Day April 27, 2026
HMN 2026: How Multiple myeloma cells adapt after immunotherapy, helping explain why many patients relapse
HMN 2026: How mRNA cancer vaccines still destroy tumors when a key immune cell is missing
HMN 2026: How Sleep, movement and mood data can spot depression early
HMN 2026: How Is mouthwash bad for the heart?
HMN 2026: why chronic muscle inflammation resists standard drugs
HMN 2026: How A molecular movie captures cancer’s great escape from targeted therapy
HMN 2026: How Modern lifestyles may be affecting how our bodies recycle estrogen
HMN 2026: How Mitochondria keep key immune cells battle-ready by sustaining electron flow,
Active mitochondria are needed for optimal anti-tumor immunotherapy with cDC1s. While control cDC1 vaccine is effective in reducing the metastasis of intravenously injected B16-OVA tumors, the cDC1s with impaired mitochondria show less effective cancer immunotherapy. Credit: CNIC Researchers at the…
HMN 2026: How ‘MitoCatch’ delivers healthy mitochondria to diseased cells
HMN 2026: How a misdirected DNA alarm could reshape treatment for rare rapid-aging diseases
HMN 2026: How Mini brain-like structures grown in lab may help scientists treat, diagnose and stage Alzheimer’s disease
HMN 2026: How Millions of US birth records uncover an autism risk surge tied to common drugs taken during pregnancy
HMN 2026: How Microwave energy can transform tires into fuel and graphene faster
HMN 2026: how bacteria rotate tiny pucks
Hydrodynamic model of swimming E. coli passing through a channel. Credit: Nature Physics (2026). DOI: 10.1038/s41567-026-03189-4 At the Institute of Science and Technology Austria (ISTA), Jérémie Palacci’s research group is venturing into metallurgy—albeit with a twist. Instead of traditional tools,…
HMN 2026: How to overcome bias in AI tool for children with anxiety
Researchers at Cincinnati Children’s, working with collaborators at University College London and Oak Ridge National Laboratory, have identified a practical, data-centered strategy to reduce bias in artificial intelligence (AI) systems used in children’s mental health care. The findings, published in…
HMN 2026: What is the protective mechanism in T cell purine pathways
HMN 2026: How to spot and help someone in a mental health crisis
HMN 2026: How Menstrual cycle reshapes nearly 200 blood proteins, offering a broader view of women’s health
HMN 2026: Why Second meningitis vaccine doses are offered after UK outbreak
HMN 2026: What happens when men don’t feel ‘man enough’?
HMN 2026: What are the Five tips to make your memory work more effectively
HMN 2026: How Melatonin appears to promote sleep by reducing visual sensitivity
HMN 2026: How Medicare quality measures were capped even as most eligible doctors never reported them
HMN 2026: How Meat consumption rises as protein trend grows
HMN 2026: How Single mathematical model helps solve a decades-old puzzle involving ultrafast lasers
Shot two hawks with one arrow: Above- and below-threshold breathing solitons, previously requiring separate theoretical descriptions, can now be reproduced accurately with a single unified framework—capturing all the key experimental behaviors in a single simulation. Credit: Aston University A team…
HMN 2026: How Maternal RSV vaccination cuts infant hospitalization risk by over 80%, major
HMN 2026: How Does marriage prevent cancer? And who benefits the most?
HMN 2026: How Male allies are key to women’s global health leadership
HMN 2026: How Fighting malaria is more effectively with climate data
HMN 2026: How Tylenol shows no autism risk in more than 1.5 million children
HMN 2026: How A major cancer protein hijacks RNA editing, exposing a new weakness in prostate tumors
HMN 2026: How Madagascar’s ancient baobabs store 700 years of climate secrets—what they reveal
HMN 2026: How A machine learning model that uses DNA methylation patterns may help identify the origin of cancers of unknown primary
HMN 2026: What is the breath of fresh air for personalized treatment
HMN 2026: How Self-assembling luminophores reveal new design principle for efficient light-energy transport
A recent study shows that sterically demanding diphenylanthracene-based artificial ?-luminophores can be programmed to self-fold and preorganize into highly ordered supramolecular nanotubes. This folding-mediated assembly guides directional ?–? stacking and cooperative interactions, enabling the formation of stable curved architectures. Notably,…
