for broiler chickens during extreme heat.

Study reveals alarming contamination levels in fish affecting health and ecosystems.