Discover how plant wearable sensors and AI are revolutionizing agriculture by decoding plant stress signals in real-time.
Explore how allosteric aptamers and aptazymes are transforming biological screening approaches with their programmable, shape-shifting capabilities.
Discover how protein/fluorophore complexes regulate light absorption and emission, enabling revolutionary advances in biology and medicine.
Explore how genetic engineering transforms mammary glands into pharmaceutical factories producing therapeutic proteins in milk, with CRISPR technology and future applications.
Discover how polycistronic expression plasmids enhance production of the antifungal peptide CGA-N46, offering new hope against drug-resistant fungal infections.
Discover how the SsSAD gene from Sapium sebiferum could help engineer cold-resistant crops through prokaryotic expression in E. coli.
Discover how scientists successfully integrated bacterial division machinery into dendrimersome synthetic cells, a breakthrough in synthetic biology.
Explore the fascinating world of chromosomes, their structure, function, and recent groundbreaking discoveries in genetics research.
Discover how scientists expressed the Aspergillus MAN1 gene in E. coli and characterized its enzymatic properties for industrial applications.
Discover how engineered TALE proteins with enhanced 5-methylcytosine selectivity are transforming epigenetic research and opening new possibilities for diagnostics and therapeutics.