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Volume 14
Issue 3
Online publication date 2013-11-14
Title Morphological evaluation of the results of using the osteoplastic material and the shell of the umbilical cord in the experiment
Author Feruza Fayzullaeva, Bahodir Magrupov, Abdubori Jilonov
There is a large variety of different resorbable and non-resorbable membranes. Use of softer materials is found more expedient as it  is well adapted to the shape of the defect. Experimental studies were performed in 20 rabbits. There were created 3 defects on the lower jaw of rabbit. The first defect was left open, the second one - filled with granules of osteoplastic material “CollapAn-L”, the third one - with “Collapan-L” followed by covering with flap of umbilical cord membrane taken from fetal rabbit. The animals were taken from the experiment in 1 and 3 months. Use of “CollapAn-L and umbilical cord flap caused (comparing to the first and second groups of animals) formation of thick bone trabeculae in intermediate  callus by the 1st and 3rd months after the operation.  The newly formed bone was formed directly on the surface of the “CollapAn-L”. Interlayer of connective tissue between the bone trabeculae and implanted material were not revealed. 
The use of “CollapAn-L” and the umbilical cord as a membrane is very effective due to strengthening of osteoconductive and osteoinductive properties of the osteoplastic material “CollapAn-L”. Accessibility and low cost of raw materials, ease of logging technology allow wide use of the umbilical cord flap it in clinical practice.

Busschop, J. and De Boever, J., 1983. "Clinical and histological characteristics of lyophilized allogenic dura mater in periodontal bony defects in humans," Journal of Clinical Periodontology, Vol.10, Issue4, pp.399-411.
Losev, FF., Dmitriev, VN., Zharkov, AV., 2003. "The use of guided tissue regeneration and bone graft obtained from the lower jaw to correct the defects of the alveolar process with subsequent placement of implants," Russian Journal of Dental Implantology, No.1, pp.14-18
Matchin, EN, Potapov VL, Stroitelev, VV, 2002. "Hyaluronic acid in the treatment of wounds and burns," Combustiology. Scientific and Practical Journal, No.11, pp.46-48
Micsh, C., 1987. "Maxillary sinus augmentation for endosteal implants: organized alternative treatment plans," Int. J. Oral Maxillofac. Impl., Vol. 4, No.3, pp.49-58
Nadzhimutdinova, NS, 2007. Surgical treatment of chronic stenosis of the larynx and trachea with the use of umbilical cord tissue (clinical and experimental study), Dissertation of PhD. Tashkent
Nicholskiy, V.Y., 2007. Early and delayed dental implantation (clinical and experimental study), Dissertation of Doctor of Medicine, Samara
Novaes AB, Grisi, DC, Molina, GO, Souza, SL, Taba, MJr, Grisi, MF., 2001. "Comparative 6-Month Clinical Study of a Subepithelial Connective Tissue Graft and Acellular Dermal Matrix Graft for the Treatment of Gingival Recession," Journal of Periodontology, Vol. 72, No.11, pp.1477-1484.
Onopriyenko, GA, Berezhnoy, AP, Lavrishcheva, GI, 1993. A method of stimulating bone regeneration. A patent for an invention No.2071737, 13.07.1993
Rahmatullin, RR, 2005. "Endogenous antimicrobial activity transplant "Otoplast" for myringoplasty," Russian otolaryngology, No.1, pp.99-100
Shamatov, Kh., 2002. The use of umbilical cord tissue for surgical treatment of degenerative joint disease and traumatic complications, Doctoral dissertation, Tashkent
Zaner, DJ, Yukna, RA, Malinin, TI, 1989. "Human Freeze-Dried Dura Mater Allografts as a Periodontal Biological Bandage," Journal of Periodontology, Vol. 60, No.11, pp.617-623.
Keywords Osteoplastic material “CollapAn-L”, shell of umbilical cord, membrane
Pages 135-139
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