Chemokines are a family of small, soluble proteins that play a range of important functions in the human body, mainly in relation to the immune system, including white blood cell mobilization and in the initiation of immune responses. Among other functions, chemokines are responsible for blood cell formation through stem cell growth and differentiation.
In addition to their natural functions, chemokines play an important role in a variety of prominent diseases, including:
By inhibiting the action of chemokines through the use of chemokine antagonists it may be possible to reduce the severity of those diseases. In contrast, some chemokines play important roles in the body to maintain normal functioning of various organs and cellular processes. A chemokine agonist is a compound that mimics the activity of natural chemokines.
Our second lead drug candidate, CTCE-0214, is an agonist of the chemokine receptor to SDF-1, present on blood stem cells. We believe CTCE-0214 will contribute to a rapid increase in the number of white blood cells (WBC) for patients with chemotherapy induced neutropenia (low WBC count). WBC's are important for fighting infection. CTCE-0214 is targeted at the multi-billion blood disorder market. We have completed a phase Ia clinical trial assessing safety in healthy volunteers and have a second phase Ib trial underway. We have completed single and multi-dose phase I studies assessing safety and preliminary efficacy which has shown a 300% increase in white blood cell counts.
Other drug candidates are in the research phase and are being developed for vascular disease, wound healing, and stroke.
| Drug | Stage of Development | ||||
| Research & Preclinical | Phase I | Phase II | Phase III | Market | |
|---|---|---|---|---|---|
| CTCE-9908 | Cancer | ||||
| CTCE-0214 | Immune System Recovery | ||||
| CTCE-0324 | Vascular Disease | ||||
| CTCE-0422 | Wound Healing | ||||
| CTCE-0501 | Stroke | ||||
We synthetically produce chemokine analogs believed to have important therapeutic properties that can address potentially large markets. We first identify novel chemokines and determine their involvement in human diseases and then rapidly and economically generate analogs of chemokines that can mimic the function of their natural counterpart or inhibit their harmful effects. Using a technology known as solid phase synthesis as well as organic chemistry, we design and build synthetic peptides, forming new potential drug candidates.
Bashir Jaffer, CA
Chief Financial Officer
Former Chief Financial Officer, Veridicom International
Hassan Salari, PhD
Chairman and Chief Scientific Officer
Founder and former President and CEO, Inflazyme Pharmaceuticals Ltd.
Former Professor of Medicine, University of British Columbia.
Donald Wong, PhD
Vice President, Drug Development
Former Research Associate, St. Pauls Hospital
Don Evans
Vice President, Corporate Communications
Former VP, Corporate Communications, WEX Pharmaceuticals Inc.
| Common Outstanding: | 47,433,748 |
| Warrants: | 5,250,000 |
| Options: | 2,052,000 |
| Fully Diluted: | 54,735,748 |
Copyright © 2006 Chemokine Therapeutics Corporation. All rights reserved.