Discover how nuclei in Podospora anserina fungus undergo extreme deformations and reach incredible speeds through microtubule-driven mechanisms.
Discover how actin cytoskeleton organization genes are revolutionizing early detection of oral cancer and oral potentially malignant disorders through RNA-seq analysis.
Discover how the Gαq protein controls organ size and developmental timing in fruit flies, revealing fundamental biological processes with implications for human development and disease.
Discover how keratin dysregulation in the cytoskeleton triggers tumor aggressiveness through genomic instability and cellular adaptation in cancer progression.
Exploring the genetic and pathobiological pathways of talipes equinovarus through a comprehensive narrative review.
Discover how melanoma cells use phenotype switching to evade targeted therapies and develop treatment resistance through cellular transformation.
Exploring the role of PIP5K1α in asthma pathophysiology and its potential as a therapeutic target for future treatments.
Discover how hypoxia-related biomarkers and immune signatures are revolutionizing the diagnosis and understanding of Diminished Ovarian Reserve (DOR).
Explore how advanced software transforms microscopic image analysis for studying cell adhesion and protein colocalization in cellular biology research.
Discover how NDR2 kinase regulates microglial metabolic adaptation and inflammatory response in diabetic retinopathy. Explore the groundbreaking research connecting metabolism and inflammation.