Research Articles
From ROOTS to GRAVI-1: How Plants Defy and Dance with Gravity
Exploring 25 years of research on how plants sense gravity, from Earth's soil to space farming challenges.
Electric Fields vs. Cancer: Decoding TTFields' Powerful Strike Against Tumors
Exploring how Tumor Treating Fields (TTFields) use electric fields to disrupt cancer cell division and enhance treatment outcomes.
The LINC Complex: Nature's Tiny Bridge Between Nucleus and Cell
Explore the fascinating world of LINC complexes - the molecular bridges connecting nucleus and cytoskeleton, their structure, functions, and disease implications.
The Invisible Scaffolding: How Tiny ACTN1 Gene Mutations Reshape Our Platelets
Exploring ACTN1-related thrombocytopenia, an inherited platelet disorder caused by microscopic flaws in cytoskeletal proteins leading to fewer and larger platelets.
Molecular Architects: How Tiny Proteins Build Cellular Cities with Actin
Exploring how actin filaments and cross-linking proteins create diverse cellular structures through molecular dynamics simulations.
The Actin Architect: How WIPF2 Builds Breast Cancer's Invasion Machinery
Exploring WIPF2's role as a master regulator of actin cytoskeleton in breast cancer metastasis and invasion
The Heart's Blueprint: How Stem Cells and Gene Editing Unravel Mysteries of a Deadly Muscle Disease
Exploring how hiPSC-CMs and CRISPR gene editing are revolutionizing cardiomyopathy research through Myozap mutation studies.
The Secret Superpower of Science: Why That First Sentence Changes Everything
Discover how effective introductions shape comprehension and retention in scientific communication, backed by cognitive psychology research.
The Sperm Rescue: How an Apple Peel Compound Is Revolutionizing Male Fertility Research
Discover how ursolic acid from apple peels is showing remarkable potential in reversing male infertility by activating cellular motor proteins in groundbreaking research.
Unlocking Bone Regeneration: How a Tiny Protein Makes Parathyroid Hormone Therapy Work
Discover how RhoGDIα protein enables parathyroid hormone's bone-building effects through innovative research in osteoblast regulation.