https://sudonull.com/replacement-of-gold-nanoparticles-for-laser-cancer-treatment-in-russia
Russian scientists replaced expensive gold with tungsten and palladium diselenides for photothermal cancer therapy. Learn about a cheap and safe method for destroying inoperable tumors.
https://sudonull.com/iron-nanoparticle-film-increases-sensor-sensitivity-by-1-5-times
Scientists at Immanuel Kant Baltic Federal University have created a flexible polymer film with magnetic nanoparticles that increases sensor sensitivity by 1.5 times. The slow drying technology reduces the cost of sensors for smartwatches and cars. Learn about the breakthrough!
https://sudonull.com/crispr-pencil-gene-therapy-n-1-saved-an-infant
Doctors edited a newborn's liver by assembling therapy for a unique mutation. Learn how CRISPR-pencil is changing regulation and the future of medicine.
https://ymaho.com/nanoparticles-against-immune-aging-a-new-strategy
Scientists proposed metabolic reprogramming of immune cells using nanoparticles to combat age-related aging. Learn about the prospects and limitations of the method.
https://ymaho.com/nanoparticles-against-immune-aging-acs-nano-breakthrough
Scientists propose metabolic reprogramming of immune cells using nanoparticles for immune rejuvenation and healthy longevity. Read the analysis.
https://ymaho.com/mit-nanoparticles-for-immunotherapy-of-pancreatic-cancer-metastases
MIT scientists have created nanoparticles with AND logic for targeted activation of the STING pathway in metastases. Preclinical data: 70% reduction in metastases. Learn about the breakthrough in nanomedicine.
https://ymaho.com/nanotechnology-against-cancer-chemoresistance-a-review-from-eur-j-cancer
Breakthrough in oncology: how nanoparticles and CRISPR epigenome editing reverse tumor resistance to chemotherapy. Learn about clinical successes in 2026.
https://ymaho.com/rna-editing-with-light-crispr-cas13d-for-deep-tissues
Scientists created a photoactivatable system paCas13d with nanoparticles. The technology cured bone necrosis in mice without harming systemic therapy. Learn how IR light controls genes at tissue depth.
https://ymaho.com/nad-and-exosomes-in-cosmetics-debunking-or-breakthrough-2026
Creams with NAD+ and exosomes cost millions, but scientists doubt their effectiveness. The molecule is too large, and nanoparticles die in jars. Find out why 48 experts found traces of life in only 5 samples.
https://ymaho.com/cyanidin-neuroprotective-potential-in-alzheimer-s-and-parkinson-s-disease
Springer review confirms antioxidant and senolytic properties of cyanidin. Learn about its potential and the role of nanoparticles for crossing the BBB. Read more.
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