Search Articles — Sudonull

https://sudonull.com/how-does-biotechnology-use-genetic-engineering

Learn how does biotechnology use genetic engineering with CRISPR, gene therapy, and more. Explore breakthroughs in medicine, agriculture, and the future of DNA editing.

https://sudonull.com/endosymbionts-in-regenerative-medicine-technology-without-transplantation

How Genetically Modified Bacteria Reprogram Cells for Tissue Regeneration. Advantages Over Transplantation and Viral Vectors. Learn About Breakthrough Research.

https://sudonull.com/genetic-adaptation-after-the-neolithic-paleodna-data

Analysis of 15 thousand ancient genomes proved acceleration of evolution after agriculture. How the GLMM method revealed 479 adaptive mutations. Learn the details of the study.

https://sudonull.com/register-optimization-in-ryujit-using-genetic-algorithms

How genetic algorithms help improve register allocation in the RyuJIT compiler and reduce PerfScore. Technical details and results.

https://ymaho.com/smart-drugs-for-cancer-and-hiv-development-by-siberian-scientists

Institute of the Siberian Branch of the Russian Academy of Sciences creates therapeutic oligonucleotides — molecules that switch off cancer and HIV genes. The development of phosphorylguanidines promises treatment without side effects. Learn how Russian genetic engineering bypasses Western patents.

https://ymaho.com/personalized-crispr-therapy-saved-an-infant-in-vivo-breakthrough

A child with the ultra-rare CPS1 mutation survived thanks to personalized CRISPR therapy in 6 months. Learn about the breakthrough in genetic engineering and N-of-1 platforms.

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/gene-therapy-of-aging-in-the-russian-federation-rage-blockade-and-sarcopenia-exosomes

Russian scientists are creating the world's first anti-aging drugs: RAGE gene blocker and exosome rejuvenation. The Ministry of Education and Science promises clinical use by 2030. Learn how transplantation of 'young' vesicles restores muscles and why the budget exceeds 2 trillion rubles.

https://ymaho.com/in-vivo-gene-editing-phase-3-of-hae-therapy-successful

First ever successful phase 3 in vivo gene editing: lonvo-z therapy reduces HAE attacks by 87%. Learn about the breakthrough and discontinuation of prophylaxis.

https://ymaho.com/evocast-gene-insertion-without-dna-cuts-breakthrough-2026

The new evoCAST tool inserts whole genes without double-strand breaks. Efficiency increased 400-fold. Learn how this will change gene therapy.

https://ymaho.com/crispr-in-vivo-reduces-cholesterol-by-60-in-verve-102-study

Single infusion of VERVE-201 sustainably lowers LDL by more than 60%. Learn how CRISPR editing is changing the hypercholesterolemia therapy market. Read the analysis.

https://ymaho.com/dream-genetic-switch-link-between-lifespan-and-diseases

Low DREAM activity increases lifespan in 92 species and protects against Alzheimer's disease. Learn about the genetic switch of aging and its impact on the risk of age-related diseases. Read details.

https://ymaho.com/mit-synthetic-circuit-reverses-cellular-aging

MIT scientists reprogrammed cell aging without cancer risk. Learn how the genetic switch works and when to expect therapy. Read more.

https://ymaho.com/stem-cells-gmp-standardization-and-clinical-prospects

Stem Cell Market Overview: Why Without GMP Standardization Therapy Will Not Become Widespread. Safety Issues, Genetic Modification, and FDA Regulatory Trends 2026. Find Out Who Will Benefit from the New Rules.