FFC#7/2015

Aminoarylthiazole derivatives as correctors of the chloride transport defect in novel cystic fibrosis: computer assisted drug design, synthesis and biological evaluation

AREA 1 Therapies to correct the underlying defect

FFC#7/2015

Aminoarylthiazole derivatives as correctors of the chloride transport defect in novel cystic fibrosis: computer assisted drug design, synthesis and biological evaluation
€ 0 still needed
0%
€ 40.000 goal

pRINCIPAL INVESTIGATOR

Enrico Millo (CEBR, Centro Eccellenza Ricerca Biomedica, Università di Genova)

Partner

Elena Cichero (Dip. di Farmacia, Sezione di Chimica Medica – Scuola di Scienze Mediche e Farmaceutiche, Università di Genova)

Researchers

8

Category

AREA 1 Therapies to correct the underlying defect

Duration

1 year

Goal

€ 40.000

Funds raised

€ 40.000

Objectives

The main objectives of this project are to identify new chemical compounds, belonging to the family of aminoarylthiazoles (AATs), which have the ability to correct the CFTR protein defect caused by F508del, the most frequent mutation among CF patients.
For the chemical synthesis of aminoarylthiazoles the researchers will use conventional methods of organic synthesis (Hantzsch synthesis). All the molecules will be purified with chromatographyc methods (HPLC) and characterized with mass spectrometry analysis. Using functional and biochemical assays they will test the ability of novel AATs to recover the expression and activity of mutant CFTR. They expect to identify new compounds belonging to the class of aminoarylthiazoles able to stimulate chloride/bicarbonate transport in CF epithelial cells by correction of mutant CFTR-F508del.

WHO ADOPTED THE PROJECT

Delegazione FFC di Vicenza

€ 40.000

Delegazione FFC di Lecce

€ 10.000

Gruppo di Sostegno FFC di Tremestieri

€ 8.000

OTHER PROJECTS

Discover the other projects

GMSG#1/2025

Developing PNAs to Block Essential Bacterial Genes and Create New Antimicrobial Therapies

FFC#1/2025

Understanding the process of epithelial-mesenchymal transition to preserve tissue function and reduce long-term complications (e.g. cancer)

FFC#2/2025

Developing RNA-targeted therapies to regulate gene expression and restore CFTR synthesis