Objective-  To evaluate the role of autogenous bone marrow (BM), in the healing of experimentally induced burn wound in rats. Design- Experimental in-vivo study.   Animals- 20 adult male white New Zealand rabbits.   Procedures- Two burn wounds were created under general anesthesia using a 100 W electric soldering iron, heated to the point of redness (about 800° C) on each side of the back, 4...

Self-healing cementitious composites provide an alternative to labour-intensive and costly manual repairs. While a blend possesses inherent ability repair its own damage through autogenous healing, enhancement of the self-healing capacity can be obtained inclusion superabsorbent polymers (SAPs). The implementation such innovative materials within construction industry requires proper evaluation...

Tissue engineering arouses excitement in all medical fields that deal with bone healing. The ultimate aim of these approaches are to shorten the healing process, obtain highly differentiated functional tissues and eliminate the need for a second surgical site required for autogenous bone grafts. Mesenchymal stem cells have been increasingly used in the experiments which were conducted in these ...

The use of intra-oral soft-tissue-engineered devices has demonstrated potential for oral mucosa regeneration. The aim of this study was to investigate the temporal expression of angiogenic biomarkers during wound healing of soft tissue reconstructive procedures comparing living cellular constructs (LCC) with autogenous free gingival grafts. Forty-four human participants bilaterally lacking suff...

This paper presents the autogenic self-healing potential of Portland cement (PC) blends made with conventional supplementary cementitious materials (SCMs), to improve water-tightness by reducing overall pore size. Mortar samples were prepared mixing PC, sand and water, partially replacing PC either silica fume (SF), pulverised fuel ash (PFA), or ground granulated blast-furnace slag (GGBS). Dama...

OBJECTIVES To evaluate the outcome in dogs treated with demineralized bone matrix (DBM) as an adjunct to orthopedic procedures. STUDY DESIGN Retrospective and case-match study. ANIMALS Dogs (n=75). METHODS Medical records (1999-2006) and radiographs of dogs that had orthopedic procedures (comminuted fractures, tibial plateau leveling osteotomy [TPLO] where correction for tibial rotation c...

PURPOSE This prospective case series evaluated the use of a new titanium-reinforced nonresorbable membrane (high-density polytetrafluoroethylene), in combination with a mixture of anorganic bovine bone-derived mineral (ABBM) and autogenous particulated bone, for vertical augmentation of deficient alveolar ridges. MATERIALS AND METHODS A mixture of ABBM and autogenous particulated bone was use...

Alveolar bone defects are conditions that impede the progress of orthodontic treatment. This study compared the mechanics of the healing of autogenous intramembranous (IM) bone grafts and grafts comprising a mixture of IM and demineralised bone matrix of autogenous intramembranous origin (DBMIM), in an attempt to determine the reliability of each material. Thirty-two New Zealand white rabbits h...

This reviews objective is to inform readers of a creative substitute for traditional drilling techniques that keeps host bone in the greatest possible biological shape implant placement. 4 Optic and electronic microscopy have also demonstrated obtained through this method live bone. crucial since clinical studies indicated autogenous best filler defects. gathering may make it easier manipulate ...

This study was designed to compare bone mineral density, periosteal callus production, new bone formation, bone porosity, histologic appearance, and union of mid-diaphyseal segmental allografts of the femur stabilized with an interlocking nail technique in a canine model 6 months after the procedure. An in vivo study was performed to compare the effects of augmenting interlocking nail fixation ...