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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mini-implants-in-orthodontics/
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**课程名称：** 齿槽微种植体在正畸中的应用 **课程概述：** 本课程将带您从零开始，全面掌握齿槽微种植体的正畸应用，成为该领域的专家。 **课程主要内容：** **1. 齿槽微种植体（Orthodontic Mini implants）** * **1.1 骨性锚固（Skeletal anchorage）** * 1.1.1 螺钉的基本组成部分 * 1.1.2 植入的生物学基础 * 1.1.3 齿槽微种植体的稳定性 * 1.1.4 微种植体的规格 * 1.1.5 正畸力的施加 * 1.1.6 植入部位 * 颊侧牙槽骨 * 腭侧后牙槽骨 * 腭中缝 * 鼻前棘及前牙槽骨 * 腭前区（Rugae） * 眶下嵴（Infrazygomatic crest） * 上颌骨结节（Maxillary tuberosity） * 颊侧牙槽骨（再次强调） * 牙齿缺失区域 * 磨牙后区（Retromolar area） * 前牙及舌侧牙槽骨 * 1.1.7 手术操作流程 * 自攻丝型 * 预钻孔型 **2. 前后向治疗（Anterior-posterior treatment）** * **2.1 前牙内收（Anterior retraction）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * 后牙微种植体临床操作步骤 * **2.2 后牙后向移动（Posterior distalization）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * 下颌后牙后向移动的临床步骤 * 腭侧牙槽骨后向移动的临床步骤 * 腭中缝后向移动器的临床步骤 * **2.3 磨牙前向牵引（Molar protraction）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * 使用牙槽骨锚固进行磨牙前向牵引的临床步骤 * 使用腭中缝（间接）锚固的临床步骤 **3. 垂直向控制（Vertical control）** * **3.1 前牙压低（Anterior intrusion）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * 前牙压低的临床步骤 * **3.2 前牙伸长（Anterior extrusion）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * **3.3 后牙压低（Posterior molar intrusion）** * 治疗规划、生物力学及机制 * 上颌牙列压低策略 * 下颌牙列压低策略 * 生物力学原理 * 上颌磨牙压低的临床步骤 **4. 上颌横向扩弓（Maxillary transverse expansion）** * **4.1 骨性锚固快速上颌扩弓（Bone anchored Rapid palatal expansion）** * **4.2 伴有骨锚定扩弓器的手术辅助快速上颌扩弓（Surgically Assisted RPE (SARPE) with Bone-Anchored Expander）** **5. 不对称横向控制（Asymmetric transverse control）** * 治疗规划、生物力学及机制 * 生物力学原理 * 中线纠正的临床步骤 **6. 单侧压低（垂直不对称矫正）（Unilateral intrusion (vertical asymmetry correction)）** * 治疗规划、生物力学及机制 * 治疗方案选项 * 生物力学原理 * 单侧压低的临床步骤 **7. 异位牙的横向矫正（Transverse correction of ectopic teeth）** * 治疗方案选项 * 生物力学原理 * 异位牙排齐的临床步骤
This course will take you from zero to hero of the following orthodontic topic: Orthodontic Mini implantsHere are the main headlines that this course covers:Orthodontic Mini implants1. Skeletal anchorage1.1 Basic components of the screw1.2 Biological aspects of implantation1.3 Stability of orthodontic mini-implants1.4 Specifications of mini implants1.5 Orthodontic loading1.6 Insertion sitesBuccal alveolusPosterior palatal alveolusMidpalatal sutureAnterior nasal spine and anterior alveolusAnterior rugaeInfrazygomatic crestMaxillary tuberosityBuccal alveolusEdentulous areaRetromolar areaAnterior and lingual alveolus1.7 Surgical proceduresSelf-drillingPredriling type2. Anterior-posterior treatment2.1 Anterior retractionTreatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principlesPosterior mini-implant clinical steps2.2 Posterior distalizationTreatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principlesClinical steps for mandibular distalizationClinical steps for palatal alveolar distalizationClinical steps for a mid-palatal distalizer2.3 Molar protractionTreatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principlesClinical steps for molar protraction using alveolar site anchorageClinical steps for mid-palate (indirect) anchorage3. Vertical control3.1 Anterior intrusionTreatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principlesClinical steps for Anterior intrusion3.2 Anterior extrusionTreatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principles3.3 Posterior molar intrusionTreatment planning, biomechanics, and mechanicsStrategies for intrusion of the maxillary dentitionStrategies for intrusion of the mandibular dentitionBiomechanical principlesClinical steps for maxillary molar intrusion4. Maxillary transverse expansion4.1 Bone anchored Rapid palatal expansion4.2 Surgically Assisted RPE (SARPE) with Bone-Anchored Expander5. Asymmetric transverse controlTreatment planning, biomechanics, and mechanicsBiomechanical principlesClinical steps for centreline correction6. Unilateral intrusion (vertical asymmetry correction)Treatment planning, biomechanics, and mechanicsTreatment optionsBiomechanical principlesClinical steps for unilateral intrusion7. Transverse correction of ectopic teethTreatment optionsBiomechanical principlesClinical steps for ectopic tooth alignment
