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Therefore, we hypothesized that a muscle recipient site could favor bone formation in a cell-based BGS compared to a subcutaneous recipient site due to the higher vascularity of muscle tissue.
Conventional postoperative recipient site care includes saline-moistened gauze with a protective layer of petroleum gauze and splints for immobilization.
However, bone formation did not exceed 12% of the implant surface, both for the intramuscular and subcutaneous recipient site.
In addition, chest magnetic resonance angiography evaluates recipient site blood vessel suitability including vessel diameters, course, and branching patterns.
This composite graft is used directly in the patient's recipient site and is known in situ tissue engineering.
However, limited consideration has been given to the fact that the recipient site within adult organisms may not be compatible with well-established developmental processes.
Following grafting for 15 and 60 days, the engineered oral mucosa was shown to cover the recipient site with no wound contraction.
In view of this, the cellularity and vascularity of the recipient site are supposed to be important for the osteoinductive capacity of BGS.
The intention here is to predict at fine spatial resolution, total gamma radiometric counts across a large mapping extent (recipient site) on the basis of finely resolved information collected from a nearby donor site.
Qualitative interpretation of the results from both extrapolation approaches across the recipient site in the Lower Hunter Valley, Australia (area ≈ 220 km2) shows promise in terms of highlighting known geochemical and physical variations of soils in this area.
The graft had a comparable dimension as the recipient site.
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