Design and optimisation of new chemical entities that prevent the neurotoxic oligomerization and misfolding of both ß-amyloid and tau proteins: A disease modifying therapeutics approach for Alzheimer’s Dementia

Award Number
100481/Z/12/Z
Status / Stage
Completed
Dates
19 July 2013 -
18 July 2016
Duration (calculated)
02 years 11 months
Funder(s)
Wellcome Trust
Funding Amount
£920,811.00
Contracted Centre
Treventis Corporation
Contracted Centre Webpage
Principal Investigator
Prof Donald Weaver
PI Contact
Donald.Weaver@uhn.ca
PI ORCID
0000-0003-2042-6220
WHO Catergories
Development of novel therapies
Disease Type
Alzheimer's Disease (AD)

CPEC Review Info
Reference ID314
ResearcherReside Team
Published12/06/2023

Data

Award Number100481/Z/12/Z
Status / StageCompleted
Start Date20130719
End Date20160718
Duration (calculated) 02 years 11 months
Contracted CentreTreventis Corporation
Contracted Centre Webpage
Funding Amount£920,811.00

Abstract

Wellcome Trust has awarded a grant to TREVENTIS Corporation to discover a disease-modifying drug for the treatment of Alzheimer’s disease (AD). Numerous studies support the causative role of ß-amyloid (Aß) and tau in the aetiopathogenesis of AD.These proteins tend to abnormally “clump” (protein misfolding) and give rise to neurotoxic aggregates of ß-amyloid (plaques) and tau (“tangles”), the pathological hallmarks of AD. In vitro studies have identified that Aß can be neurotoxic when in small aggregates. Since disease-modifying drugs represent the most desirable therapeutic approach to AD, protein misfolding of Aß and tau represents a potential target in the rational design of a drug. The ultimate goal of this research is to discover a disease-modifying new chemical entity for the treatment of AD that is efficacious and safe. This goal will be achieved by optimizing a class of small organic molecules capable of binding to both ß-amyloid and tau, blocking their misfolding. A new series has recently been identified that are drug-like, potent anti-aggregants and penetrate the Central Nervous System. Funding under this award will enable the discovery of a lead candidate with completed pre-clinical pharmacokinetic and toxicology package.