Receptor Precision: How Cells Distinguish Nearly Identical Drug Molecules

Scientists found how cell parts called receptors can tell the difference between drug molecules that look almost the same. This helps make better medicines.

#DrugDiscovery, #CellBiology, #Pharmacology, #MolecularRecognition, #MedicalResearch

https://newsletter.tf/cells-drug-molecules-distinguish-h1r-2024/

How Cells Tell Apart Similar Drug Molecules

Scientists found how cell parts called receptors can tell the difference between drug molecules that look almost the same. This helps make better medicines.

Our bodies have special parts on cells that act like locks for keys. These locks, called receptors, need to know which key (drug) to let in. New research shows how one type of lock can tell apart two very similar keys, which is important for making safer and better drugs.

#DrugDiscovery, #CellBiology, #Pharmacology, #MolecularRecognition, #MedicalResearch

https://newsletter.tf/cells-drug-molecules-distinguish-h1r-2024/

How Cells Tell Apart Similar Drug Molecules

Scientists found how cell parts called receptors can tell the difference between drug molecules that look almost the same. This helps make better medicines.

N-Doped Polycyclic Aromatic Hydrocarbon Bowls Recognize Metal Ions

New class of molecular receptors for the recognition of, e.g., cesium cation

https://www.chemistryviews.org/n-doped-polycyclic-aromatic-hydrocarbon-bowls-recognize-metal-ions/

#pahs #molecularrecognition #chemistry

N-Doped Polycyclic Aromatic Hydrocarbon Bowls Recognize Metal Ions - ChemistryViews

New class of molecular receptors for the recognition of, e.g., cesium cations

ChemistryViews