📜New Publication Alert!
Delighted to share our latest publication in Angewandte Chemie International Edition: "Halogen Bonding as a Molecular Recognition Strategy for Genetic Code Expansion."
https://t.co/X1humCgSSz
Congratulations to all authors!
@mugeshg
📜Thrilled to present our latest work in Inorganic Chemistry: "Ligand-Tuned Mn(I) Complexes with Oxazole, Thiazole, and Selenazole Scaffolds: Synthesis and Mechanistic Insights into Light-Driven CO Release."
Congratulations @Pranali64528045@mugeshg
https://t.co/90zdNa8yVf
📜New Publication Alert!
Thrilled to share our recent work in Chemistry-An Asian Journal: Confined Micellar Environments Modulate Thiol Reactivity and Nitrite Release From 4-Nitronaphthalimide Nitric Oxide Prodrugs.
Congratulations @mugeshg & @yahoosahoo!
https://t.co/tm6jobHlN3
Congratulations to Dr. Pranali Dhotre for successfully defending her PhD thesis. We extend our sincere gratitude to Prof. Prasenjit Ghosh for chairing the defense.
@ghoshpras@Pranali64528045
New Review Alert!
Our latest article in Coordination Chemistry Reviews explores how non-covalent interactions shape the structure, stability, and reactivity of metalloenzymes.
🔗 Read here: https://t.co/MAf7j2cliz
🎓 Milestone Achieved!
Shubham Sahu becomes 25th PhD student to successfully defend his thesis from Prof. G. Mugesh’s Lab at IISc.
Congratulations @mugeshg and @yahoosahoo and all alumni!
Grateful to Prof.@SangitK35711415 for chairing the defense.
Congratulations "Dr. Kusaji Raul"
@kusajiraul for successfully defending the PhD thesis! Thanks to Prof. @Hari_Chakrapani for chairing the defense and Prof. Robert J. Hondal from University of Vermont, the external examiner.
🚨New from our lab in Free Radical Biology & Medicine!
A selenium-based small molecule specifically mimics GPX4, blocks lipid peroxidation & protects neurons from ferroptosis.
A promising anti-ferroptotic agent for neurodegenerative diseases!
🔗 https://t.co/TPbvI3DA1y
🔬 After halogen bond-mediated uptake, we're back with something heavier👇
📢 In @angew_chem :
We report the demonstration of cellular uptake mediated by chalcogen bonding! ��
A leap forward in non-covalent delivery strategies.
📰 Read the full study:
https://t.co/ugdAAkGu0i