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scopus: 36707450200

Gijt, J.P. de

( J.P. de Gijt)


distractor distraction mandibular mandibular midline distraction biomechanical tmd -flex midline rotterdam device biomechanical skull analysis boneborne osteogenesi maxillofac distraction osteogenesis study group mandible relapse result biomechanical study boneborne distractors tmd -flex group rotterdam mandibular distractor introduction toothborne patient / british journal boneborne distractor gijt jp plane intercondylar distance article movement rmd group design signi ficantly toothborne devices press model symphyseal skull distance minimise force maxillofacial treatment analysis fi xed press j.p orthod british effect transmandibular hyrax activation unit biomechanical effects vector stress osteotomy tissue mommaert amount intercondylar surgery temporomandibular teeth tooth deformity study design maxillary expansion british association ybjom gingival recession samchukov center rotterdam distraction forces system root resorption schulten aj orthop maxillofacial surgeons




3 Most Recent Publications

Introduction of the "Rotterdam mandibular distractor" and a biomechanical skull analysis of mandibular midline distraction (Article)
Gijt, J.P. de Wal, K.G.H. van der Kleinrensink, G.J. Smeets, J.B.J. Koudstaal, M.J.
2011-09-15
Gingival overgrowth in pompe disease: A case report (Article)
Gijt, J.P. de Capelle, C.I. van Oosterhuis, J.W. Ploeg, A.T. van der Wal, K.G.H. van der
2011-08-01
Mandibular midline distraction: A systematic review (Article)
Gijt, J.P. de Vervoorn, K. Wolvius, E.B. Wal, K.G.H. van der Koudstaal, M.J.
2011-06-29