ACS Chemical Biology editors highlight articles from Volume 4, Issue 10, and speak with authors Sam Butcher and Clementeau Feau.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 9, and speak with authors Kate Carroll and Kelly Aukema.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 8, and speak with authors Matt Bogyo and John Chaput.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 7, and speak with author Rami Hannoush about a method to image the lipidome. Author Domagoj Vucic demonstrates how certain small molecules can modulate processes involved in apoptosis or programmed cell death.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 6, and speak with author Carston Wanger about the first non-toxic small molecule able to inhibit a key process causing certain cancers. Author Richard Miller describes a new approach in search of antimicrobial drugs and author, Laura Kiessling describes a general strategy for the creation of additional antagonists for Periplasmic Binding Proteins.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 5, and speak with author Anna Mapp about new compounds identified as artificial transcription activators. Using the tools of chemical biology, the lab of Nicole Sampson uncovers details involved in the process of mammalian fertilization.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 4 and speak with author Jeffrey Dietrich about the enhanced production of a precursor to a drug in the treatment of malaria.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 3, and speak with author Eduardo Ríos about a new method for examining the spatial and temporal regulation of calcium ions in cells. Author Peter Tonge describes a potential target for the pathogen Francisella tularensis, and Paul Savage discusses how natural killer T cells recognize a certain class of antigens.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 2 and speak with author Ashton Cropp about a method for creating a collection of mutants in which every amino acid in a given protein is replaced.

ACS Chemical Biology editors highlight articles from Volume 4, Issue 1 and speak with author David Sherman about his lab’s findings on binding specificity in modular polyketide synthase docking domains. They also interview Robert Hancock about a new approach for designing broad spectrum antimicrobial peptides.

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