GTR in PERIODONTOLOGY – Discuss Dentistry https://demo.discussdentistry.com/forums/topic/gtr-periodontology/feed/ Sun, 30 Nov 2025 18:41:08 +0000 https://bbpress.org/?v=2.6.12 en-US https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16885 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16885 Sun, 27 Feb 2011 11:34:15 +0000 images for reference

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16893 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16893 Mon, 28 Feb 2011 11:10:34 +0000 tirath The development of biomimetic bone matrices is one of the major goals in the bone-regeneration and tissue-engineering fields. Nanocomposites consisting of a natural polymer and hydroxyapatite (HA) nanocrystals, which mimic the human bone matrix, are thus regarded as promising bone regenerative materials. Herein, we developed a biomimetic nanocomposite with a novel nanofibrous structure by employing an electrospinning (ES) method. The HA precipitate/gelatin matrix nanocomposites are lyophilized and dissolved in an organic solvent, and then electrospun under controlled conditions. With this process, we can successfully generate a continuous fiber with a diameter of the order of hundreds of nanometers. The internal structure of the nanofiber features a typical nanocomposite, i.e., HA nanocrystals well distributed within a gelatin matrix. These nanocomposite fibers improve the bone-derived cellular activity significantly when compared to the pure gelatin equivalent. This method of generating a nanofiber of the biomimetic nanocomposite was effective in producing a biomedical membrane with a composition gradient, which is potentially applicable in the field of guided tissue regeneration (GTR).

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16966 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16966 Fri, 18 Mar 2011 07:29:11 +0000 tonyshori.perio it is a procedure which was introduced by Melcher it works on the three principles
1 Provides space so that the cells from the pdl will migrate into the defect.
2 Does not allow the formation of long junctional epithelium.

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16967 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16967 Sat, 19 Mar 2011 02:26:57 +0000 sushantpatel_doc The Inion GTR Membrane is the first-ever membrane that is soft when applied but becomes rigid, once fixed in position. The key advantage of this is the ability to maintain space between soft tissue and bone, thus allowing for a large bone volume to be regenerated. Pre-clinical studies suggest a bioactive agent in the membrane may facilitate faster bone regeneration. The agent elutes out following implantation.

Vendor- Citagenix, Inc.
Item – Inion GTR Membrane
Dimensions- Inquire
Material Type – Polylactic and Polyglycolic Co-polymers
Quantity per package- Inquire
Item Number- MBR-2000
Time Length until Resorbtion- 8-12 weeks
List Price- Inquire

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16973 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16973 Sat, 19 Mar 2011 08:24:22 +0000 I wanted to know if the GTR procedure has any limitations in terms of the number of teeth on which the procedure can be used at a single time

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16977 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16977 Sat, 19 Mar 2011 22:35:53 +0000 tonyshori.perio The use of GTR in larger defects Such as 1 1/2 wall it may collapse and main problem encountered with gtr is that the cementum formed is of cellular type. cellular cementum is not good for ancourage of the collagen fibres. we need acellular cementum which is possible with the help of EMDOGAIN ( Enamel matrix derivative)

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16980 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16980 Sat, 19 Mar 2011 23:54:39 +0000 Payal There is no limitation in absolute terms in no of teeth. However you must have enough soft tissue to close over your membrane around all sites. Limitations or rather indications are defined only per tooth site in defining the no. of walls, depth of defect and angulation of defect.

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16982 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16982 Sun, 20 Mar 2011 06:32:48 +0000 If anyone has documented cases of a GTR procedure please upload the case details and pictures

        

]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16995 <![CDATA[Re: GTR in PERIODONTOLOGY]]> https://demo.discussdentistry.com/forums/topic/gtr-periodontology/#post-16995 Wed, 23 Mar 2011 06:53:35 +0000 tonyshori.perio Which one of the GTR is the best Enzymatic or hydrolytic degradation one

        

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