HMN 2026: How Nanotech platform combining paclitaxel with siRNA boosts immune response against lung cancer
HMN 2026: How Nanoparticles target psoriasis genes, aiming to treat 190 million people worldwide
Maria Vitória Bentley during her presentation at FAPESP Week London. Credit: Elton Alisson/Agência FAPESP A technological platform developed by Brazilian researchers could revolutionize the treatment of skin diseases such as psoriasis and vitiligo. The group, affiliated with the NanoGeneSkin laboratory…
HMN 2026: How The mystery of the eye disease that can blind infants
HMN 2026: What is the mysterious tooth condition affecting millions of children
HMN 2026: How Mylpf protein serves as a molecular linchpin for muscle health
HMN 2026: How Music and speech therapy combined support children rebuilding communication after brain injury
HMN 2026: How Music listening shows no mental health benefit in 20,000 twin records
HMN 2026: What is the Muscle oxygenation response during duplicate sprints in professional soccer players
HMN 2026: how well AI interprets clinical text and health records in nine languages
Overview of benchmarking LLMs in clinical text understanding. a, Workflow of benchmark construction, model evaluation and performance analysis. b, Clinical applications supported by the benchmark across different stages of patient care. Credit: Nature Biomedical Engineering (2026). DOI: 10.1038/s41551-026-01719-2 Researchers at…
HMN 2026: How mRNA flu vaccine offers immune protection against diverse strains
HMN 2026: How MRI method may predict kidney disease before it develops
HMN 2026: What is the evidence of ongoing neurodegeneration in neuromyelitis optica spectrum disorder
HMN 2026: What is the key inflammatory mechanism behind sleep apnea-related metabolic disease
Graphical abstract. Credit: SLEEP (2026). DOI: 10.1093/sleep/zsag117 Researchers at Marshall University have identified a potential immune mechanism contributing to metabolic dysfunction and insulin resistance associated with obstructive sleep apnea (OSA), offering new insight into how chronic sleep-related oxygen deprivation affects…
HMN 2026: How Motion sickness is not a modern phenomenon
HMN 2026: How Mosquito nets remain a powerful weapon against malaria—but research warns their long-term effectiveness is under threat
HMN 2026: How Smartphones reduce birth rate,
HMN 2026: How Six-month results confirm feasibility and early success of first in-human combined bladder-kidney transplant
HMN 2026: How A 16-month-old and his mother recover from Ebola in rare good news from outbreak in Congo
HMN 2026: How Moment-to-moment memory access may depend on histamine neuron swings
HMN 2026: How Mom’s good heart health lowers risk of baby’s developmental delays
HMN 2026: How Molecule found on cancer cell surfaces may lead to new therapies
HMN 2026: What are the Molecular mechanics behind heart cell restructuring
HMN 2026: How Molecular machinery in cardiac mitochondria reacts to metabolic stress in unexpected way
Graphical model of ATP synthase organization, its interactome and its regulatory remodeling in wild-type and Lrpprc knockout heart mitochondria. Credit: Nature Communications (2026). DOI: 10.1038/s41467-026-74730-5 In a recent study published in Nature Communications, researchers at Karolinska Institutet report that the…
HMN 2026: How ‘Molecular eraser’ destroys cancerous mRNA before protein forms, reshaping cancer cells
HMN 2026: How Molecular clues in maternal blood may predict preterm birth
HMN 2026: What is the Molecular cause of age-related cognitive decline
HMN 2026: How Modular coatings customize hydrogel implants to boost adhesion and limit fibrosis
HMN 2026: How modern rheumatoid arthritis treatments can protect bone health
HMN 2026: How Moderate screen time in first 3 days after concussion is linked to teens’ faster recovery
HMN 2026: How Ménière’s disease may begin early in inner ear development
HMN 2026: How Mitochondria reveal new TDP-43 signaling route tied to ALS and dementia
Mitochondrial OXPHOS regulates TDP-43 oxidation and crosstalk with GADD34/PP1 via RNA granule-mitochondria contact sites. Credit: Nature Communications (2026). DOI: 10.1038/s41467-026-74009-9 A new study published in Nature Communications has uncovered a communication pathway between mitochondria and RNA granules that may help…
HMN 2026: How mitochondria build their protein factories could help explain energy?linked disease
HMN 2026: How Could seeing themselves in a mirror help babies copy others?
HMN 2026: How Four minutes of daily resistance training can quadruple fitness in older adults
HMN 2026: How Five-minute hourly movement breaks ca cut fatigue, lift mood without hurting work
HMN 2026: How Mini robot simplifies dental treatment by preparing teeth for crowns
HMN 2026: How Creating mini-brains from stem cells reveals a new, promising treatment for a devastating childhood disease
Variants in the DHDDS gene cause a severe neurodegenerative condition, characterized by tremors, seizures, coordination and learning difficulties, usually manifesting in early childhood. This Parkinson’s-like condition is extremely rare, and until recently, parents were told there was nothing that could…
