
Innovations in Human and Companion Animal Health
ProteaPex Therapeutics’ patented, platform technology of locally-delivered therapeutics
July 24, 2019
ProteaPex Pitches Periodontal Therapeutic
Dr. Marina D’Angelo, CSO, will pitch ECPF-2, the novel therapeutic to treat periodontal disease, to Fortune 500 companies and investors. The pitch was coordinated through the National Council of Entrepreneurial Tech Transfer (NCET2).
June 16, 2019
CSO Discusses ECPF-1, a Novel Osteoarthritis Therapeutic
Dr. Marina D’Angelo, CSO, discussed development of ECPF-1, the novel, injectable therapeutic that slows the progression of osteoarthritis.
April 9, 2019
ECPF-1 Poster Presented at Experimental Biology 2019
ProteaPex Therapeutics presented a poster concerning our proprietary human osteoarthritis culturing system (HOACs) used to test potential osteoarthritis therapeutics, like ECPF-1.
In January 2019, Dental Materials Journal accepted our manuscript detailing the in vitro dental model used to test ECPF-2 efficacy in increasing bond strength of tooth restorations
Extracellular Matrix Protection Factor (ECPF-1) is a novel, safe and effective intra-joint injection that reduces the pain and damage caused by osteoarthritis.
Extracellular Matrix Protection Factor-2 (ECPF-2), is a safe, non-antibiotic oral healthcare treatment that slows the damage associated with periodontal disease.
ProteaPex Therapeutics holds broad-based patents detailing a disruptive technology that can accommodate a platform of products to address many diseases.
Extracellular Matrix Protection Factor (ECPF) is a novel, safe and effective platform of locally delivered therapeutics. The ECPFs target diseases where abnormal breakdown of the organ tissue is a sign of pathology. The patented mechanism of action is unlike any other competitors currently in development.
Chief Executive Officer
Jeff Boily is a serial entrepreneur and investor with over 30 years of global life sciences experience. Jeff's emerging company and fund raising experience includes start-ups, growth stage and turnaround in pharmaceuticals, biotechnology, drug delivery, medical devices, and clinical informatics.
Chief Science Officer
Marina D’Angelo, PhD has over 25 years of experience in cell differentiation and cartilage biology. The major emphasis of her research endeavors has been chondrocyte biology. Over the last 20 years she has studied the role of growth factors and enzymes in normal chondrocyte differentiation and the disease pathway, osteoarthritis.
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