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Biaxial mechanical characterization of porcine periosteum
P. Daniel Warren
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Complete loss of lower lip in a one-year-old treated with delayed free tissue transfer: a case report and comprehensive review of the literature. [PDF]
Beiriger J +5 more
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Leveraging anatomy to improve safety and efficacy in temple augmentations-a case series of 20 patients. [PDF]
Bravo BSF +3 more
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Revascularized Periosteum Transplantations
European Surgical Research, 1983A controlled experiment was performed in 56 African pygmy goats, analyzing the bone-forming capacity of two different revascularized periosteum grafts in midshaft tibial defects. At radiological examination revascularized tibial periosteum grafts firmly bridged the defect within 8 weeks, revascularized costal periosteum grafts did not.
F A, van den Wildenberg +2 more
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Pumping the Periosteum: A Feasibility Study
Annals of Plastic Surgery, 2022Purpose Gradual elevation of periosteum from the bone surface is known to promote the adaptation of soft tissues and the formation of hard tissues. The aim of our study was to estimate the benefit of periosteal distraction osteogenesis (PDO) on de novo bone formation in a rat model.
Saulacic, Nikola +5 more
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Cryopreservation of Periosteum for Transplantation
Cryobiology, 1993The concept of biological joint resurfacing has been widely studied, with encouraging results to date in both animal and human experiments. Most investigators have studied autograft tissue, however, in the clinical setting, situations might arise where autografting would not be suitable.
H J, Kreder, F W, Keeley, R, Salter
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Osteogenic capacity of vascularised periosteum: experimental study using rib periosteum in rabbits
British Journal of Plastic Surgery, 1988The osteogenic capacity of vascularised periosteum was investigated in rabbits using island rib periosteum nourished by intercostal vessels as an experimental model. Twenty-three adult white female rabbits were used. Excellent bone formation was observed after 2 postoperative weeks in each case. In the early stages of bone formation, extensive chondral
T, Takato, K, Harii, T, Nakatsuka
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