synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains

Ensemble Therapeutics, a biotechnology company in Cambridge, MA, bases its research on a new class of compounds known as Ensemblins. Ensemblins are synthetically engineered macrocycles that lie within the structural gap between small-molecule drugs and biological drugs. Ensemblins possess the biophy...

Full description

Bibliographic Details
Published:
Online Access:http://hdl.handle.net/2047/d20002533
id ndltd-NEU--neu-782
record_format oai_dc
spelling ndltd-NEU--neu-7822021-05-26T05:10:40Zsynthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domainsEnsemble Therapeutics, a biotechnology company in Cambridge, MA, bases its research on a new class of compounds known as Ensemblins. Ensemblins are synthetically engineered macrocycles that lie within the structural gap between small-molecule drugs and biological drugs. Ensemblins possess the biophysical properties of small-molecule drugs but the unique macrocyclic structure of Ensemblins allows for high levels of affinity and specificity for targets that are currently only addressable with biological drugs. Ensemble Therapeutics utilizes a technology known as DNA-programmed chemistry to efficiently synthesize large, diverse libraries of Ensemblins.http://hdl.handle.net/2047/d20002533
collection NDLTD
sources NDLTD
description Ensemble Therapeutics, a biotechnology company in Cambridge, MA, bases its research on a new class of compounds known as Ensemblins. Ensemblins are synthetically engineered macrocycles that lie within the structural gap between small-molecule drugs and biological drugs. Ensemblins possess the biophysical properties of small-molecule drugs but the unique macrocyclic structure of Ensemblins allows for high levels of affinity and specificity for targets that are currently only addressable with biological drugs. Ensemble Therapeutics utilizes a technology known as DNA-programmed chemistry to efficiently synthesize large, diverse libraries of Ensemblins.
title synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
spellingShingle synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
title_short synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
title_full synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
title_fullStr synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
title_full_unstemmed synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
title_sort synthesis of novel synthetic macrocycles containing both peptidic and polyketide-like domains
publishDate
url http://hdl.handle.net/2047/d20002533
_version_ 1719406421769977856