Developing select technologies
Arch Biopartners scientists, key technologies, publications and ongoing studies and trials.
The company is led by experienced groups of scientists with an executive, board and advisors with scientific, pharmaceutical, biotechnology and corporate financial experience.
Science and Research Teams
- LSALT Peptide (Metablok) is led by Dr. Stephen Robbins Ph. D., Dr. Donna Senger Ph. D. and Jennifer Rahn B Sc., M Sc. at the University of Calgary
- AB569 was led by Dr. Daniel J. Hassett Ph. D. at the University of Cincinnati, College of Medicine until his passing in April 2022
- BORG Peptide is led by Dr. Randall Irvin Ph. D., Dr. Dongyang Li Ph. D. and Dr. Elisabeth Davis Ph. D. at the University of Alberta
- The Treatments for Inflammation team is led by Dr. Daniel Muruve Ph. D., Dr. Justin Macdonald Ph. D., Dr. Paul Beck and Dr. Arthur Lau Ph. D at the University of Calgary
LSALT Peptide (Metablok), is the Company’s lead drug candidate targeting inflammation in the lungs and kidneys.
- Arch Biopartners Phase I and Phase II clinical (human) trials have led to LSALT Peptide (Metablok), being the first novel therapeutic to join the Canadian Treatments for COVID-19 trial, a multi-centre, adaptive, randomized, open-label, controlled clinical trial involving fifty-five hospitals across Canada.
Additional programs not currently under development:
The Arch Biopartners Science Teams have all participated and authored key papers and journal publications as a core part of their ongoing scientific research, discoveries and development.
- Treatments for Inflammation publications surrounding the development of LSALT Peptide (Metablok) as a treatment for inflammation with broad application to prevent organ and tissue injury
- AB569 publications describing AB569 as a novel bactericidal treatment for treatment resistant bacteria and Respiratory Pseudomonas
- BORG Peptide publications discussing a peptide-based biological coating for enhanced corrosion resistance, strength and control of adhesion of bacteria and microbes.
- Brain Tumor Stem Cell Targeting publications describe the development of a peptide-based delivery platform for targeting malignant brain tumors