Tattoo pigments that change color under light could allow tattoos to change appearance or temporarily disappear Newswise — Oct. 28, 2026—These aren’t your parents’ tattoos. The pigments are injected into the skin the same way as a normal tattoo. But the tattoo…
POSTECH and KAIST researchers used time-resolved X-ray scattering to show that the structure of neighboring molecules determines where iodine radicals reside and how far they move.
A new spectrofluorimetric method uses FMOC-Cl derivatization to detect delafloxacin at nanogram levels in pharmaceuticals and spiked plasma. Researchers have developed a highly sensitive spectrofluorimetric method for measuring the antibiotic delafloxacin, based on derivatizing the molecule with 9-fluorenyl methyl chloroformate…
a Ring closure of the linear precursor. b–e Ring expansion polymerization. f Living ring expansion polymerization of palladacycle for the synthesis of well-defined cyclic poly(aryl isocyanide). R, R’, R1, R2 = Substituents, L = Ligand, n = Number of ligands attached to the metal…
A team of engineers led by a scientist at CU Boulder have invented what could become one of the biggest tattoo innovations since the artform debuted more than 5,000 years ago. These aren’t your parents' tattoos. The nano-sized pigments are invisible…
A multilayered in silico study of 37 synthesized benzofuran derivatives nominated compounds 10 and 16 as candidates for selective MAO-B inhibition, based on docking, molecular dynamics, quantum-chemical and ADME predictions. Benzofuran Compounds Emerge as Promising Selective MAO-B Inhibitors in Silico Article Title: Exploring…
Chemists at the University of Bath have discovered how tiny molecular changes can transform the colour and brightness of fluorescent probes based on the blue molecule azulene, paving the way for more powerful imaging tools for detecting diseases such as…
Chemists at the University of Bath have identified how small changes to the structure of azulene-based fluorescent probes can alter their colour and brightness, providing a blueprint for developing improved tools for biological imaging and chemical sensing. Published in Organic…
Researchers have built a zinc-coordinated gold-silver nanocluster fluorescent sensor that tolerates organic solvents, detects organophosphorus pesticides down to 0.69 ng/mL in traditional Chinese medicine samples, and works on paper strips under a portable UV lamp. News Source: Denise Maddox. (October…
Researchers put a luminescent terbium complex through security, forensic, and biological tests to see how far the material could go. A recent study in Scientific Reports describes a multifunctional terbium-based luminescent material tested for anti-counterfeiting, forensic fingerprint visualization, and bioactivity.
Chemical tools for studying living systems: fluorescent probes and labels, chemical modification of biomolecules, imaging agents and chemical biology research.
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