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Various biomaterials have been used to graft fresh extraction sockets, and most have demonstrated positive clinical outcomes [8,12,13].
α–calcium sulfate hemihydrate (α-CSH) has gained significant recognition as a bone graft substitute material with outstanding biocompatibility [14,15]. It has successfully repaired various bone defects, including resorbed maxilla, postextraction socket preservation, and significant segmental bone defects [14-16].
JMIR Res Protoc 2024;13:e49922
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The iliac crest as a bone graft donor for alveolar cleft reconstruction has gained popularity since it was first introduced by Schmid [3] in 1954, and, in particular, for SABG procedures because it allows harvesting of large amounts of bone for alveolar cleft surgery [4]. Other bone graft sources include the cranium, tibia, and the mandibular symphysis [5].
JMIR Res Protoc 2024;13:e42371
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Therefore, this study will focus on the information received, with the aim of understanding the surgeons’ process of decision-making and to identify their expectations regarding the ideal bioprinted cartilage graft.
This study aims to understand how orthopedic surgeons make clinical decisions and to assess their knowledge and opinion on this topic as well as their needs concerning the bioprinted cartilage graft.
Interact J Med Res 2019;8(2):e14028
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