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Biocompatible Product Applications
12 applications found
Collagen has been used to coat stents to improve biocompatibility. Collagen coatings may be used as a vehicle for drug ...
ByViscus Biologics LLC based in Cleveland, OHIO (USA)
These ceramics have demonstrated excellent biocompatibility. In porous forms, the structure mimics the structure of bone. Interconnected pores of sufficient size have been shown to provide a highly biocompatible matrix for osteoconduction. The use of these synthetic graft materials avoids some of the concerns with allografts (human bone source) and xenograft’s (animal bone sourced) or the need for a second surgical site to obtain an autograft (patient’s own ...
ByCaP Biomaterials, LLC based in East Troy, WISCONSIN (USA)
We supply materials for the production of prosthetics and other critical medical equipment, emphasizing the importance of strength, lightness, and ...
ByAeropreg based in Honaz, TURKEY
Following extensive research and development, Biostage has evolved its technology to optimize the interaction of mesenchymal stem cells seeded on a biocompatible scaffold. Preclinical studies suggest that, once implanted, the scaffold seeded with the patient’s own cells signals the stem cell niche to guide the regeneration of a biological ...
ByHarvard Apparatus Regenerative Technology, Inc. formely known as Biostage, Inc. based in Holliston, MASSACHUSETTS (USA)
Because titanium is biocompatible, non-toxic and not rejected by the body, it has many medical uses, including surgical implements and implants, such as hip balls and sockets (joint replacement) and dental implants that can stay in place for up to 20 years. ...
ByVanadiumCorp Resource Inc. based in Vancouver, BRITISH COLUMBIA (CANADA)
Our state-of-the-art XPS technology is allowing researchers to understand important characteristics of biomaterials for their intended applications. From optimising biocompatibility of implantable devices to enhancing performance and functionality, XPS offers a valuable understanding of biomaterial surfaces. ...
ByKratos Analytical Ltd. based in Wharfside, UNITED KINGDOM
Our strands and ropes for the medical technology pass strict manufacturing and cleaning processes taking under consideration medical standards. Basically we only deliver non-twisting and low-strain strands and ropes with cleaned, high-gloss and smooth surface finish into the medical technology ...
ByMedical Cable Tec GmbH based in Asslar, GERMANY
The Flow NanoAnalyzer is designed to be an instrumental tool in the fields of life sciences, nanoscience, and nanotechnology. It facilitates the detailed analysis of both natural and synthetic nanoparticles ranging from 7 to 1000 nanometers at a single-particle level. Key applications include the characterization of extracellular vesicles, mitochondria, bacteria, viruses, nanomedicine, and nanomaterials. This device utilizes a combination of light scattering and fluorescence detection to deliver a high-resolution ...
ByNanoFCM based in Nottinghamshire, UNITED KINGDOM
The global medical devices sector is undergoing a period of significant transformation largely driven by demographic shifts, evolving patient needs and technological advancements. An ageing population, combined with lifestyle related factors has resulted in a global increase in the prevalence of chronic diseases. As a result, early detection, prevention and improved management of chronic diseases has become an increasing focus for healthcare systems across the ...
ByMorgan Advanced Materials based in Windsor, NORTHERN IRELAND
Aptamers are short strands of DNA or RNA with unique secondary and tertiary structures that enable highly selective binding to various types of targets. While aptamers are similar to antibodies in their ability to specifically bind with high affinity, there are some key differences between antibodies and aptamers which have prompted an increase in aptamer development projects. Several hot areas for aptamers, along with specific aptamer advantages, are outlined below. ...
ByBase Pair Biotechnologies, Inc. based in Pearland, TEXAS (USA)
Various stents can call for Gold plating to facilitate radiopacity, especially in specific micro-features that traditional marker bands were once impossible or very difficult to install. Examples of different stents manufacturing that can require radiolucency are laser slotted hypotubes, super-elastic or shape-memory Nitinol, athermal laser machining, wire braiding or knitting, laser sheet cutting, and laser tube cutting of medical stents. ProPlate® has pioneered an electroplating innovation, Vizi-Band®, ...
ByProPlate, operated by Professional Plating Inc. based in Anoka, MINNESOTA (USA)
Micron's ISO 13485 certified, FDA registered cGMP orthopedic implant manufacturing solutions include precision machining, finishing, porous coatings, passivation, and ...
ByMicron Solutions based in Fitchburg, MASSACHUSETTS (USA)