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Interview With Paul Moseley Commercial Director, Apatech Limited
ApaTech Limited, based in London, England, is a private orthopaedics company founded, in 2001, specialising in bone graft substitutes. Research and Intellectual Property from London and Cambridge Universities has resulted in a material that the company believes is the optimal scaffold for facilitating fast and sustained bone ingrowth The company retains pipeline agreements with founding inventors, including Prof Bill Bonfield, CBE and Queen Mary University of London.
OPN: How would you describe your position within the company?
OPN: How long have you been with ApaTech?
OPN: How long has ApaTech been running and how was it begun? ApaTech’s technology is based on extensive research to engineer the optimum scaffold per surgical application. Our first product ApaPore® is a synthetic and porous hydroxyapatite. The rate of host bone integration has been shown to be dependent on multiple variables: macroporosity, microporosity, the level of interconnectivity and the control of crystalline phase purity. The balance between porosity and initial mechanical strength is precisely controlled enabling us to manufacture different products for specific surgical applications. Since formation ApaTech has gained the CE Mark for our lead bone graft substitute ApaPore® in all orthopaedic applications and in May of this year we gained FDA clearance for ApaPore. ApaPore is now in clinical use in patients and selling to hospitals in Europe, and New Zealand for spinal fusions, bone tumours, fracture fixation and in revision hip procedures.
OPN: Does ApaTech work closely with surgeons? The first clinical paper has already been presented reporting on the effective use of ApaPore 70 in the management of benign cystic bone lesions. (British Orthopaedic Oncology Society Meeting 25th June 2004, Newcastle). As we expand into Northern Europe and the US we are setting up further clinical studies in these markets.
OPN: How does ApaTech go about developing new products? Our second generation product Pore-Si clearly demonstrates this. Silicon has been shown to have a metabolic role in the development of new bone. Via ApaTech’s expertise we have substituted phosphate groups within the hydroxyapatite lattice for silicate. Research data show that Pore-Si significantly outperforms traditional hydroxyapatites and _-TCP. Pore-Si is stimulating the bone repair leading to rapid integration and the conversion of the new host bone to lamellar, organised and mature bone at an earlier time point. Data from a Spinal Fusion model suggests Pore-Si is outperforming the current “Gold Standard” – Autograft. Pore-Si is already generating a high level of interest with surgeons in the US wanting to work with us as they see it providing a cost effective alternative to BMPs and without the obvious donor site complications associated with autografting.
OPN: Have there been any manufacturing advances that have helped ApaTech?
OPN: How do you meet customer ordering and delivery requirements?
OPN: What are ApaTech’s plans for expansion in the future? The investment into our R&D programme will enable us to bring to market the products in our pipeline. The growth in the company over the next few years will lead to us relocating to a new facility with increased manufacturing capacity.
OPN: How do you feel that the inevitable growth in the medical implant industry will affect ApaTech? ApaTech Ltd can be contacted on +44 (0) 20 7882 7502 for further information, or check out the website: www.apatech.com |
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