�ݺ�ߣshows by User: sylvainchamberland

�ݺ�ߣshows by User: sylvainchamberland / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: sylvainchamberland / Fri, 28 Dec 2018 01:44:20 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: sylvainchamberland Mandibular Symphyseal Distraction Osteogenesis and SARPE aao 2018 Washington DC ©sylvain chamberland /slideshow/mandibular-symphyseal-distraction-osteogenesis-and-sarpe-aao-2018-washington-dc-sylvain-chamberland/126871711 mandibularsymphysealdistractionosteogenesisandsarpeaao2018washingtondcsylvainchamberland-181228014420
SARPE and Mandibular Symphyseal Distraction Osteogenesis Transverse skeletal deficiency is a common clinical problem associated with narrow basal and dentoalveolar bone. Bimaxillary transverse distraction osteogenesis for correction of OSA was first reported by Conley & Legan (2006). Mandibular symphyseal distraction osteogenesis (MSDO) evolve form tooth anchor device to bone anchor device for a better control of the distraction segment in the 3 planes of space. Its success depends on good collaboration between the orthodontist and the surgeon, and on strict patient selection. Throughout case reports, we will review the diagnosis, orthodontic and surgical treatment planning considerations to achieve clinical success. Learning objective: After this lecture you will be able to 1-Diagnose patient with transverse mandibular deficiency 2-Understand the distraction protocol 3-Manage the postdistraction orthodontic movement]]>
SARPE and Mandibular Symphyseal Distraction Osteogenesis Transverse skeletal deficiency is a common clinical problem associated with narrow basal and dentoalveolar bone. Bimaxillary transverse distraction osteogenesis for correction of OSA was first reported by Conley & Legan (2006). Mandibular symphyseal distraction osteogenesis (MSDO) evolve form tooth anchor device to bone anchor device for a better control of the distraction segment in the 3 planes of space. Its success depends on good collaboration between the orthodontist and the surgeon, and on strict patient selection. Throughout case reports, we will review the diagnosis, orthodontic and surgical treatment planning considerations to achieve clinical success. Learning objective: After this lecture you will be able to 1-Diagnose patient with transverse mandibular deficiency 2-Understand the distraction protocol 3-Manage the postdistraction orthodontic movement]]> Fri, 28 Dec 2018 01:44:20 GMT /slideshow/mandibular-symphyseal-distraction-osteogenesis-and-sarpe-aao-2018-washington-dc-sylvain-chamberland/126871711 sylvainchamberland@slideshare.net(sylvainchamberland) Mandibular Symphyseal Distraction Osteogenesis and SARPE aao 2018 Washington DC ©sylvain chamberland sylvainchamberland SARPE and Mandibular Symphyseal Distraction Osteogenesis Transverse skeletal deficiency is a common clinical problem associated with narrow basal and dentoalveolar bone. Bimaxillary transverse distraction osteogenesis for correction of OSA was first reported by Conley & Legan (2006). Mandibular symphyseal distraction osteogenesis (MSDO) evolve form tooth anchor device to bone anchor device for a better control of the distraction segment in the 3 planes of space. Its success depends on good collaboration between the orthodontist and the surgeon, and on strict patient selection. Throughout case reports, we will review the diagnosis, orthodontic and surgical treatment planning considerations to achieve clinical success. Learning objective: After this lecture you will be able to 1-Diagnose patient with transverse mandibular deficiency 2-Understand the distraction protocol 3-Manage the postdistraction orthodontic movement <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/mandibularsymphysealdistractionosteogenesisandsarpeaao2018washingtondcsylvainchamberland-181228014420-thumbnail.jpg?width=120&height=120&fit=bounds" /> SARPE and Mandibular Symphyseal Distraction Osteogenesis Transverse skeletal deficiency is a common clinical problem associated with narrow basal and dentoalveolar bone. Bimaxillary transverse distraction osteogenesis for correction of OSA was first reported by Conley & Legan (2006). Mandibular symphyseal distraction osteogenesis (MSDO) evolve form tooth anchor device to bone anchor device for a better control of the distraction segment in the 3 planes of space. Its success depends on good collaboration between the orthodontist and the surgeon, and on strict patient selection. Throughout case reports, we will review the diagnosis, orthodontic and surgical treatment planning considerations to achieve clinical success. Learning objective: After this lecture you will be able to 1-Diagnose patient with transverse mandibular deficiency 2-Understand the distraction protocol 3-Manage the postdistraction orthodontic movement

Mandibular Symphyseal Distraction Osteogenesis and SARPE aao 2018 Washington DC 息sylvain chamberland from Dr Sylvain Chamberland

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1 Condylar resorption and arthrosis of the joint (dgkfo) /slideshow/condylar-resorption-and-arthrosis-of-the-joint-dgkfo-80734683/80734683 condylarresorptionandarthrosisofthejointdgkfo-171012111356
To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or nonsurgical) to patients with condylar resorption. Case report of bilateral costochondral graft and alloplastic custom fit total joint replacement.]]>
To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or nonsurgical) to patients with condylar resorption. Case report of bilateral costochondral graft and alloplastic custom fit total joint replacement.]]> Thu, 12 Oct 2017 11:13:56 GMT /slideshow/condylar-resorption-and-arthrosis-of-the-joint-dgkfo-80734683/80734683 sylvainchamberland@slideshare.net(sylvainchamberland) Condylar resorption and arthrosis of the joint (dgkfo) sylvainchamberland To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or nonsurgical) to patients with condylar resorption. Case report of bilateral costochondral graft and alloplastic custom fit total joint replacement. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/condylarresorptionandarthrosisofthejointdgkfo-171012111356-thumbnail.jpg?width=120&height=120&fit=bounds" /> To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or nonsurgical) to patients with condylar resorption. Case report of bilateral costochondral graft and alloplastic custom fit total joint replacement.

Condylar resorption and arthrosis of the joint (dgkfo) from Dr Sylvain Chamberland

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1 Facial asymmetry condylar hyperplasia or condylar hypoplasia (v a dgkfo) /slideshow/facial-asymmetry-condylar-hyperplasia-or-condylar-hypoplasia-v-a-dgkfo/80734314 facialasymmetry-condylarhyperplasiaorcondylarhypoplasiavadgkfo-171012110115
To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non-growing individual. To Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.]]>
To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non-growing individual. To Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.]]> Thu, 12 Oct 2017 11:01:15 GMT /slideshow/facial-asymmetry-condylar-hyperplasia-or-condylar-hypoplasia-v-a-dgkfo/80734314 sylvainchamberland@slideshare.net(sylvainchamberland) Facial asymmetry condylar hyperplasia or condylar hypoplasia (v a dgkfo) sylvainchamberland To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non-growing individual. To Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/facialasymmetry-condylarhyperplasiaorcondylarhypoplasiavadgkfo-171012110115-thumbnail.jpg?width=120&height=120&fit=bounds" /> To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non-growing individual. To Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.

Facial asymmetry condylar hyperplasia or condylar hypoplasia (v a dgkfo) from Dr Sylvain Chamberland

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1 Treatment planning of surgical orthodontic cases dgkfo /sylvainchamberland/treatment-planning-of-surgical-orthodontic-cases-dgkfo 4-treatmentplanningofsurgicalorthodonticcasesdgkfo-171011065712
Presurgical orthodontic decompensation for hypodivergent, normodivergent and hyperdivergent surgical treatment planning. Report of cases.]]>
Presurgical orthodontic decompensation for hypodivergent, normodivergent and hyperdivergent surgical treatment planning. Report of cases.]]> Wed, 11 Oct 2017 06:57:12 GMT /sylvainchamberland/treatment-planning-of-surgical-orthodontic-cases-dgkfo sylvainchamberland@slideshare.net(sylvainchamberland) Treatment planning of surgical orthodontic cases dgkfo sylvainchamberland Presurgical orthodontic decompensation for hypodivergent, normodivergent and hyperdivergent surgical treatment planning. Report of cases. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/4-treatmentplanningofsurgicalorthodonticcasesdgkfo-171011065712-thumbnail.jpg?width=120&height=120&fit=bounds" /> Presurgical orthodontic decompensation for hypodivergent, normodivergent and hyperdivergent surgical treatment planning. Report of cases.

Treatment planning of surgical orthodontic cases dgkfo from Dr Sylvain Chamberland

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1 Génioplastie fonctionnelle chez les patients en croissance https://fr.slideshare.net/slideshow/genioplastie-fonctionnelle-chez-les-patients-en-croissance-orthodfr160020/63667701 genioplastiefonctionnellechezlespatientsencroissanceorthodfr160020-160702123140
Objectifs − Évaluer le rôle de l’âge sur la régénération osseuse par remodelage au niveau de la symphyse après génioplastie. Méthode − Cinquante-quatre patients ayant bénéficié d’une génioplastie à la fin de leur traitement orthodontique ont été divisés en trois groupes selon leur âge au moment de l’intervention : moins de 15 ans (groupe 1), 15 à 19 ans (groupe 2) et 20 ans ou plus (groupe 3). Le groupe contrôle est constitué de 23 patients n’ayant pas désiré de génioplastie, suivis radiographiquement deux années après la fin de leur traitement. Les patients ont été évalués à trois moments : juste avant l’intervention (T1), juste après l’intervention (T2) et deux ans après l’intervention (T3). Résultats − La quantité d’avancement mentonnier est identique pour les trois groupes, mais la quantité de remodelage osseux est plus importante pour le groupe 1, un peu moins notable pour le groupe 2 et encore moins pour le groupe 3 que pour le groupe 2. Pour les trois groupes, l’épaisseur de la symphyse a considérablement augmenté dans les deux années qui ont suivi l’intervention, mais la quantité d’os néoformé est bien plus importante dans le groupe 1 que dans le groupe 3. Le remodelage osseux, aussi bien au-dessus que derrière la symphyse déplacée, est également plus important chez les plus jeunes du fait de la croissance verticale des procès alvéolaires. Il n’y a aucune preuve d’un quelconque effet délétère de la génioplastie sur la croissance mandibulaire. Conclusion − La génioplastie avec déplacement du segment mentonnier vers le haut et vers l’avant permet d’accroître l’épaisseur de l’os symphysaire, par apposition osseuse au-dessus du point B, ainsi qu’au niveau du point Gnathion. Lorsqu’elle est indiquée, la génioplastie doit être réalisée avant l’âge de 15 ans pour générer les meilleurs résultats en termes de remodelage osseux.]]>
Objectifs − Évaluer le rôle de l’âge sur la régénération osseuse par remodelage au niveau de la symphyse après génioplastie. Méthode − Cinquante-quatre patients ayant bénéficié d’une génioplastie à la fin de leur traitement orthodontique ont été divisés en trois groupes selon leur âge au moment de l’intervention : moins de 15 ans (groupe 1), 15 à 19 ans (groupe 2) et 20 ans ou plus (groupe 3). Le groupe contrôle est constitué de 23 patients n’ayant pas désiré de génioplastie, suivis radiographiquement deux années après la fin de leur traitement. Les patients ont été évalués à trois moments : juste avant l’intervention (T1), juste après l’intervention (T2) et deux ans après l’intervention (T3). Résultats − La quantité d’avancement mentonnier est identique pour les trois groupes, mais la quantité de remodelage osseux est plus importante pour le groupe 1, un peu moins notable pour le groupe 2 et encore moins pour le groupe 3 que pour le groupe 2. Pour les trois groupes, l’épaisseur de la symphyse a considérablement augmenté dans les deux années qui ont suivi l’intervention, mais la quantité d’os néoformé est bien plus importante dans le groupe 1 que dans le groupe 3. Le remodelage osseux, aussi bien au-dessus que derrière la symphyse déplacée, est également plus important chez les plus jeunes du fait de la croissance verticale des procès alvéolaires. Il n’y a aucune preuve d’un quelconque effet délétère de la génioplastie sur la croissance mandibulaire. Conclusion − La génioplastie avec déplacement du segment mentonnier vers le haut et vers l’avant permet d’accroître l’épaisseur de l’os symphysaire, par apposition osseuse au-dessus du point B, ainsi qu’au niveau du point Gnathion. Lorsqu’elle est indiquée, la génioplastie doit être réalisée avant l’âge de 15 ans pour générer les meilleurs résultats en termes de remodelage osseux.]]> Sat, 02 Jul 2016 12:31:40 GMT https://fr.slideshare.net/slideshow/genioplastie-fonctionnelle-chez-les-patients-en-croissance-orthodfr160020/63667701 sylvainchamberland@slideshare.net(sylvainchamberland) Génioplastie fonctionnelle chez les patients en croissance sylvainchamberland Objectifs − Évaluer le rôle de l’âge sur la régénération osseuse par remodelage au niveau de la symphyse après génioplastie. Méthode − Cinquante-quatre patients ayant bénéficié d’une génioplastie à la fin de leur traitement orthodontique ont été divisés en trois groupes selon leur âge au moment de l’intervention : moins de 15 ans (groupe 1), 15 à 19 ans (groupe 2) et 20 ans ou plus (groupe 3). Le groupe contrôle est constitué de 23 patients n’ayant pas désiré de génioplastie, suivis radiographiquement deux années après la fin de leur traitement. Les patients ont été évalués à trois moments : juste avant l’intervention (T1), juste après l’intervention (T2) et deux ans après l’intervention (T3). Résultats − La quantité d’avancement mentonnier est identique pour les trois groupes, mais la quantité de remodelage osseux est plus importante pour le groupe 1, un peu moins notable pour le groupe 2 et encore moins pour le groupe 3 que pour le groupe 2. Pour les trois groupes, l’épaisseur de la symphyse a considérablement augmenté dans les deux années qui ont suivi l’intervention, mais la quantité d’os néoformé est bien plus importante dans le groupe 1 que dans le groupe 3. Le remodelage osseux, aussi bien au-dessus que derrière la symphyse déplacée, est également plus important chez les plus jeunes du fait de la croissance verticale des procès alvéolaires. Il n’y a aucune preuve d’un quelconque effet délétère de la génioplastie sur la croissance mandibulaire. Conclusion − La génioplastie avec déplacement du segment mentonnier vers le haut et vers l’avant permet d’accroître l’épaisseur de l’os symphysaire, par apposition osseuse au-dessus du point B, ainsi qu’au niveau du point Gnathion. Lorsqu’elle est indiquée, la génioplastie doit être réalisée avant l’âge de 15 ans pour générer les meilleurs résultats en termes de remodelage osseux. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/genioplastiefonctionnellechezlespatientsencroissanceorthodfr160020-160702123140-thumbnail.jpg?width=120&height=120&fit=bounds" /> Objectifs − Évaluer le rôle de l’âge sur la régénération osseuse par remodelage au niveau de la symphyse après génioplastie. Méthode − Cinquante-quatre patients ayant bénéficié d’une génioplastie à la fin de leur traitement orthodontique ont été divisés en trois groupes selon leur âge au moment de l’intervention : moins de 15 ans (groupe 1), 15 à 19 ans (groupe 2) et 20 ans ou plus (groupe 3). Le groupe contrôle est constitué de 23 patients n’ayant pas désiré de génioplastie, suivis radiographiquement deux années après la fin de leur traitement. Les patients ont été évalués à trois moments : juste avant l’intervention (T1), juste après l’intervention (T2) et deux ans après l’intervention (T3). Résultats − La quantité d’avancement mentonnier est identique pour les trois groupes, mais la quantité de remodelage osseux est plus importante pour le groupe 1, un peu moins notable pour le groupe 2 et encore moins pour le groupe 3 que pour le groupe 2. Pour les trois groupes, l’épaisseur de la symphyse a considérablement augmenté dans les deux années qui ont suivi l’intervention, mais la quantité d’os néoformé est bien plus importante dans le groupe 1 que dans le groupe 3. Le remodelage osseux, aussi bien au-dessus que derrière la symphyse déplacée, est également plus important chez les plus jeunes du fait de la croissance verticale des procès alvéolaires. Il n’y a aucune preuve d’un quelconque effet délétère de la génioplastie sur la croissance mandibulaire. Conclusion − La génioplastie avec déplacement du segment mentonnier vers le haut et vers l’avant permet d’accroître l’épaisseur de l’os symphysaire, par apposition osseuse au-dessus du point B, ainsi qu’au niveau du point Gnathion. Lorsqu’elle est indiquée, la génioplastie doit être réalisée avant l’âge de 15 ans pour générer les meilleurs résultats en termes de remodelage osseux.

from Dr Sylvain Chamberland

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1 Functional genioplasty in growing patients /slideshow/functional-genioplasty-in-growing-individuals-v-angchamberland-orthodontiste/55606985 functionalgenioplastyingrowingindividuals-vangchamberlandorthodontiste-151128171424-lva1-app6892
Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling.]]>
Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling.]]> Sat, 28 Nov 2015 17:14:24 GMT /slideshow/functional-genioplasty-in-growing-individuals-v-angchamberland-orthodontiste/55606985 sylvainchamberland@slideshare.net(sylvainchamberland) Functional genioplasty in growing patients sylvainchamberland Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/functionalgenioplastyingrowingindividuals-vangchamberlandorthodontiste-151128171424-lva1-app6892-thumbnail.jpg?width=120&height=120&fit=bounds" /> Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling.

Functional genioplasty in growing patients from Dr Sylvain Chamberland

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1 Mulitidisciplinary orthodontic treatment case report /slideshow/mulitidisciplinary-orthodontic-treatment-case-report/44643470 mulitidisciplinaryorthodontictreatmentcasereport-150213085153-conversion-gate01
Case reports of multidisciplinary orthodontic treatment involving orthognathic surgery, prostho, perio, dental implant, TAD (miniscrew)]]>
Case reports of multidisciplinary orthodontic treatment involving orthognathic surgery, prostho, perio, dental implant, TAD (miniscrew)]]> Fri, 13 Feb 2015 08:51:53 GMT /slideshow/mulitidisciplinary-orthodontic-treatment-case-report/44643470 sylvainchamberland@slideshare.net(sylvainchamberland) Mulitidisciplinary orthodontic treatment case report sylvainchamberland Case reports of multidisciplinary orthodontic treatment involving orthognathic surgery, prostho, perio, dental implant, TAD (miniscrew) <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/mulitidisciplinaryorthodontictreatmentcasereport-150213085153-conversion-gate01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Case reports of multidisciplinary orthodontic treatment involving orthognathic surgery, prostho, perio, dental implant, TAD (miniscrew)

Mulitidisciplinary orthodontic treatment case report from Dr Sylvain Chamberland

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1 Distraction mandibulaire symphysaire symphyseal distraction https://fr.slideshare.net/slideshow/distraction-mandibulaire-symphysaire-symphyseal-disctraction/44545027 distractionmandibulairesymphysairesymphysealdisctraction-150211065843-conversion-gate02
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]]> Wed, 11 Feb 2015 06:58:43 GMT https://fr.slideshare.net/slideshow/distraction-mandibulaire-symphysaire-symphyseal-disctraction/44545027 sylvainchamberland@slideshare.net(sylvainchamberland) Distraction mandibulaire symphysaire symphyseal distraction sylvainchamberland <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/distractionmandibulairesymphysairesymphysealdisctraction-150211065843-conversion-gate02-thumbnail.jpg?width=120&height=120&fit=bounds" />

from Dr Sylvain Chamberland

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1 Genioplastie fonctionnelle chez le patient en croissance https://fr.slideshare.net/slideshow/genioplastie-fonctionnelle-chez-le-patient-en-croissance-keynote/44455810 genioplastiefonctionnellechezlepatientencroissancekeynote-150209123238-conversion-gate02
Définir le moment optimal pour une génioplastie fonctionnelle en évaluant: 1-le patron du remodelage osseux au menton 2-le patron de stabilité post chirurgicale chez le patient adulte et celui en croissance.]]>
Définir le moment optimal pour une génioplastie fonctionnelle en évaluant: 1-le patron du remodelage osseux au menton 2-le patron de stabilité post chirurgicale chez le patient adulte et celui en croissance.]]> Mon, 09 Feb 2015 12:32:38 GMT https://fr.slideshare.net/slideshow/genioplastie-fonctionnelle-chez-le-patient-en-croissance-keynote/44455810 sylvainchamberland@slideshare.net(sylvainchamberland) Genioplastie fonctionnelle chez le patient en croissance sylvainchamberland Définir le moment optimal pour une génioplastie fonctionnelle en évaluant: 1-le patron du remodelage osseux au menton 2-le patron de stabilité post chirurgicale chez le patient adulte et celui en croissance. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/genioplastiefonctionnellechezlepatientencroissancekeynote-150209123238-conversion-gate02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Définir le moment optimal pour une génioplastie fonctionnelle en évaluant: 1-le patron du remodelage osseux au menton 2-le patron de stabilité post chirurgicale chez le patient adulte et celui en croissance.

from Dr Sylvain Chamberland

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1 Functional genioplasty in growing patients /slideshow/functional-genioplasty-in-growing-patients/39996512 functionalgenioplastyingrowingpatients-141007195857-conversion-gate01
ABSTRACT Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling. (Angle Orthod. 0000;00:000–000.)]]>
ABSTRACT Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling. (Angle Orthod. 0000;00:000–000.)]]> Tue, 07 Oct 2014 19:58:57 GMT /slideshow/functional-genioplasty-in-growing-patients/39996512 sylvainchamberland@slideshare.net(sylvainchamberland) Functional genioplasty in growing patients sylvainchamberland ABSTRACT Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling. (Angle Orthod. 0000;00:000–000.) <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/functionalgenioplastyingrowingpatients-141007195857-conversion-gate01-thumbnail.jpg?width=120&height=120&fit=bounds" /> ABSTRACT Objective: To evaluate the role of age as a moderator of bone regeneration patterns and symphysis remodeling after genioplasty. Method: Fifty-four patients who underwent genioplasty at the end of their orthodontic treatment were divided into three age groups: younger than 15 years at the time of surgery (group 1), 15 to 19 years (group 2), and 20 years or older (group 3). Twenty-three patients who did not accept genioplasty and had a follow-up radiograph 2 years after the end of their orthodontic treatment were used as a control group. Patients were evaluated at three time points: immediate preoperative (T1), immediate postoperative (T2,) and 2 years postsurgery (T3). Results: The mean genial advancement at surgery was similar for the three age groups, but the extent of remodeling around the repositioned chin was greater in group 1, less in group 2, and still less in group 3. Symphysis thickness increased significantly during the 2-year postsurgery interval for the three groups, and this increase was significantly greater in group 1 than in group 3. Remodeling above and behind the repositioned chin also was greater in the younger patients. This was related to greater vertical growth of the dentoalveolar process in the younger patients. There was no evidence of a deleterious effect on mandibular growth. Conclusion: The outcomes of forward-upward genioplasty include increased symphysis thickness, bone apposition above B point, and remodeling at the inferior border. When indications for this type of genioplasty are recognized, early surgical correction (before age 15) produces a better outcome in terms of bone remodeling. (Angle Orthod. 0000;00:000–000.)

Functional genioplasty in growing patients from Dr Sylvain Chamberland

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1 Fixed applicance management of class II correction /slideshow/fixed-applicance-management-of-class-ii-correction/39354038 fixedapplicancemanagementofclassiicorrection-140921190929-phpapp01
Management of Class II correction device. Lecture presented at McIntyre joint plenary program for doctors at the 66th Annual scientific session of the Canadian Association of Orthodontists, Montréal, september 2014 Class II correction devices are commonly used in orthodontics and exist in many declension. Literature reviews show that such devices do not appear to cause any significant changes in mandibular length and their effectiveness in correcting class II malocclusion can be explained by a combination of some skeletal (mainly maxillary) and dentoalveolar (maxillary and mandibular) modifications. The SUS2 corrector device will be presented using bondable head gear tube and self-ligating mandibular molar tube. A case presentaion will be used to explain how to use SUS2 device in a successful manner.]]>
Management of Class II correction device. Lecture presented at McIntyre joint plenary program for doctors at the 66th Annual scientific session of the Canadian Association of Orthodontists, Montréal, september 2014 Class II correction devices are commonly used in orthodontics and exist in many declension. Literature reviews show that such devices do not appear to cause any significant changes in mandibular length and their effectiveness in correcting class II malocclusion can be explained by a combination of some skeletal (mainly maxillary) and dentoalveolar (maxillary and mandibular) modifications. The SUS2 corrector device will be presented using bondable head gear tube and self-ligating mandibular molar tube. A case presentaion will be used to explain how to use SUS2 device in a successful manner.]]> Sun, 21 Sep 2014 19:09:29 GMT /slideshow/fixed-applicance-management-of-class-ii-correction/39354038 sylvainchamberland@slideshare.net(sylvainchamberland) Fixed applicance management of class II correction sylvainchamberland Management of Class II correction device. Lecture presented at McIntyre joint plenary program for doctors at the 66th Annual scientific session of the Canadian Association of Orthodontists, Montréal, september 2014 Class II correction devices are commonly used in orthodontics and exist in many declension. Literature reviews show that such devices do not appear to cause any significant changes in mandibular length and their effectiveness in correcting class II malocclusion can be explained by a combination of some skeletal (mainly maxillary) and dentoalveolar (maxillary and mandibular) modifications. The SUS2 corrector device will be presented using bondable head gear tube and self-ligating mandibular molar tube. A case presentaion will be used to explain how to use SUS2 device in a successful manner. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/fixedapplicancemanagementofclassiicorrection-140921190929-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Management of Class II correction device. Lecture presented at McIntyre joint plenary program for doctors at the 66th Annual scientific session of the Canadian Association of Orthodontists, Montréal, september 2014 Class II correction devices are commonly used in orthodontics and exist in many declension. Literature reviews show that such devices do not appear to cause any significant changes in mandibular length and their effectiveness in correcting class II malocclusion can be explained by a combination of some skeletal (mainly maxillary) and dentoalveolar (maxillary and mandibular) modifications. The SUS2 corrector device will be presented using bondable head gear tube and self-ligating mandibular molar tube. A case presentaion will be used to explain how to use SUS2 device in a successful manner.

Fixed applicance management of class II correction from Dr Sylvain Chamberland

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1 Évaluation de l'âge dentaire https://fr.slideshare.net/slideshow/valuation-de-lge-dentaire/31275035 valuationdelgedentaire-140216193522-phpapp01
Âge dentaire et évolution de l'éruption dentaire versus l'âge chronologique]]>
Âge dentaire et évolution de l'éruption dentaire versus l'âge chronologique]]> Sun, 16 Feb 2014 19:35:22 GMT https://fr.slideshare.net/slideshow/valuation-de-lge-dentaire/31275035 sylvainchamberland@slideshare.net(sylvainchamberland) Évaluation de l'âge dentaire sylvainchamberland Âge dentaire et évolution de l'éruption dentaire versus l'âge chronologique <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/valuationdelgedentaire-140216193522-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Âge dentaire et évolution de l'éruption dentaire versus l'âge chronologique

from Dr Sylvain Chamberland

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1 Croissance et développement partie 4 estimation de la maturité physique /slideshow/croissance-et-dveloppement-partie-4-estimation-de-la-maturit-physique/31275004 croissanceetdveloppementpartie4estimationdelamaturitphysique-140216193339-phpapp01
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 4: Estimation de la maturité physique]]>
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 4: Estimation de la maturité physique]]> Sun, 16 Feb 2014 19:33:39 GMT /slideshow/croissance-et-dveloppement-partie-4-estimation-de-la-maturit-physique/31275004 sylvainchamberland@slideshare.net(sylvainchamberland) Croissance et développement partie 4 estimation de la maturité physique sylvainchamberland Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 4: Estimation de la maturité physique <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/croissanceetdveloppementpartie4estimationdelamaturitphysique-140216193339-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 4: Estimation de la maturité physique

Croissance et d辿veloppement partie 4 estimation de la maturit辿 physique from Dr Sylvain Chamberland

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1 Croissance et développement partie 3 patron de croissance du complexe dentofacial https://fr.slideshare.net/sylvainchamberland/croissance-et-dveloppement-partie-3-patron-de-croissance-du-complexe-dentofacial croissanceetdveloppementpartie3patrondecroissanceducomplexedentofacial-140216192943-phpapp01
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 3: Patron de croissance du complexe dentofacial]]>
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 3: Patron de croissance du complexe dentofacial]]> Sun, 16 Feb 2014 19:29:43 GMT https://fr.slideshare.net/sylvainchamberland/croissance-et-dveloppement-partie-3-patron-de-croissance-du-complexe-dentofacial sylvainchamberland@slideshare.net(sylvainchamberland) Croissance et développement partie 3 patron de croissance du complexe dentofacial sylvainchamberland Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 3: Patron de croissance du complexe dentofacial <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/croissanceetdveloppementpartie3patrondecroissanceducomplexedentofacial-140216192943-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 3: Patron de croissance du complexe dentofacial

from Dr Sylvain Chamberland

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1 Croissance et développement partie 2 développement squelettique /slideshow/croissance-et-dveloppement-partie-2-dveloppement-squelettique/31274916 croissanceetdveloppementpartie2dveloppementsquelettique-140216192732-phpapp02
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 2: Développement squelettique]]>
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 2: Développement squelettique]]> Sun, 16 Feb 2014 19:27:32 GMT /slideshow/croissance-et-dveloppement-partie-2-dveloppement-squelettique/31274916 sylvainchamberland@slideshare.net(sylvainchamberland) Croissance et développement partie 2 développement squelettique sylvainchamberland Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 2: Développement squelettique <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/croissanceetdveloppementpartie2dveloppementsquelettique-140216192732-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 2: Développement squelettique

Croissance et d辿veloppement partie 2 d辿veloppement squelettique from Dr Sylvain Chamberland

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1 Croissance et développement partie 1 développement physique https://fr.slideshare.net/slideshow/croissance-et-dveloppement-partie-1-dveloppement-physique/31274863 croissanceetdveloppementpartie1dveloppementphysique-140216192339-phpapp02
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 1: Développement physique]]>
Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 1: Développement physique]]> Sun, 16 Feb 2014 19:23:39 GMT https://fr.slideshare.net/slideshow/croissance-et-dveloppement-partie-1-dveloppement-physique/31274863 sylvainchamberland@slideshare.net(sylvainchamberland) Croissance et développement partie 1 développement physique sylvainchamberland Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 1: Développement physique <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/croissanceetdveloppementpartie1dveloppementphysique-140216192339-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Cours de Croissance et développement aux étudiants en médecine dentaire. MDD 20049 Partie 1: Développement physique

from Dr Sylvain Chamberland

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1 Condylar resorption orthodontic and surgical management perspectives /slideshow/condylar-resorption-orthodontic-and-surgical-management-perspectives/26411427 condylarresorptionorthodonticandsurgicalmanagementperspectives-130921084945-phpapp01
The American Society of TMJ Surgeons proudly announces a unique and timely Continuing Education program. The educational objective of this meeting will be to provide participating surgeons, orthodontists, and other community of interest attendees with the latest evidence-based information on this important and vexing subject. The meeting format includes 3 sessions of focused presentations by invited speakers followed by a reactor panel and audience participation Q&A. ]]>
The American Society of TMJ Surgeons proudly announces a unique and timely Continuing Education program. The educational objective of this meeting will be to provide participating surgeons, orthodontists, and other community of interest attendees with the latest evidence-based information on this important and vexing subject. The meeting format includes 3 sessions of focused presentations by invited speakers followed by a reactor panel and audience participation Q&A. ]]> Sat, 21 Sep 2013 08:49:45 GMT /slideshow/condylar-resorption-orthodontic-and-surgical-management-perspectives/26411427 sylvainchamberland@slideshare.net(sylvainchamberland) Condylar resorption orthodontic and surgical management perspectives sylvainchamberland The American Society of TMJ Surgeons proudly announces a unique and timely Continuing Education program. The educational objective of this meeting will be to provide participating surgeons, orthodontists, and other community of interest attendees with the latest evidence-based information on this important and vexing subject. The meeting format includes 3 sessions of focused presentations by invited speakers followed by a reactor panel and audience participation Q&A. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/condylarresorptionorthodonticandsurgicalmanagementperspectives-130921084945-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> The American Society of TMJ Surgeons proudly announces a unique and timely Continuing Education program. The educational objective of this meeting will be to provide participating surgeons, orthodontists, and other community of interest attendees with the latest evidence-based information on this important and vexing subject. The meeting format includes 3 sessions of focused presentations by invited speakers followed by a reactor panel and audience participation Q&A.

Condylar resorption orthodontic and surgical management perspectives from Dr Sylvain Chamberland

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1 Idiopathic condylar resorption and arthrosis of the joints /sylvainchamberland/idiopathic-condylar-resorption-and-arthrosis-of-the-joints idiopathiccondylarresorptionandarthrosisofthejoints-121014125643-phpapp02
Objective: To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or non surgical) to patients with condylar resorption.]]>
Objective: To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or non surgical) to patients with condylar resorption.]]> Sun, 14 Oct 2012 12:56:42 GMT /sylvainchamberland/idiopathic-condylar-resorption-and-arthrosis-of-the-joints sylvainchamberland@slideshare.net(sylvainchamberland) Idiopathic condylar resorption and arthrosis of the joints sylvainchamberland Objective: To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or non surgical) to patients with condylar resorption. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/idiopathiccondylarresorptionandarthrosisofthejoints-121014125643-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Objective: To understand the pathophysiology of the arthrosis that lead to condylar resorption. To understand systemic, local and occlusal factors that may lead to condylar resorption. To know the diagnostic test that are recommended. To know how to adapt the treatment plan (surgical or non surgical) to patients with condylar resorption.

Idiopathic condylar resorption and arthrosis of the joints from Dr Sylvain Chamberland

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1 Hemimandibular hyperplasia and facial asymmetry /slideshow/hemimandibular-hyperplasia-and-facial-asymmetry/14721921 hemimandibularhyperplasiaandfacialasymmetry-121014112438-phpapp02
Objective: To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non growing individual. Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.]]>
Objective: To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non growing individual. Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.]]> Sun, 14 Oct 2012 11:24:36 GMT /slideshow/hemimandibular-hyperplasia-and-facial-asymmetry/14721921 sylvainchamberland@slideshare.net(sylvainchamberland) Hemimandibular hyperplasia and facial asymmetry sylvainchamberland Objective: To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non growing individual. Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/hemimandibularhyperplasiaandfacialasymmetry-121014112438-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Objective: To differentiate non syndromic pathology that cause facial asymmetry. To understand the effect of unilateral condylar hyperplasy in a growing and non growing individual. Understand the effect of condylar fracture or trauma (impact) to the joint that may affect mandibular growth. To know the diagnostic test and surgical treatment that is recommended.

Hemimandibular hyperplasia and facial asymmetry from Dr Sylvain Chamberland

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1 Orthognatic surgery chirurgie orthognathique /slideshow/orthognatic-surgery-chirurgie-orthognathique/12790922 orthognaticsurgerychirurgieorthognathique-120503151211-phpapp01
Description of orthognatic surgery Le Fort 1, bilateral sagittal split osteotomy and genioplasty]]>
Description of orthognatic surgery Le Fort 1, bilateral sagittal split osteotomy and genioplasty]]> Thu, 03 May 2012 15:12:10 GMT /slideshow/orthognatic-surgery-chirurgie-orthognathique/12790922 sylvainchamberland@slideshare.net(sylvainchamberland) Orthognatic surgery chirurgie orthognathique sylvainchamberland Description of orthognatic surgery Le Fort 1, bilateral sagittal split osteotomy and genioplasty <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/orthognaticsurgerychirurgieorthognathique-120503151211-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Description of orthognatic surgery Le Fort 1, bilateral sagittal split osteotomy and genioplasty

Orthognatic surgery chirurgie orthognathique from Dr Sylvain Chamberland

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1 https://cdn.slidesharecdn.com/profile-photo-sylvainchamberland-48x48.jpg?cb=1578691616 ► Tél. : 418-847-1115 ► Courriel : drsylchamberland@videotron.ca ► Skype : sylvain_chamberland Spécialisations : ►Traitement orthodontique majeur chez l'enfant et chez l'adulte ►Traitement ortho-chirurgie ►Traitement pluridisciplinaire (ortho-parodontie-prosthodontie-chirurgie) ►Traitement orthochirurgie pour patient apnéique ►Recherche en orthodontie ►Conférencier et séminaires de formation www.sylvainchamberland.com/ https://cdn.slidesharecdn.com/ss_thumbnails/mandibularsymphysealdistractionosteogenesisandsarpeaao2018washingtondcsylvainchamberland-181228014420-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/mandibular-symphyseal-distraction-osteogenesis-and-sarpe-aao-2018-washington-dc-sylvain-chamberland/126871711 Mandibular Symphyseal ... https://cdn.slidesharecdn.com/ss_thumbnails/condylarresorptionandarthrosisofthejointdgkfo-171012111356-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/condylar-resorption-and-arthrosis-of-the-joint-dgkfo-80734683/80734683 Condylar resorption an... https://cdn.slidesharecdn.com/ss_thumbnails/facialasymmetry-condylarhyperplasiaorcondylarhypoplasiavadgkfo-171012110115-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/facial-asymmetry-condylar-hyperplasia-or-condylar-hypoplasia-v-a-dgkfo/80734314 Facial asymmetry cond...