Friday, 10 October, 2025

creos xeno.protect is a biodegradable collagen membrane for guided bone regeneration (GBR) and guided tissue regeneration (GTR) procedures. It is composed of a network of interwoven, highly purified porcine collagen and elastin fibres, providing the membrane with very high mechanical strength. The dense mesh holds the bone graft material securely in place, preventing the migration of undesired cells for undisturbed healing.

creos xeno.protect

Peer-reviewed bone augmentation study reveals excellent results for Nobel Biocare creos™ xenoprotect
creos xenoprotect
27 Mar 2017 | News and Events
Results from a randomized controlled clinical trial have confirmed that creos xenoprotect, a resorbable, non-cross-linked collagen dental membrane, facilitates bone gain to support implant placement in dehiscence defects.
Nobel Biocare enters regenerative field beginning with new resorbable collagen membrane, creos xeno.protect
creos xeno.protect
15 Jan 2014 | News and Events
Today Nobel Biocare launches its latest innovation, creos xeno.protect, beginning in European markets. This new collagen membrane will be part of a larger regenerative product line under the brand name "creos". Additional products will follow in 2014.
Add to Compare List

Abstracts

From the editor

Clinical

Clinical

Stream the latest dental videos...
Biofilms in Dental Unit Waterlines

Sponsored Links...

Upcoming Events...

Jan 01 2025
Oct 09 2025

Pragodent 2025

Prague, CZECH REPUBLIC

Oct 15 2025
Oct 16 2025
Oct 16 2025

DDS Global Congress 2025

Venice, ITALY

Oct 16 2025

OHAA 2025 National Congress

Gold Coast, AUSTRALIA

Oct 22 2025

Webinar with Professor Rocío Lazo

Melbourne, AUSTRALIA

Oct 24 2025
Nov 05 2025

ITI Congress Mexico

Mérida, MEXICO

Nov 06 2025
Nov 07 2025

ITI Congress Italy

Bologna, ITALY

Nov 08 2025

CDSS 2025

Singapore, SINGAPORE

Nov 14 2025
Nov 20 2025
Nov 28 2025
Dec 05 2025

8th Dental Expo 2025

Lahore, PAKISTAN

Apr 17 2026

IDEM Singapore 2026

Singapore, SINGAPORE

May 20 2026
May 29 2026
Nov 27 2026
Nov 26 2027
Nov 24 2028