Skip to content
Trending storyDeveloping

5+1 Polyene Scaffold Uncouples Antifungal Potency from Host Toxicity

1 report1 sourceupdated 16 hours ago

Start here

Synthesis

Researchers have designed a 5+1 polyene scaffold that selectively recognizes the conjugated diene structure of ergosterol, the key sterol in fungal membranes. By targeting this structural feature, the new scaffold preserves antifungal potency while reducing the host toxicity that has long limited classic polyene antifungals. The work, published in Science Translational Medicine, establishes a scaffold design strategy for separating efficacy from toxicity in this drug class and points a way toward safer polyene-based treatments. Preclinical validation in humans has not been reported, and the path from scaffold design to clinical candidate remains open.

Written by a model from the reports · updated 3 hours ago

Coverage timeline

Follow the coverage to see the different angles.

Oct 21
  1. SciencePick
    A 5 + 1 polyene scaffold that selectively recognizes ergosterol’s conjugated diene uncouples antifungal potency from host toxicity

    A research team developed a 5+1 polyene scaffold that selectively recognizes the conjugated diene structure of ergosterol, reducing host toxicity while preserving antifungal potency. Published in Science Translational Medicine, the work offers a new scaffold design strategy for uncoupling the efficacy of polyene antifungals from their toxicity.

Coverage and heat for this story

Reports so far 1·Heat now 7·Peak heat 10 (Oct 21 15:00)·Reports, 24h +1

Cumulative reports
00.51
Heat index (decays)
0510Oct21Oct21Oct22Oct22

Two panels, same clock (pointer stays in sync): top is cumulative editorial reports — only rises; last point = All reports; slope = new reports that hour. Bottom is Live-board heatIndex — 7-day participants with a 24-hour half-life, so it can fall when talk cools.

CBACBA Frontier Insights (CFI)Chinese Biopharmaceutical Association (CBA)www.cba-usa.org