NATURAL IMPLANTS NATURE

Brand	Owner (click to sort)	Address	Description
BONE'X	SCIENT'X	Bâtiment Calypso - 18, Parc Ariane; F-78284 GUYANCOURT France	Natural implants in the nature of human allograft tissue;Artificial implants, namely, implants consisting of artificial materials; joints prostheses; medical instruments for inserting artificial implants and prostheses into the body; bone substitutes for surgical use; artificial bones for implantation; synthetic filler to serve as replacement for bone;
ELFIX	SCIENT'X	Bâtiment Calypso - 18, Parc Ariane; F-78284 GUYANCOURT France	Natural implants in the nature of human allograft bone and tissue; natural implants in the nature of human allograft bone and tissue for use for securing or stabilizing bone elements within the spinal column;The wording ELFIX has no meaning in a foreign language.;Artificial implants; namely, surgical implants comprising artificial material; spine prostheses; surgical instruments for use in fitting artificial implants and spine prostheses; artificial implants, namely, surgical implants comprising artificial material and surgical instruments for implanting the artificial materials, both to be used in securing or stabilizing spinal column elements;
OPENVIEW	SCIENT'X	Bâtiment Calypso - 18, Parc Ariane; F-78284 GUYANCOURT France	Natural implants in the nature of human allograft bones and tissues; natural implants in the nature of human allograft bone and tissue for use in minimally invasive surgery;OPEN VIEW;Artificial implants; namely, surgical implants comprising artificial material; spine prostheses; surgical instruments for use in fitting artificial implants and spine prostheses; artificial implants, namely, surgical implants comprising artificial material and surgical instruments for implanting the artificial materials, both to be used in minimally invasive surgery;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Disclosed herein are biomedical implants, and methods of using same, that are derived from bone. Particularly exemplified are implants having a tapered dowel shape that are useful for implantation in the spine, and especially in the cervical region of the spine. The taper of the implants disclosed herein provides an advantage over conventional implants, as it creates the proper support and angulation to maintain the proper curvature of the spine. Optionally, the implants taught herein are associated with osteogenic materials or other biomedical substances.