Research Articles
Bomedemstat: A New Horizon of Hope for Advanced Myelofibrosis
Bomedemstat (IMG-7289), an orally active LSD1 inhibitor, shows promising results in treating advanced myelofibrosis in Phase 2 clinical trials.
Unlocking the Brain's Blueprint: The Fascinating World of Neurogenic Genes
Explore the role of neurogenic genes in brain development, evolution, and potential therapies for neurological disorders.
Standing the Test of COVID-19: Charting the New Frontiers of Medicine
Explore how the COVID-19 pandemic transformed medicine, accelerating innovations in personalized, systems, and digital healthcare approaches.
Remembering Obaid – One Year Later: How New Memory Discoveries Are Rewriting Neuroscience
Explore groundbreaking memory science discoveries that challenge traditional neuroscience models and honor Dr. Obaid's legacy.
Unraveling Tuberous Sclerosis: From Genetic Mystery to Personalized Hope
Comprehensive exploration of Tuberous Sclerosis Complex (TSC), its genetic basis, clinical manifestations, and emerging treatments including CRISPR gene editing.
Eugenics and Society: The Dark Legacy and Modern Echoes of "Good Breeding"
Exploring the history, implementation, and modern manifestations of eugenics - a cautionary tale about science, ethics, and society.
The Brain Revolution: Navigating Neurocare Challenges from 2001 to 2030
Explore the evolution of neurological care from 2001 to 2030, examining challenges, breakthroughs, and future directions in brain health and neuroscience.
Moos, Marks, and Miracles: How Reproductive Biotechnology is Revolutionizing Cattle Breeding
Explore how reproductive biotechnology is transforming cattle breeding through AI, IVF, genomic selection and gene editing to address global food security challenges.
Cracking the Code: How Forensic Genetics is Solving the Unsolvable
Explore how forensic genetics is revolutionizing crime solving through DNA analysis, from STR profiling to modern SNP sequencing and breakthrough experimental methods.
Unveiling the Hidden World of Elements: How X-Ray Fluorescence Microscopy is Revolutionizing Biology
Discover how biological X-ray fluorescence microscopy (XFM) is revolutionizing biology by mapping elemental composition with extraordinary precision.