Research Articles
The Frozen Ark: How Scientists Are Putting Marine Life on Ice
Explore how cryopreservation technology is revolutionizing marine conservation and aquaculture by preserving marine organisms at ultra-low temperatures.
The Third Pillar of Precision Medicine: Mastering the Art of Precision Delivery
Explore how precision delivery is revolutionizing medicine by ensuring targeted therapies reach their intended destinations in the body with unprecedented accuracy.
Unlocking the Genetic Code of Mental Illness: The WGSPD Consortium's Quest
Explore how the WGSPD Consortium is using whole genome sequencing to uncover the genetic mysteries behind psychiatric disorders like schizophrenia, bipolar disorder, and autism.
The Invisible Bridge: How Bio-Cyber Interfaces are Connecting Biology to the Internet
Exploring the revolutionary field of Internet of Bio-Nano Things (IoBNT) and the security challenges of bio-cyber interfaces connecting biological systems to digital networks.
scHiClassifier: How Deep Learning Decodes the 3D Genome to Identify Cell Types
Discover how scHiClassifier uses deep learning to decode the 3D genome structure and accurately identify cell types through single-cell Hi-C data analysis.
The Calf's Secret Weapon: How Vitamin E Builds a Powerful Immune System
Discover how supplemental Vitamin E acts as a powerful antioxidant, enhancing immune function and overall health in calves through scientific evidence.
The Naked Cell Revolution: How Protoplasts Are Transforming Our Crops
Explore how protoplasts - plant cells stripped of their walls - are revolutionizing crop genetic modification through DNA-free CRISPR editing and somatic hybridization.
Taming the Cellular Cacophony: How Data Denoising is Revealing Biology's True Harmony
Explore how data denoising techniques are revolutionizing single-cell RNA sequencing by improving clustering accuracy and revealing true biological signals.
Biotechnology in Schools: A Handbook for Teachers
A comprehensive guide for educators implementing biotechnology education in classroom settings with practical frameworks and resources.
The Cell Cycle's Broken Brake: How CDC25C Phosphatase Fuels Prostate Cancer
Explore how CDC25C phosphatase and its alternatively spliced variant drive prostate cancer progression through cell cycle dysregulation.