Ampio Pharma (AMPE) Announces Three Peer-Reviewed Ampion Publications on Knee Osteoarthritis
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Ampio Pharma (NYSE: AMPE) announced three peer-review publications that report the multifaceted and synergistic effects of Ampion™ in the treatment of osteoarthritis in the knee.
Edward Brody, MD, PhD, Chief Medical Officer Emeritus at Somalogics Inc. and a member of the European Molecular Biology Organization (EMBO) noted, "These first two articles describe research performed by a team of molecular biologists, biochemists and physicians led by Dr. David Bar-Or, Ampio's Chief Science Officer, that has examined the role of Ampion™ in treating chronic pain caused by osteoarthritis of the knee, followed by a review of the literature that explores the inflammatory pathways associated with osteoarthritis of the knee."
"Collectively, these three articles suggest that changing the major prostaglandins generated after an initial inflammatory response leads to the type of anti-inflammatory response seen clinically with LMWF5A-Ampion™. The first two research papers show that Ampion™ elicits all of the biochemical changes needed for the synthesis of an anti-inflammatory prostaglandin. They also demonstrate the biochemical changes in mesenchymal stem cells (the precursors of chondrocytes and osteocytes) induced by Ampion™, all of which suggest that treatment by Ampion™ could lead to the replenishment of cartilage in this disease."
- The first article, titled "The Low Molecular Weight Fraction of Commercial Human Serum Albumin (LMWF5A-Ampion) Induces Morphologic and Transcriptional Changes of Bone Marrow-Derived Mesenchymal Stem Cells", and published in Stem Cell Translational Medicine on June 3, 2015 (http://www.ncbi.nlm.nih.gov/pubmed/26041739) reports that when bone marrow derived mesenchymal stem cells (MSCs), were exposed to the low molecular weight fraction of commercial albumin solution (Ampion™) in vitro, pivotal changes in cytoskeletal organization, gene transcription, and protein phosphorylation were observed following treatment that may have potential implications on stem cell renewal, regulation and differentiation. In addition, proteomic analysis of synovial fluid taken from patients (in vivo) participating in the SPRING study indicate that 12 weeks following administration of Ampion™ (different from the saline treated patients), a microenvironment exists in the knee conducive to stem cell infiltration, maintenance, and differentiation, with evidence of a reduction in inflammation and active remodeling. Based on these findings, the investigators postulate that in addition to its anti-inflammatory activity, Ampion™ treatment may prime stem cells for both mobilization and chondrogenic differentiation, potentially explaining some of the beneficial effects achieved in the Ampion™ clinical trials.
- The second article titled, "Anti-Inflammatory Activity in the Low Molecular Weight Fraction of Commercial Human Serum Albumin (LMWF5A)" and published in Journal Immunoassay Immunochem on May 11, 2015 (http://www.ncbi.nlm.nih.gov/pubmed/25961642) reports that the observed anti-inflammatory effects on immune cells provided by the non-steroid drug, Ampion™, adds to the growing evidence provided in previously published manuscripts that the anti-inflammatory properties of Ampion™ are comparable to dexamethasone (a strong anti-inflammatory steroid).
- The third article titled, "Inflammatory pathways in knee osteoarthritis: potential targets for treatment," and published in Current Rheumatology Review on May 21, 2015 (http://www.ncbi.nlm.nih.gov/pubmed/26002457) provides a review of other peer-reviewed scientific publications that suggest up-regulating certain anti-inflammatory prostaglandins, a property demonstrated by Ampion™ (unpublished), could be a beneficial target in treating osteoarthritis.
"The Ampio scientific team is continuing to explore the anti-inflammatory and healing properties of Ampion™ in osteoarthritis and other conditions where the mechanism of action of Ampion™ would be beneficial," stated Dr. Bar-Or.
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