Day May 2, 2026
HMN 2026: How A new skin-hugging heart monitor material could make long-term ECG tracking far more comfortable
HMN 2026: How Skin-deep microneedle sensor tracks drug clearance and reveals early kidney and liver dysfunction
HMN 2026: How Skin cells may help rabies invade nerves after minor bites or scratches
HMN 2026: How Skills overtake age as economic driver in China
HMN 2026: How The SIRT6 gene keeps the brain healthy by regulating protein production,
HMN 2026: How Simple procedure relieves painful complications after deep vein thrombosis
HMN 2026: How Simple menu tweak can boost vegetarian choices and cut carbon
HMN 2026: How Silent B-cell mutations may build for years before thyroid autoimmunity appears
HMN 2026: How This shrimp-inspired camera sees hidden cancer spread and could transform how surgeons remove lymph nodes
HMN 2026: How Shorter antibiotic courses show similar outcomes to longer use for some pneumonia patients
HMN 2026: How Double shifts disrupt normal cortisol patterns
HMN 2026: How Shakespeare’s ‘missing’ London house is mapped with new discovery
HMN 2026: How Sex differences in brain gene activity could explain why some disorders affect men and women differently
HMN 2026: How Severe male infertility tied to higher colorectal and thyroid cancer risk
HMN 2026: How Serotonin spikes may worsen tinnitus by directly activating the brain’s auditory circuit
HMN 2026: How Public sector workers’ motivation are based more on work environment than personal drive,
HMN 2026: How early nerve cell choices shape the peripheral nervous system
HMN 2026: How to crack an ‘undruggable’ childhood cancer protein, opening a path to treatments for neuroblastoma
HMN 2026: How to uncover brain circuits for impulsivity
Optogenetic inhibition during the modified delayed response task. Credit: Science Advances (2025). DOI: 10.1126 Scientists from the Lee Kong Chian School of Medicine at Nanyang Technological University, Singapore, have uncovered how different brain regions work together to enable self-control—the ability…
HMN 2026: How to unlock shape-shifting living tissue, programming cells to fold flat sheets into precise 3D forms
(A) Schematic representation of an anisotropically micropatterned substrate. (B) Phase-contrast images of fibroblast monolayer regions evolving on micropatterns designed to impose different alignment constraints. Credit: bioRxiv DOI: 10.1101 Biological tissues have a remarkable ability to organize and change shape, driven…
HMN 2026: How New finding causes scientists to reconsider what actually causes cerebrospinal fluid buildup in the brain
HMN 2026: How to make Parkinson’s drug from plastic in world first
HMN 2026: How to identify kinesin-2 motor assemblies that selectively transport proteins to specific regions within neurons
Kinesin-2 motor proteins transport cargo along neuronal microtubules to ensure proper cellular organization. This study shows that kinesin-2 exists as distinct assemblies with different compositions and cargo-binding properties. A KIF3B-enriched assembly preferentially transports TRIM46, an axon-organizing protein, to the axon…
