MIPS Project Detail:
Company
Company Description:
Artgen Inc. develops novel, non-viral gene therapies for the treatment of vascular diseases. The company’s lead product candidate, ART-101, is a DNA plasmid designed to be delivered directly to the site of injured tissue, with the first indication directed for peripheral artery disease (PAD). Currently, there are no approved drugs for the treatment of PAD, a disease that can ultimately lead to lower limb loss and functionality. ART-101 expresses Vascular Endothelial Growth Factor (VEGF), one of the key regulators of angiogenesis (the development of new blood vessels). Artgen’s platform technology could potentially treat additional vascular diseases.
MIPS Project
Novel, Targeted Imaging Applications for PAD
Project #
6016.23
|
MIPS Round
63
|
Starting Date:
Feb 2019
MIPS Project Challenge:
The goal of this MIPS project is to develop sensitive, quantitative and objective clinical endpoints for the use of ART101 in clinical trials. The addition of such objective clinical measurements, along with standard of care determinations, will enable the company to design cost-effective and accelerated time points to measure ART101’s efficacy. Successful completion of this project will facilitate the company’s IND and subsequent regulatory approval pathway and timeline to commercialization.
Project Scope:
Aim 1 of this MIPS project is to develop imaging methods to quantify perfusion and arterial anatomy in target tissues impacted by PAD and to assess their relationship with functional outcomes such as peak walking distance, claudication onset distance, calf muscle strength per unit cross-sectional area, modified physical performance test and six-minute walking distance. Aim 2 is to refine and standardize imaging measures of arterial anatomy and perfusion to identify those most sensitive and specific to diagnose the presence and severity of PAD.
Results:
Principal Investigator:
Brajesh
Lal
Professor, Department of Surgery
Project Manager:
Maxim
Tvishor
Chief Medical Officer
Technologies:
Biotechnology / Genetic Engineering
Medical Instrumentation / Equipment
Information Security / Info Assurance