Biology

A study on how specific neurons influence motivation during food-seeking behavior.

Research shows how networks learn to categorize colors, influenced by vision and language.

Study reveals how mosquitoes detect insecticides from distance, impacting malaria control methods.

A study examines how intolerance to uncertainty affects decision-making.

Study shows less movement in pinyon jays can indicate reduced stress.

Research reveals insights into innate face detection mechanisms in animals.

How memory shapes our ability to adapt movements effectively.

Discover how slime molds recognize their species and interact with their environment.

Auranofin shows promise against bacteria by targeting essential enzymes.

Portable X-ray fluorescence transforms biological sample analysis with non-destructive methods.

Research examines Cas12a's DNA targeting and mutation effects in phage resistance.

Exploring the importance of natural products and their potential health benefits.

Research highlights the role of metabolites in inflammation and immune cell response.

New insights into CRBNmidi could transform drug development for serious diseases.

Study reveals impact of DNA damage on G-quadruplex structures and gene regulation.

MTHFR plays a vital role in body processes and affects various health conditions.

Research reveals brain activity patterns persist post-cardiac arrest.

Researchers develop light-based technique to manipulate protein clusters in cells.

Liver cell movement is vital for development, regeneration, and cancer spread.

Researchers study how exoskeletons can improve walking efficiency.

Research explores black soldier fly larvae for sustainable cell growth alternatives.

New techniques improve the study of brain diseases through preserved tissue analysis.

New methods in creating heart tissues may transform heart disease research.

A novel approach improves protein analysis from small cancer tissue samples.

Stock centers improve research transparency through RRID implementation and citation tracking.

TemStaPro forecasts protein stability using amino acid sequences for various temperatures.

Research reveals innovative methods to study phage enzymes targeting bacteria.

MCLand enhances understanding of cell differentiation through detailed visual modeling.

BSAlign optimizes sequence alignment for faster and more accurate results.

DrivR-Base offers essential tools for identifying harmful genetic changes.

A new model improves the identification of gene regulatory elements linked to cancer.

Scientists use homologous sequences to improve deep learning models in genomics.

Investigating how membrane properties affect immune cell function and health.

PatternJ simplifies the measurement of regular patterns in images for biologists.

NSTM improves image quality in moving scenes for various imaging systems.

New insights into actin's role and modifications affecting cellular functions.

New methods are shaping the future of safer pain relief options.

Research reveals how M.BceJIV influences B. cenocepacia behavior and infection.

Study reveals how epithelial tissues adapt their shapes during development.

A look at how GABAA receptors and neuroactive steroids affect brain activity.

Research links melanoma brain metastasis with neurodegenerative diseases through gene patterns.

Research sheds light on the complex interactions within lung cancer tumors.

New enzymes could enhance cancer therapy by breaking down immunosuppressive compounds.

New research maps DNA changes from TMZ in glioblastoma cells.

Examining how TP53 and MDM2 influence breast cancer progression.

Research shows lignin may effectively target cancer cells while sparing healthy ones.

A new organoid model helps study melanoma brain metastasis effectively.

Research shows peptides can effectively target cancer cells, especially in melanoma.

Study reveals how T cell contact affects macrophage behavior and HIV susceptibility.

Nuclear speckles play crucial roles in RNA editing and gene regulation within cells.

Study reveals Hippo pathway's role in cell shape, behavior, and evolution.

Research unveils peptide's role in enhancing bone formation and blood vessel growth.

This article examines how cilia length and transport affect cell behavior.

Research highlights the role of VPS35 and LRRK2 in Parkinson's disease mechanisms.

New findings reveal unique protein roles in trypanosome cell division.

Research explores how parasites affect bee populations and their interactions with floral diets.

Research on Ciona sheds light on gene regulation in neuronal development.

Somitogenesis is key to forming body structures in early development.

Explore the crucial role of hormones in insect life cycles.

miR-506 family miRNAs impact sperm development and male reproductive success.

Research reveals how a mother's diet shapes gut microbiome and offspring health.

Study reveals O-GlcNAc's impact on growth and gene expression in early mouse embryos.

New tool embGAN enhances tracking of cell lineages in label-free imaging.

Study reveals how CTCF influences gene expression in response to Wnt signaling.

A look at using eDNA to assess biodiversity in river systems.

Research reveals liming can help lower methane output from pasture soils.

This article examines the P-model for predicting ecosystem responses and carbon uptake.

Investigating how DNA strands evolve under controlled competitive conditions.

Examining how climate and human actions shape plant diversity in tropical forests.

An analysis of biodiversity responses to human land use and habitat disturbance.

Examining how the pandemic reshaped antibiotic use and resistance patterns.

This study examines feeding relationships between birds and fruits in diverse regions.

An overview of the rising issue of multimorbidity and measurement inconsistencies.

Research reveals how age affects the link between cholesterol, BMI, and heart disease.

Study shows challenges in treating loiasis alongside other diseases.

A study reveals how various factors influence the timing of preterm births.

This study examines how initial cancers may increase the risk of new ones.

High infant mortality rates demand urgent action and targeted solutions.

Study reveals how wealth affects vaccination rates and health outcomes worldwide.

Study examines how antibody sensitivity declines over time in COVID-19 tests.

This study examines how genetic drift affects COVID-19 spread and variant emergence.

Analyzing the role of diversity indices in wildlife conservation strategies.

Study reveals genetic diversity and insecticide resistance in Anopheles mosquitoes in southern Ghana.

Study reveals how DNA methylation affects hybrid offspring in closely related birds.

Research reveals how environmental changes influence microbial population interactions.

Examining how genetic changes affect survival and adaptation in living organisms.

Research reveals genetic factors affecting ovariole numbers in fruit flies.

Stick insects showcase diverse reproduction methods, revealing insights into evolution.

Exploring mating types and proteins in Tetrahymena thermophila.

New study reveals gene activity patterns in language-related brain regions.

Explore how partner choices impact traits and populations.

Exploring the impact of fungi on wheat production and resistance strategies.

Examining how tiny midges impact livestock health and disease spread.

Discover how shoot branching influences plant structure and adaptability.

Advanced models help identify genetic variations linked to disease processes.

Study reveals the role of Dbp1 and Ded1 in yeast mRNA translation efficiency.

Study reveals how TEs affect gene expression under heat stress in A. thaliana.

A groundbreaking tool helps visualize and analyze ancient DNA samples more efficiently.

Learn how bacteria share genes through natural transformation and its impact on traits.

CellDemux enhances demultiplexing in single-cell sequencing for better research outcomes.

Research on TFs in model organisms reveals insights into gene expression and disease.

Study reveals alarming drug resistance patterns in K. pneumoniae bacteria.

Innovative approaches are key to improving rice production and meeting global demands.

Research is reshaping our approach to genome modifications and their implications.

B cells impact heart health and disease in ways not fully understood.

Research reveals how radiation therapy alters immune cell behavior in lung cancer.

Examines how infections lead to clotting complications in various organs.

Research looks at immune responses in pneumonia and lung problems from cancer treatments.

c-Rel plays a vital role in regulating immune responses in vertebrates.

New tools enhance knowledge of HLA and KIR genes in disease.

Recent research highlights advancements in combating P. vivax malaria.

Study suggests Bovine Coronavirus exposure may influence human response to COVID-19.

A deep dive into the genomic landscape of Actinomycetia and its medicinal potential.

This study reveals how transcription errors in a virus influence its traits.

Study reveals U16's crucial part in the replication of endogenous viruses in wasps.

GNA1 is vital for Toxoplasma gondii's survival and ability to invade host cells.

Research reveals how blocking fluoride export can reduce harmful bacteria.

This article explores bacterial responses to antibiotics and the role of specific proteins.

A study highlights growing antibiotic resistance in E. coli causing UTIs in Jordan.

This study reveals how FtsEX regulates bacterial cell division using ATP.

New RNA controls show promise for reliable virus detection over long periods.

Examining the complex processes involved in DNA copying and its significance.

Research reveals the link between cholesterol crystals and liver conditions.

This study explores how DevPF proteins regulate gene expression and IES excision in Paramecium.

New strategies for improved delivery of oligonucleotide therapies in genetic disorders.

Colibactin from gut bacteria may harm DNA and lead to diseases.

Tardigrades exhibit remarkable abilities to survive severe environmental challenges.

PRECISE editing offers new possibilities in RNA modifications and disease treatments.

New techniques in electrical stimulation may transform health treatment options.

Research reveals insights into how humans understand sound patterns.

Research shows how LRRK2 mutations lead to neuron issues in Parkinson's.

Improving measurement reliability is crucial for brain-behavior research.

A new method improves the study of brain networks and regions.

Research on zebrafish sheds light on SLC13A5 mutations and their effects.

This article explores how inhibitory neurons shape behavior and perception in mice.

New insights reveal potential genetic roles in early-onset Parkinson's disease.

A new model sheds light on ancient ecosystems and species interactions.

Investigating how climate impacts marine life in the Mediterranean Sea.

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.

Study reveals differences in kidney transplant models.

Study reveals how nematodes prepare for invasion through plant signals.

A guide to recognizing and addressing tooth resorption in cats.

Research reveals how F. asiaticum adapts to fungicides.

Research reveals complexities in pancreas function affected by Type 1 Diabetes.

Research explores how diabetes affects the choroid and potential herbal treatments.

Obesity increases breast cancer risk, affecting lymph nodes and treatment outcomes.

A study on VAP's causes, risks, and antibiotic resistance in critically ill patients.

Research explores the potential of β2-adrenergic agonists in treating Parkinson's disease.

Research unveils key roles of nAChR subtypes in organophosphorus-induced seizures.

New research highlights juglone's potential in treating oral cancer.

Study investigates silver nanoparticles as an alternative to antibiotics for treating infections in animals.

This study examines the activity of S1P1 receptors and their implications for brain health.

Study reveals antibiotics affect gut microbiota and weight gain in infants.

Tomatoes contain compounds that may lower cancer risk and aid heart health.

A study of historical texts reveals insights into ancient treatments for skin issues.

Research reveals arginase's impact on heart health in aging.

This article explores how fish adapt to turbulent water by schooling to save energy.

Research highlights the role of sugar transporters in cucumber fruit development.

Research reveals growth patterns of pig intestinal organoids at different ages.

Examining how relative age affects talent identification in female handball players.

Research on TallyHo mice reveals key factors in childhood obesity and future health.

FoxO factors are key for airway cells in managing lung health and stress responses.

A study reveals heart function dynamics during sepsis and its impact on survival.

Exploring how plants and fungi work together for mutual benefit.

Farmers can better manage water usage through technology and precise measurements.

Research reveals how plants process proteins, impacting production for pharmaceuticals.

Research reveals faster growth methods for Nicotiana benthamiana using light manipulation.

New method improves monitoring gene activity in plants, aiding research.

Research uncovers unique relationships among diverse green algae species.

Automated methods improve accuracy in studying root hair traits for agriculture.

A study on how AGPs and P4Hs affect tomato ripening.

NIH enhances research access with preprints amid evolving scholarly communication.

A study on how the pandemic affected biology students' research opportunities and satisfaction.

Students’ preferences reveal insights into science career paths.

Examining factors influencing career choices of biomedical PhD students.

A trial shows structured questions can improve peer review consistency and quality.

Examining how sex impacts diabetes development and health outcomes.

A look at how postdoctoral positions can be improved for diversity and fairness.

A new tool helps researchers combine printed papers and digital tools.

Innovative RNA sensors could transform disease diagnostics and improve healthcare access.

DIB-BOT streamlines the production of droplet interface bilayers for research.

Research shows carbon dots can enhance photosynthesis in plants and cyanobacteria.

Study reveals new synthetic biology tool for understanding cancer and immune responses.

Exploring efficient ways to produce curcuminoids using microbes for health and industry.

A novel approach for quick nucleic acid testing in various pathogens.

Research shows promise in traditional methods improving IVF outcomes for couples facing infertility.

BSF plays a critical role in waste management and biodiesel production.

Study reveals how genetics influence lifespan in roundworms, hinting at human health impacts.

ORFtag allows researchers to tag and analyze proteins efficiently in cell studies.

Research reveals how GPCR mutations impact cell signaling and disease.

New technology aids in identifying Amazonian lizard species efficiently.

Research reveals unique metabolic traits of bacteria for targeted antibiotic therapies.

VeloCycle improves RNA velocity analysis by addressing existing limitations and enhancing accuracy.

Research suggests modifying immune cells could enhance cancer treatment responses.

Exploring how TGF-β receptor levels influence cellular signaling.

A look at how different eye types have evolved and function in various environments.

Research reveals a new net that effectively combats malaria and resists mosquito resistance.

Research reveals waste from infected mosquitoes can spread West Nile Virus.

Saipan Reed Warblers face threats, but conservation efforts aim to protect them.

Kangaroos use unique movement to save energy while hopping at speed.

Explore the fascinating structure and function of echinoderm skeletons.

Examining new methods for diagnosing Chagas disease in dogs.

Examining the increasing resistance of mosquitoes to common insecticides worldwide.