… to be made of the biological responses to each medical device, … vitro and in vivo, that can
be used for this evaluation. In addition to general in vitro cytotoxicity tests, more specific in vitro …

… devices that include various natural or synthetic biomaterials … the medical device, functional
properties of biomaterials and … Anderson JM and Schoen FJ: In vivo assessment of tissue …

… machine. To improve the functioning of an organ when it fails to do its job, biomedical implants
and devices … , so far, various biomedical implants and devices have been manufactured. [ …

… is the most critical step toward designing the next generation of metallic biomaterials. This
review discusses methods of improving biocompatibility of metals used in biomedical devices …

… Sodium alginate is widely used in biomedical applications due to its biocompatibility, bio-absorbability,
and ability to form gels. Its high-water absorption property removes secretions …

… This review focuses on the characteristics and applications of biomaterials through the ages,
… After a brief discussion on the definition of “biomaterial” from an historical point of view and …

… With regard to biocompatibility, it is known that every biomaterial induces an inflammatory
response directly after its implantation, in which macrophages are involved as key players due …

… to achieve biocompatibility is in the development of new materials and medical devices …
an ideal coagulation test especially for the evaluation of blood-contacting biomaterials [22]. The …

… of biomaterial engineering and local tissue physiology. Information presented in this review
… pioneering and ongoing work by members of Professor Buddy Ratner's Biomaterials Group. …

… Currently, biomaterials are defined as those who interact with biological … evaluate, treat or
heal, replace any tissue or body function. A biomaterial is distinguished by its biocompatibility, …