Biology

Exploring how cats perceive hidden objects and their cognitive abilities.

Discover how Myrmecia midas ants find their way using polarised moonlight.

New methods using model organisms show promise in developing treatments for rare diseases.

Study shows environment significantly influences bat foraging behavior.

Study highlights the importance of space for laying hens to promote welfare.

Research identifies critical neural pathways for updating fear memories during extinction.

Mice can recognize individuals, which is crucial for their social lives.

Research shows how bees adjust their flight based on environmental features.

This study investigates how white tea may help manage obesity.

A new method for building multi-gene expression systems efficiently.

Explore the exocyst's role in material transport within animal cells.

New method extracts mucus from pig trachea for studying lung diseases.

Research reveals key differences between HIV-1 and HIV-2 capsid structures.

Research reveals key interactions in HIV-1 Gag protein, aiding drug development.

A new method improves the stability and production of circRNA for medical use.

Discover how scientists are designing new protein structures for various applications.

New mindfulness BCI system offers relief for car sickness symptoms during travel.

A non-invasive technique captures real-time tissue stiffness changes in developing embryos.

New model reveals insights on traumatic optic neuropathy and vision loss.

Examining the mechanisms behind blood flow control in the brain.

Research shows how horizontal touchdown distance affects sprinter performance.

New methods in dMRI enhance image quality and speed in medical imaging.

Exploring the impact of injuries on knee cartilage degeneration.

Research reveals links between sleep apnea and hypertension.

This study reveals how viruses affect gene expression and contribute to disease.

ProPEC improves predictions of viral protein mutations using deep learning models.

Scientists enhance understanding of protein interactions to improve disease treatment.

A novel tool for designing RNA sequences based on their shapes.

Research uses machine learning to analyze metabolites in heart failure patients.

HiFIT enhances predictions from high-dimensional omics data for better disease understanding.

New tools enhance analysis of spatial transcriptomics datasets for research.

PDGrapher predicts gene targets for effective drug treatment strategies.

p53 protein is key in stopping cancer through DNA repair and regulation.

A study evaluating the accuracy of the Jumpster app against the Vertec system.

New method optimizes NMR experiments, improving parameter estimates in complex systems.

This article investigates cellulose Iβ and II stability using simulations and energy calculations.

Study reveals how electrical synapses influence neuron signaling and coordination.

Explore how DNA structure influences its function and applications in gene therapy.

Study reveals how DNAP interacts with the replication fork and its challenges.

This article explores the function and structure of RNRs in DNA synthesis and repair.

Research highlights DNA methylation patterns that may improve breast cancer diagnosis and treatment.

New research reveals miRNA signatures that could improve melanoma diagnosis and treatment.

Research sheds light on how SCLC cells spread and potential treatment targets.

Researchers find DLK1 a potential target for treating difficult-to-treat cancers.

A new drug, NUC-3373, shows promise in improving immune response in colorectal cancer.

Research reveals how fludarabine treatment alters leukemia cell surface proteins.

An overview of aneuploidy and genetic shifts in colorectal cancer development.

EF-24 shows strong potential in reducing leukemia cell survival across various subtypes.

Ubiquitin's function is vital for malaria parasites to thrive and resist treatments.

Research reveals how kinesin activity is controlled in cells.

Researchers investigate RNA organization in the unique single-celled organism Stentor coeruleus.

Researchers use live imaging to study cancer cells' surface attachment behaviors.

Microtubules are essential for skin cell function and structure.

A study reveals how genetic changes impact eye cell development.

A web-based tool making image analysis accessible for scientists without programming skills.

Research reveals ways to improve lab-grown blood-forming cells.

Hunchback's role in shaping neuron identity and behavior is crucial for brain function.

A detailed look at how frog oocytes prepare for fertilization.

This article explores how genes shape organism development through regulation and interaction.

map3k1 gene is crucial for the proper regeneration of planarian eyes.

Insects have unique adaptations for conserving water in dry environments.

CellMet revolutionizes 3D analysis of cell shapes in various biological systems.

STAT3 is vital for stem cell growth and embryonic development.

This article explores genetic factors driving sexual differences in butterflies.

Study reveals how land use changes affect plant and fungal communities.

Examining how forestry affects Sámi culture and livelihoods through reindeer herding.

Antarctic krill are vital to the Southern Ocean's food web and ecosystem balance.

Study reveals Aedes mosquitoes' role in spreading dengue and chikungunya in Colombia.

Investigating how melting glaciers influence plant growth and carbon emissions.

Research reveals garden centres as key sites for invasive alien species.

This article explores the importance of phylogenetic methods in understanding core microbiomes.

Examining how root traits impact plant diversity in subtropical and tropical regions.

Research uncovers potential genetic variants affecting breast cancer risk.

A study reveals high rates of preventable infections in hospitals.

Study reveals low awareness of hypertension risk among adults living with HIV.

An overview of hormone therapy effects and side effects in men with prostate cancer.

Minnesota launches a program to track RSV infections using advanced genetic sequencing.

Research reveals how BMI influences multiple long-term health conditions.

Study reveals high liver disease risk among Brazil's agricultural workers.

Tattoos are popular, but concerns about their safety and health risks rise.

Research highlights the complex relationships between two distinct amoeba groups.

New studies reveal key genetic factors in grass resilience to environmental stress.

Study reveals insights into HIV-1 evolution and immune evasion strategies.

Research shows chronic infections impact the emergence of new COVID-19 variants.

This study examines sexual and asexual reproduction in L. fabarum and their effects.

Research reveals complex traits linked to the t haplotype in house mice.

Research reveals complex gene flow and reproductive barriers in butterfly species.

Study reveals how coronaviruses keep or lose genes based on their environment.

Research reveals how AcrIIA4 inhibits Cas9, guiding future CRISPR innovations.

Study highlights the complex dynamics of pollen killers and their impact on plant traits.

WENDY algorithm offers insights into gene interactions through limited data.

Exploring how signaling pathways and ligands affect cellular communication in organisms.

Research reveals potential siRNA therapies targeting ALS4 genetic mutations.

TRENDY offers a new method for better understanding gene interactions.

Study reveals key methods for identifying biomarkers linked to common diseases.

A new method for extracting DNA from challenging plant tissues is outlined.

Study examines reliability of DNA reading methods in measuring genome sizes.

Soil-transmitted helminths affect millions; understanding and improving diagnostics is crucial.

This article examines the impact of big data on life sciences research.

Research uncovers genetic factors affecting coronary artery disease and gene expression.

Research reveals insights into the Heartland virus and its spread through ticks.

The EpiPlex assay allows for advanced study of RNA modifications and their impact on gene expression.

T2T-CHM13 enhances genetic research and understanding of health and disease.

New insights reveal how CTCF and cohesin interact to influence chromosome organization.

Exploring the immune response to poxviruses and the role of DNA-PK.

Interferons are key players in the immune response to viral infections.

Research offers new hope for improving brain metastasis treatment responses in melanoma patients.

Research highlights cardiolipin's potential to reduce sepsis-related inflammation.

New research highlights the importance of vaccine choice for effective protection.

Research highlights the role of CD8+ T cells in MS and their response to antigens.

Examining how non-alcoholic fatty liver disease affects the body's ability to fight infections.

This study examines how microhomology affects immune receptor diversity.

Exploring how soil quality influences urban green spaces and biodiversity.

Exploring the impact of pneumococcus on older adults and potential treatment strategies.

Study reveals complex adaptations of bacteria to antibiotic treatments.

CRISPR tools enhance gene editing and research in mycobacteria, paving the way for new treatments.

Research reveals effective drug combination against RNA viruses and their challenges.

Study reveals importance of beta-alanine for Salmonella survival and infection.

Research highlights competitive traits of ST111 strain in healthcare settings.

Study reveals how viruses influence bacteria during algal blooms.

Research reveals genetic diversity in soybeans for better farming outcomes.

New insights into how DNA repair influences melanoma development.

Bi-nano-ID enhances understanding of protein interactions, focusing on TAZ in cell signaling.

Advancements in processing cerebrospinal fluid enhance protein detection for neurological research.

Research sheds light on improving AAV packaging for gene therapy applications.

E. coli's ability to replicate DNA quickly is vital for its survival.

Research reveals new methods to study stress granules in cells during stress responses.

Research reveals how rust fungi invade plants using specific protein signatures.

Combining neuroscience and AI to improve machine learning systems.

Research reveals how filopodia enhance neuron signaling and adaptability.

Study shows that detailed brain scans can better predict language recovery post-stroke.

Research sheds light on how 5-MeO-DMT alters brain function and consciousness.

Examining the connection between visual working memory and perception in the brain.

Research reveals crucial dynamics in neuron communication and their impact on brain function.

Examining how individuals with autism experience touch differently.

Chronic pain can lead to serious memory problems affecting daily life.

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.

New research challenges old views on ancient turtle habitats.

Developing a reliable AI model to improve prostate cancer diagnosis from biopsies.

Stomoxys flies threaten livestock through disease transmission and economic losses.

Research reveals rapid resistance development in wheat powdery mildew across Europe.

Analyzing the relationship between honeybee survival and nosemosis caused by N. ceranae.

Human activities are reshaping virus transmission with serious health risks.

Exploring how HIV hides and the impact of Nef protein in treatment.

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

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

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.

Zebrafish help researchers assess chemical risks and their effects on health.

Research explores how inhibiting certain pathways can aid in weight loss.

A closer look at CBD's effects and risks in health.

Research highlights CoPP's ability to mobilize blood cells and its safety profile.

Research reveals how proteins influence neuron regrowth after injuries.

Research highlights PERM1's importance in heart function and its link to heart failure.

New methods to study stomata can improve crop resilience and efficiency.

Anatomical differences in rats complicate liver transplant research and outcomes.

This study reveals obesity's effects on muscle autophagy and health.

Innovative technique measures muscle strength through tendon signals for better workouts.

This study develops organoid models for better understanding porcine colon function.

Research explores how life adapts to different gravity and magnetic conditions.

This study reveals how peat retains carbon and responds to enzymatic breakdown.

Exploring the TPLATE complex's function in plant cell material intake.

Study reveals benefits of chicken manure and NPS fertilizers for garlic yields.

This research reveals how plants produce withanolides and their potential benefits.

Research reveals role of heat shock proteins in plant response to climate change.

Researchers uncover how Stomidazolone affects plant stomatal development and growth.

Study highlights how bacterial communities protect plants from diseases.

Examining how domain shift affects deep learning in identifying plant diseases.

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.

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

A study reveals DoriVac's potential in treating melanoma by enhancing immune response.

Exploring DNA's potential in data storage amidst growing digital demands.

New bioengineering methods enhance treatment options for dairy cow mastitis.

Researchers enhance DNA delivery in diatoms, promising advances for sustainable food production.

New methods streamline the transformation of plants for better crops.

INSCRIBE system allows cells to record their signaling history for better understanding of biology.

New study highlights how protein changes affect drug interactions.

Advancements in biosensor technology simplify detection of environmental hazards.

A new model improves predictions for biomolecule pathways using machine learning.

Research develops a metabolic model for enhancing lipid output in Umbelopsis fungi.

A study on how SLC transporters interact and their impacts on cellular functions.

A new method studies how gut microbes interact and adapt to dietary changes.

Examining how to define and identify cell death in biological systems.

A study reveals new insights into the DNA replication process.

New insights into protein complexes improve our understanding of cell biology.

Study reveals interaction between gene expression and growth rates in engineered cells.

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.

New methods reveal hidden diversity among Swedish Lepidoptera species.

A newly developed mosquito strain may help control dengue outbreaks in Bangladesh.

EPNs offer an eco-friendly way to control pests in potato farming.

Using leftover bakery products to boost fish farming efficiency and sustainability.