Pacylex is taking advantage of previously unknown cancer driver biology around the myristoylation pathway.
Pacylex Pharmaceuticals, Inc. is developing a precision medicine solution for multiple common cancers. Our approach exploits a previously-unknown therapeutic target in cancer, making our drug a first-in-kind therapy.
Our diagnostic technology identifies those patients who will benefit from our drug, sparing many patients needless treatment.
NMT2 expression is lost in numerous cancers. The prevalence of the loss reaches 70- 82% in several leukemias and lymphomas. This NMT2 loss appears to promote tumorigenesis but also exposes an Achilles heel that allows new treatment strategies.
Our drug is an orally bio-available small molecule that is optimized for NMT inhibition. PCLX-001 has promising attributes of a one pill per day dose strategy and has been shown to be active across many cancer types.
Our sensitivity biomarker is found in 19 types of cancer at a prevalence (by type) that ranges from 5% to more than 80% of cancers. Sensitivity biomarker rates are highest in blood and immune system cancers.
Despite major advances in cancer care, many patients don’t survive long after their diagnosis. Fewer than one third of patients diagnosed with lung cancer or acute myeloid leukemia survive for 5 years. Our lead cancer drug eliminates leukemia and lymphoma tumors and inhibits lung and breast cancer tumors in many animal models including with drug resistant patient tumor tissue. We are working now to bring this new medicine to human clinical studies.
Michael has been in biotech and pharmaceuticals for over 26 years, as CEO of illumiSonics, Sonescence, and SEA Medical Systems, CBO of Strategent Life Sciences, Corium, and Therashock, COO of Ohm Oncology, VP of development at SciDose and Auspex, and Senior Program Executive or Manager at Nektar and Ligand. Key roles included raising capital, establishing and maintaining business partnerships, building teams, and developing new products. He raised Seed through Series C capital and established partnerships worth more than $175 Million.
Pacylex submitted two abstracts for presentation at the 2019 American Association for Cancer Research (AACR) conference and both have been accepted. The AACR Annual Meeting program covers the latest discoveries across the spectrum of cancer research—from population science and prevention; to cance...
Pacylex presented its exciting anti-cancer story on January 7, 2019, at the 2019 Biotech Showcase™, an investor conference devoted to providing private and public biotechnology and life sciences companies with an opportunity to present to, and meet with, investors and pharmaceutical executives in ...
In partnership with the University of Alberta, Merck launched the Merck Invention Accelerator in a grand opening in Edmonton, Alberta, October 26, 2018. Pacylex was selected as one of the first 4 companies to participate in the accelerator program. This program consists of mentorship, space and fund...
Dr. Luc Berthiaume’s team at the University of Alberta (U of A) showed that many human cancers lose a protein needed to keep growth and proliferation in check. These cells then become very sensitive to low dose NMT inhibitor treatments while normal tissues are unaffected. This discovery triggered the creation of a U of A spinoff company, Pacylex Pharmaceuticals Inc., to commercialize a diagnostic test to identify patients with NMT inhibitor sensitive cancers.
Independently, the University of Dundee Drug Discovery program developed NMT inhibitors to treat parasitic infections. Pacylex then in-licensed the rights to Dundee's panel of drug candidates - our lead compound is called PCLX-001. By combining Pacylex’s diagnostic test with the Dundee drug, we have a precision medicine approach to selectively treat patients with cancers sensitive to PCLX-001.
PCLX-001 eradicates established tumours in three lymphoma or leukemia cell line xenograft studies
PCLX-001 achieves tumour regression, comparable to standard-of-care treatment, in solid tumour xenograft studies
Our new synthetic pathway reduces the 13 step synthesis of PCLX-001 to 3 steps with high yield; this new proprietary medicinal chemistry is of broad applicability
Multiple common cancer types have the biomarker for drug sensitivity based on:
Our sensitivity biomarker test performs well in formalin-fixed paraffin-embedded clinical tumour samples, standard methodology in clinical pathology
PCLX-001 eradicates established drug-refractory aggressive lymphoma in a patient derived xenograft study