Explore the connection between inflammation and mood, examining how immune responses influence brain chemistry, emotions, and overall mental well-being.
Explore the adaptive strategies organisms use to survive acidic conditions, from molecular mechanisms to gene regulation and environmental interactions.
Explore how frontal lobe strokes affect movement, cognition, and behavior, along with key risk factors, underlying mechanisms, and diagnostic approaches.
Explore the mitotic spindle's role in cell division, from its assembly to regulation, and how its precise function ensures accurate chromosome segregation.
Explore the structure and functional roles of beta-2 glycoprotein, including its involvement in coagulation, immune responses, and clinical diagnostics.
Explore the potential link between carbon monoxide exposure and cancer risk, examining biological effects, human studies, and animal research findings.
Explore how biolayer interferometry enables real-time, label-free analysis of molecular interactions, offering insights into binding kinetics and affinity.
Explore how sensory hair cells convert sound vibrations into neural signals, enabling hearing sensitivity, frequency resolution, and auditory processing.
Learn how erosive arthritis differs from other types, its key symptoms, contributing factors, and the latest insights on diagnosis and disease progression.
Explore the characteristics, activation methods, and interactions of BV2 cells as a microglial model to study neuroinflammation and cellular responses.
Exploring the complex relationship between lead exposure and autism, this article examines scientific evidence, potential mechanisms, and genetic factors.
Explore the potential long-term effects of propranolol in infants, including developmental patterns, neurological factors, and physiological responses.
Explore how cell clusters contribute to tissue organization, respond to environmental changes, and influence cancer development through complex interactions.
Discover how *Alcanivorax borkumensis* plays a key role in hydrocarbon degradation, its genetic traits, metabolic pathways, and environmental significance.
Explore how cryo-EM enhances molecular understanding by revealing protein structures, dynamic interactions, and advancements in high-resolution imaging.
Explore how cell confluency influences growth regulation, signaling pathways, and morphology, along with methods for accurate assessment in cultured cells.