Discover how polymeric micelles and hydrogen sulfide (H2S) could deliver breakthrough medical treatments through controlled gas therapy.
Explore how light-activated amphiphilic copolymers enable precise, remotely triggered drug delivery with minimal side effects.
Explore how scientists analyze the plasma metalloproteome using SEC-ICP-AES to bridge proteomics and metabolomics, revealing the secret life of metal-bound proteins in our bloodstream.
Discover how PPZ023, a novel PPARγ ligand, overcomes radioresistance in non-small cell lung cancer through ER stress and cell death mechanisms.
Discover how bioengineered nanophages are revolutionizing the fight against multi-drug resistant bacteria through precision targeting and innovative science.
Explore how computer graphics are transforming DNA sequencing from abstract code into visual masterpieces, accelerating medical breakthroughs and unlocking secrets of life.
Exploring the phytochemistry, pharmacology and novel delivery applications of Syzygium cumini (Jamun), the Indian black plum with remarkable medicinal properties.
Explore the revolutionary 3D visualization of mouse brain lipids using ambient ionization mass spectrometry, revealing the brain's hidden chemical architecture.
Explore how green nanobiotechnology uses plants to create nanoparticles that combat crop diseases sustainably and effectively.
Exploring the phenomenon of pharmaceutical contamination in aquatic ecosystems and its impact on fish and environmental health.