Science & Technology PublicationEvidence · Explanation · Context
KHABRE.IN
HomeTechnologyScienceHealthReviewsExplainersFeaturesPhones
Space ScienceBiologyPhysicsAstronomyArchaeologyAstrobiologyAstronomy And AstrophysicsAstrophysicsAstrophysics Space ScienceBioengineeringBioinformaticsBiomedical ResearchBiophysicsBiotechnologyChemistryClimate EnvironmentComputational BiologyComputer ScienceCosmologyEarth ScienceEcologyEducationEducation ResearchEngineeringEnvironmental ScienceEvolutionary BiologyEvolutionary PsychologyGeneticsGenetics And GenomicsGenomicsLunar ScienceMathematicsMathematics And ComputingMedical ResearchMicrobiologyMolecular BiologyNeurosciencePalaeontologyPaleontologyPhysical SciencesPlanetary SciencePsychologyPublishingQuantum ComputingQuantum PhysicsResearch CareersResearch PolicyScience PolicyScientific CommunitySpaceSpace ExplorationStructural BiologySynthetic Biology
KHABRE.IN
⌕Esc

Search articles by title, topic or section.

KHABRE.IN
HomePhonesVR 360PrivacyCookie PolicyTerms & Disclosures

Evidence-first technology, science and health reporting.

Khabre participates in the Amazon Associates programme and may earn from qualifying purchases.

Khabre desk

Medicinal Chemistry

Recent reporting, analysis and explainers from the Medicinal Chemistry desk.

Khabre branded placeholder image

science

Study finds random ligand changes improved potency tenfold in 11.3% of tests

A Nature study systematically made 257 small chemical changes to 18 ligands across six targets. Eleven-point-three percent improved measured affinity or potency at least tenfold, but those gains often came with worse in-vitro pharmacokinetic properties.

2026-09-20T03:45:25+05:30
Home Phones Trending Profile
KHABRE.INEvidence-first technology, science and health reporting.Khabre participates in the Amazon Associates programme and may earn from qualifying purchases.
PrivacyCookiesTerms & Disclosures
Privacy choices

Khabre uses cookieless first-party traffic analytics. Google Analytics and recommendation engagement measurement are optional and off by default; advertising consent remains off. Cookie details

Khabre