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宁波大学医学院解剖教研室 陈 一 勇,注 意 事 项,上课安排:总学时 111学时 讲课 43 实验 68 总学分 4.5 医学院至真楼108人体解剖实验室 1 穿白衣,医学院学工办 赵青老师 2 值日 考核安排:分期末考试(60%),期中考试(20-30%)和平时成绩(10-20%)三部分 平时成绩分为网上作业,课后作业,考勤,宁波大学人体解剖学网络课程网址: ,宁波大学人体解剖学网络课程网址: ,宁波大学人体解剖学网络课程网址: ,绪 论 Introduction,人体解剖学的定义、地位和作用 人体解剖学发展简史及我国人体解剖学的发展历程 人体解剖学的分科 解剖学姿势和常用的解剖学术语,定义(Definition) : 人体解剖学 (Human Anatomy) 是一门研究正常人体形态和构造的科学,隶属于生物科学的形态学范畴。在医学领域,它是一门重要的基础课程,其任务是揭示人体各系统器官的形态和结构特征,各器官、结构间的毗邻和连属,为进一步学习后续的医学基础课程和临床医学课程奠定基础。,地位(position) : 人体解剖学是其他后续医学学科的重要基础课;医学中1/3以上的名词来源于解剖学。 “著书不明脏腑,岂不是痴人说梦;治病不明脏腑,何异于盲子夜行。” -王清任医林改错,Hippocrates-希波克拉底(公元前460377)古希腊名医、解剖学鼻祖。,人体解剖学发展简史,Galen- 伽林(130200)古希腊名医、解剖学家,著医经,对血液流动、神经分支和脑、心等器官有具体描述。,人体解剖学发展简史,Vesalius-(15141564) 现代解剖学的奠基人,1543年出版了人体构造这一划时代的解剖学巨著。,人体解剖学发展简史,Harvey-(15781657) 解剖生理学家,发现了血液循环的原理,确定血液是在一个封闭的管道内循环。著有血液循环论、动物的发生两书。开创了动物实验研究的道路。,人体解剖学发展简史,我国人体解剖学的发展历程,人体解剖学的分科,巨视解剖学 macroanatomy,微视解剖学 microanatomy,系统解剖学 Systematic anatomy,局部解剖学 Topographic anatomy,组织学,细胞学,胚胎学,根据研究手段分科,人体解剖学的分科,外科解剖学,X线解剖学,其 他 分 科,成长解剖学,艺术解剖学,应用解剖学,神经解剖学,运动解剖学,断层解剖学,人体的构成,细胞,组织,器官,系统,上皮组织,神经组织,结缔组织,肌肉组织,感觉器,脉管系统,生殖系统,呼吸系统,泌尿系统,运动系统,消化系统,内分泌系统,神经系统,细胞 生物学,组 织 学,解 剖 学,解剖学姿势(The anatomical position):,身体直立,两眼平视前方; 双足并立,足尖朝前; 上肢垂于躯干两侧, 手掌朝向前方(拇指在外侧)。 The body is upright, legs together, and directed forwards. The palms are turned forward, with the thumbs laterally.,方位术语( The terms of the direction ):,上superior下inferior 前 ( 腹侧 ) anterior (ventral) 后 ( 背侧 ) posterior (dorsal) 内侧medial 外侧lateral 浅superficial深profound 近侧proximal远侧distal,内internal外external,方位术语( The terms of the direction ):,方位术语( The terms of the direction ):,尺侧ulnar桡侧radial,胫侧tibial 腓侧fibular,Anatomical axes and planes (轴与面),轴 Axis : 垂直轴 Vertical axis 矢状轴 Sagittal axis 冠状轴 Coronal axis 面 Plane: 矢状面 Sagittal plane 冠状面 Coronal plane 水平面 Horizontal plane 或横切面 transverse plane,Anatomical axes and planes (轴与面),注意:器官的切面一般不以人体的长轴为准而以其本身的长轴为准,即沿其长轴所做的切面叫纵切面longitudinal section而与长轴垂直的切面叫横切面 transverse section。,运动系统 Locomotive system,运动系统的组成 骨 bone 关 节 articulation 骨骼肌 muscle 运动系统的功能 支持 保护 运动,约占成人 体重的60%,骨总论 Introduction of the osteology,骨的分类 Classification of bone 骨的构造 General structures of bone 骨的化学成分和物理性质Chemical composition and physical properties 骨的发生、发育及骨的可塑性,一骨的分类 Classification of bone,成人共有206块骨 Bones in adult are 206 in number. 骨可以按照部位和形态分类 Bones are classified according to their position and shape,按部位,颅骨skull,躯干骨bones of trunk,四肢骨appendicular skeleton,中轴骨,骨可以按照形态分类Types of shape include:,长骨long bone 短骨short bone 扁骨 flat bone 不规则骨irregular bone,含气骨 pneumatic bone 籽 骨 sesamoid bone,长骨long bone,骨干 Diaphysis or shaft,骺epiphysis,关节面 articular surface,干骺端 metaphysis,骺线 epiphysial line (由骺软骨 epiphysial cartilage 骨化而成 ),骨髓腔 medullary cavity 充满骨髓,短骨short bone,扁骨flat bone,不规则骨irregular bone,骨 质,骨 膜 periosteum,骨 髓 bone marrow,骨密质 compact bone,骨松质 spongy bone,红骨髓,黄骨髓,二骨的构造 General structures of bone,二骨的构造 General structures of bone,骨密质 compact bone,骨松质 spongy bone,板障 diplo,内板 inner plate,外板 outer plate,骨的化学成分和物理性质 Chemical composition and physical properties,有机质 Organic material : 主要是骨胶原纤维束和粘多糖蛋白。构成支架,赋予骨的弹性和韧性。 无机质 Inorganic salts : 主要是碱性磷酸钙。赋予骨硬度和脆性。,关节总论 Introduction of the joints,骨连接的分类及意义 Classification of joints 关节的基本构造 Basic structures of articulations 关节的辅助构造 Accessory structures of articulations 关节的运动 movements of articulations 关节的分类 classification of articulations,一骨连接的分类 Classification of joints,人体骨和骨之间借结缔组织、软骨或骨相连形 成骨连结。 从骨连结的形式可分为直接连结(不动连接)和 间接连结(可动连接,关节)两种。,韧带连结 Syndesmosis,缝 suture,纤维软骨结合 Symphysis,骨性结合 Synosteosis,间接连结又称关节articulation 或滑膜关节synovial joint 是骨连结的最高分化形式,具有较大的活动性。,二关节的基本构造 Basic structures of articulations,关节面 Articular surface 关节软骨articular cartilage 关节囊 Articular capsule 纤维膜 Fibrous membrane 滑膜 Synovial membrane 关节腔 Articular cavity,三关节的辅助构造 Accessory structures of articulations,韧带 Ligaments (lig.): 囊外(内)韧带 extra- and intracapsular ligaments 关节盘 Articular disc和关节唇articular labrum : 滑膜襞 Synovial fold和滑膜囊 synovial bursa,四 关节的运动 movements of articulations,角度运动: 1、屈flexion和伸extension 2、收adduction和展abdution 踝关节的屈又称跖屈,伸又称背伸。 旋转运动rotation: 内旋和外旋;旋前和旋后 环转运动circumduction: 移动translation,五 关节的分类 classification of articulations,单轴关节 Uniaxial joints: 屈戍关节 hinge joints 车轴关节 trochoid (pivot) joints 双轴关节 Biaxial joints: 椭圆关节 ellipsoid joints 鞍状关节 saddle joints 多轴关节 Multiaxial joints: 球窝关节 ball-and-socket joint 平面关节 plane joints,根据参与构成关节骨的数目将关节分为二类:,单关节 如 掌指关节 复关节 如 肘关节,根据关节的运动形式也可将 关节分为二类: 单动关节 如 肩关节 联合关节 如 颞下颌关节,影响关节的灵活性 和稳固性因素 关节面的形态是决定关节运动轴和运动方式的结构基础,运动轴愈多,运动形式就愈多样化,愈灵活;其次,关节头和关节窝的面积差,也反映出运动的灵活与否,同类关节,两者的面积差愈大,运动幅度也愈大,反之面积差越少,则趋于稳固。再其次,关节囊的厚薄、松紧,周围韧带和肌腱的状况也明显影响着关节的运动。,思 考 题,解剖学姿势、常用术语 骨的形态分类、构造 骺软骨与人体长高有何关系? 骨的物理性质随年龄怎样变化,为什么? 你如何理解“没有解剖学就没有医学”这句话? 简答关节的基本构造,辅助构造及关节的运动。,躯干骨及其连结 Bones of trunk and their joints,椎骨的一般形态和各部椎骨的特征;胸骨的基本形态结构;躯干骨的骨性标志。 肋的一般形态、结构;特殊肋的特征。 椎骨的连结概况;脊柱的组成、分部和功能;椎间盘的形态、结构、功能及其临床意义;前、后纵韧带的特征;黄韧带的位置和功能;椎骨关节突关节基本结构;棘上、棘间韧带;脊柱整体观的形态与机能特点。 胸廓的组成、形态和功能;胸廓上、下口的形态及组成。掌握骨性胸廓的运动。 肋和脊柱,肋软骨与胸骨的连结概况。,躯干骨的组成 Composition of bones of trunk,尾骨 coccyx,椎骨 vertebrae,胸骨 sternum,躯干骨的组成 Composition of bones of trunk,一椎骨vertebrae,幼年时椎骨为32或33块 There are 32/33 vertebrae in children 颈椎 Cervical vertebrae C.7 胸椎 Thoracic vertebrae T.12 腰椎 Lumbar vertebrae L.5 骶椎 Sacral vertebrae S.5 骶骨 sacrum 尾椎 Coccygeal vertebrae Co.34 尾骨 coccyx,(一)椎骨的一般形态 General features of vertebrae,椎体 Vertebral body 椎弓 Vertebral arch 椎弓根 pedicle of vertebral arch : 椎上、下切迹 sup. and inf. Vertebral notch lamina of vertebral arch 椎弓板 突起 process (7): 棘突 spinous process 横突 transverse process 上、下关节突 sup. and inf. articular processes 椎孔 Vertebral foramen 椎管 Vertebral canal 椎间孔 Intervertebral foramen,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,第1、2 、7颈椎属特殊椎骨, 将单独介绍 C1/C2/C7 are atypical vertebeae,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,Vertebrae Body: small Vertebral foramen: larger and triangular Spinous processes: short and bifid in C3 to C5, long in C6,and longer in C7 Transverse processes: 横突孔 short and bifid, transverse foramen Articular processes: horizontal,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,(1) 寰椎 Atlas C1,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,(1) 寰椎 Atlas C1,呈环形,无椎体、棘突和关节突 Body and spinous process absent 包括前弓后弓和两个侧块组成 consists of anterior and posterior arches, and two lateral masses 椎动脉沟 Groove for vertebral artery,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,(2) 枢椎 axis C2,(二)各部椎骨的主要特征 Regional variations of vertebrae,1颈椎 Cervical vertebrae,(3) 隆椎 Vertebra prominens C7,棘突特长,末端不分叉,活体易于 触及,常作为计数椎骨序数的标志。 contains long and non-bifid spinous process, it is visible with neck flexed, used as clinical landmark in counting cervical and thoracic spinous processes,(二)各部椎骨的主要特征 Regional variations of vertebrae,2胸椎 Thoracic vertebrae,Vertebrae Body : heart-shape, 上、下肋凹 superior and inferior costal fovea Vertebral foramen: smaller, rounder Spinous processes: 呈叠瓦状 long, point obliquely downward Transverse processes: 横突肋凹 transverse costal fovea Articular processes: coronal,(二)各部椎骨的主要特征 Regional variations of vertebrae,3腰椎 Lumbar vertebrae,Vertebrae Body: larger, kidney-shape Vertebral foramen: larger and triangular Spinous processes: projects horizontally Transverse processes: long Articular processes: sagittal,(二)各部椎骨的主要特征 Regional variations of vertebrae,4骶骨 sacrum,Anterior surface: 岬 promontory, 骶前孔 anterior sacral foramina (four pairs) Posterior surface: 骶正中嵴 median sacral crest, 骶后孔 posterior sacral foramina (four pairs), 骶管裂孔 sacral hiatus,骶角 sacral cornu Lateral part: 耳状面 auricular surface, 骶粗隆 sacral tuberosity,二胸骨sternum,胸骨柄 Manubrium sterni : 颈静脉切迹 jugular notch; 锁切迹 clavicular notch 胸骨体 Body of sternum 剑突 Xiphoid process 胸骨角 Sternal angle : 胸骨柄与胸骨体连接处微向前突,称胸骨角,可在体表扪及,两侧平对第2肋,是计数肋的重要标志。 the junction of manubrium and body, which connects 2nd costal cartilage laterally, and lies opposite lower border of T4 posteriorly, 胸骨角 Sternal angle,三肋 ribs,肋由肋骨和肋软骨组成,共12对。,General features 真肋 Ribs 17 called true ribs 假肋 Ribs 810 called false ribs 浮肋 Ribs 1112 called floating ribs,三肋 ribs,肋由肋骨和肋软骨组成,共12对。,Posterior end: 肋头 costal head 肋颈 costal neck 肋结节 costal tubercle Shaft: 肋角 costal angle 肋沟 costal groove Anterior end,三肋 ribs, 非典型的肋,第一肋 First rib: 前斜角肌结节 tubercle for scalenus anterior 锁骨下动、静脉沟 sulcus for subclavian artery and vein 11th and 12th ribs lack costal necks, tubercles and angles,躯干骨的连结 Articulations of Bones of Trunk,一脊柱 The vertebral column,脊柱由24块椎骨、一块骶骨、 一块尾骨组成。 The vertebral column consists of 24 vertebrae, the sacrum, and the coccyx.,(一)椎骨间的连结Joints of the vertebrae,椎体间的连结 Joints of the vertebral bodies 椎间盘 Intervertebral discs 前纵韧带 Anterior longitudinal ligament 后纵韧带 Posterior longitudinal ligament 椎弓间的连结 Joints of the vertebral arches 棘上韧带 Supraspinal ligament 项韧带 Ligamentum nuchae 棘间韧带 Interspinal ligament 黄韧带 Ligamenta flava 横突间韧带 Intertansverse ligament 关节突关节 Zygapophysial joint,1椎间盘 Intervertebral discs,是连结相邻两个椎体的纤维软骨盘(第1及第2颈椎之间除外),椎间盘有中央部的髓核和周围部的纤维环两部分构成。 between bodies of adjacent vertebrae, composed of: Nucleus pulposus and Annulus fibrosus.,椎体间的连结,1椎间盘 Intervertebral discs,椎间盘脱出Hemination of nucleus pulposus,椎体间的连结,2前纵韧带 Anterior longitudinal ligament,椎体间的连结,是椎体前面延伸的一束坚固的纤维束,宽而坚韧,上自枕骨大孔前缘,下达第1或第2骶椎椎体,牢固附着于椎体和椎间盘,有防止脊柱过度后伸和椎间盘向前脱出的作用。 Strong band covering the anterior part of the vertebral bodies and intervertebral discs running from the anterior margin of foramen magnum to the S1S2. Maintains stability of the intervertebral disc and prevents hyperextension of the vertebral column.,3后纵韧带 posterior longitudinal ligament,椎体间的连结,位于椎体的后面,窄而坚韧。起自枢椎,下达骶骨。与椎间盘纤维环及椎体上下缘紧密连结,而与椎体结合较为疏松,有限制脊柱过度前屈的作用。 Attached to the posterior aspect of the intervertebral discs and posterior edges of the vertebral bodies from C2 vertebra to sacrum Prevents hyperflexion of the vertebral column and posterior protrusion of the discs.,1黄韧带 ligamenta flava,椎弓间的连结,位于椎管内,连结相邻两椎弓板间的韧带,由黄色的弹性纤维构成。黄韧带协助围成椎管,并有限制脊柱过度前屈的作用。 elastic ligament, unite laminae of adjacent vertebrae, and complete the posterior wall of vertebral canal; tend to prevent hyperflexion of the vertebral column.,椎弓间的连结,2 棘间韧带Interspinal ligament 3 棘上韧带Supraspinal ligament 项韧带 Ligamentum nuchae 4 横突间韧带 Intertansverse ligament 5 关节突关节Zygapophysial joint,寰椎与枕骨及枢椎的关节,1寰枕关节 Atlantooccipital joint,寰椎与枕骨及枢椎的关节,2寰枢关节 Atlantoaxial joint,包括三个关节,分别为寰枢外侧 关节和寰枢正中关节。 Three synovial joints between atlas and axis: Laterally, paired joints between articulating facets. Median joint between dens of axis and anterior arch of atlas 寰枢关节有下列韧带增强: 齿突尖韧带apical ligament of dens 翼状韧带alar ligament 寰椎横韧带 transverse ligament of atlas 覆膜tectorial membrane 运动:使头作俯仰/侧屈和旋转运动。 allow atlas (and head) to pivot on the axis and vertebral column,(二)脊柱的整体观及运动 Normal Curves and movement of vertebral column,颈曲 Cervical curvature convex forward 胸曲 Thoracic curvature convex backward 腰曲Lumbar curvature convex forward 骶曲 Sacral curvature convex backward 脊柱的运动 Movement of the vertebral column 屈伸 flexion and extension 侧屈 lateral flexion 旋转 rotation,(二)脊柱的整体观及运动 Normal Curves and movement of vertebral column,二胸廓 Thoracic cage,(一)组成:由1块胸椎/12对肋/一块胸骨 和他们之间的骨连结共同构成。 Composition Bones consists of twelve thoracic vertebrae, twelve pairs of ribs and costal cartilages, and sternum,二胸廓 Thoracic cage,(一)组成:由1块胸椎/12对肋/一块胸骨 和他们之间的骨连结共同构成。 Composition 关节 Joints: 肋椎关节 Costovertebral joints 肋头关节 Joints of costal head 肋横突关节 Costotransverse joints 胸肋关节Sternocostal joints 第一胸肋结合 Sternocostal synchondrosis of first rib 胸肋关节 Sternocostal joints 肋软骨连结 Interchondral joints: between costal cartilages 8, 9, and 10 to form the costal arch肋弓,二胸廓 Thoracic cage,(二)整体观 General features of thoracic cage 近似圆锥形 Roughly cone-shape, 胸廓上口 Inlet of thorax: bounded by upper border of manubrium, first rib, and vertebra T1 胸廓下口 Outlet of thorax: bounded by vertebra T12, 12th and 11th ribs, costal arch and xiphoid process 胸骨下角 Infrasternal angle: formed by the costal arch of both side 肋间隙 Intercostal spaces: lie between the ribs,二胸廓 Thoracic cage,(三)功能 function 对胸腔及腹腔上部器官有保护作用。protects the organs in the thoracic cavity and upper abdominal cavity 参与呼吸运动 plays a vital role in the process of breathing,吸气时 Inspiration,呼气时 Expiration,思 考 题,名词解释: 胸骨角 椎间盘 简答: 椎骨的一般形态。 椎骨的连结概况。 胸廓的组成、形态和功能。,上肢骨及其连结 Bones of upper limbs and their joints,1、上肢骨 上肢骨的组成、排列和分部,上肢带骨的形态位置及其主要结构。肱骨、前臂骨(桡骨、尺骨)的形态、位置及主要结构。腕骨的排列顺序。上肢骨的骨性标志。 手骨的分部和各骨的形态、结构。 2、上肢骨连结 理解上肢骨连结的诸形式、结构和功能特点。 肩关节的形态、结构和功能及临床意义。肘关节的组成、功能、结构特点及其临床意义。桡腕关节的结构特点和运动。掌握拇指腕掌关节的组成和运动。 熟悉前臂骨的连结、腕骨间关节、腕掌关节、掌指关节和指关节的形态结构。,上肢骨 Bones of upper limbs,组成 Composition: 上肢带骨 Should girdle 锁骨 clavicle 肩胛骨 scapula 自由上肢骨 Bones of free upper limb 肱骨 Humerus 桡骨 Radius、尺骨 ulna 腕骨 Carpal、掌骨 metacarpals、指骨phalanges,(一)锁骨Clavicle,“S” shaped, medial 2/3 convex forward and lateral 1/3 convex backward Sternal end胸骨端 medially and acromial end肩峰端 laterally,(二)肩胛骨 Scapula,Two surfaces 前面 Anterior surface concave: 肩胛下窝 subscapular fossa 后面 Posterior surface: 冈上、下窝 supra- and infraspinous fossae, 肩胛冈 spine of scapula, 肩峰 acromion Three borders 上缘 Superior: 喙突 coracoid process, 肩胛切迹 scapular notch 腋缘 Lateral (axillary) border 脊柱缘 Medial (vertebral) border Three angles 上角 Superior: opposite to the 2nd rib 下角 Inferior: opposite to the 7th rib or 7th intercostals space 外侧角 Lateral: 关节盂 glenoid cavity, 盂上、下结节 supra- and infraglenoid tubercles,(三)肱骨humerus,上端 Upper end: 肱骨头 head of humerus, 解剖颈anatomical neck, 大、小结节 greater and lesser tubercles, 大、小结节嵴 crests of greater and lesser tubercle, 结节间沟intertubercular groove, 外科颈surgical neck 骨干 Shaft: 三角肌粗隆 deltoid 桡神经沟 groove for radial nerveon 下端 Lower end: 内、外上髁 lateral and medial epicondyles, 肱骨小头 capitulum, 肱骨滑车trochlea,冠突窝coranoid fossa and 桡窝 radial fossa 鹰嘴窝 and 尺神经沟 sulcus for ulnar nerve,(四)桡骨radius,上端 Upper end: 桡骨头 head of radius, 桡骨颈 neck of radius, 桡骨粗隆radial tuberosity, 和环状关节面articular circumference 骨干 Shaft:骨间缘 interosseous border 下端 Lower end: 茎突styloid process, 尺切迹 ulnar notch, 和腕关节面carpal articular surface,(五)尺骨 ulna,上端 Upper end: 鹰嘴 olecranon 冠突 coronoid process 滑车切迹 trochlear notch 桡切迹 radial notch 尺骨粗隆 ulnar tubersity 骨干 Shaft:骨间缘 interosseous border 下端 Lower end 尺骨茎突 styloid process 尺骨头 head of ulna,(六)手骨,腕骨 Carpal bones 掌骨 Metacarpal bones 指骨 Phalanges of fingers,上肢骨的连结 Joints of upper limb,组成 Composition: 上肢带连结 胸锁关节 sternoclavicular joint 肩锁关节 acromioclavicular joint 喙肩韧带 coracoacromial ligament 自由上肢骨连结 肩关节 shoulder joint 肘关节 elbow joint 手关节 joints of hand,(一)胸锁关节Sternoclavicular joint,上肢骨和躯干骨间连结的唯一关节 组成 Composition : 锁骨的胸骨端与胸骨的锁切迹及第一肋软骨的上面构成。 sternal end of clavicle, clavicular notch of sternum, and first costal cartilage 结构特点: 1. 关节囊坚韧并有韧带加强。 2. 囊内有关节 盘 Articular capsule: strong and is reinforced by anterior and posterior sternoclavicular ligaments articular disc 运动: 允许锁骨的外侧端向前、向后、向上、向下运动,及旋转和环状。 Movements: elevation and depression, forward and backward, rotation and circumduction of the acromial end of the clavicle,(二)肩锁关节Acromioclavicular joint,组成 Composition : 锁骨的肩峰端与肩峰的关节面 acromion and acromial end of clavicle 运动Movement: 关节活动度小 rotation of scapula on clavicle,(三)喙肩弓 Coracoacromial arch,组成 Composition : 喙突、肩峰和喙肩韧带共同构成。 formed by coracoacromial ligament, coranoid process, and acromion 作用 Function: 有防止肩关节向上脱位的作用。 that prevents the shoulder joint from superior dislocation, (四) Shoulder joint 肩关节,典型的多轴球窝关节,组成 Composition : 肱骨头、肩胛骨的关节盂 head of humerus and glenoid cavity of scapula 结构特点: 1. 关节囊 薄而松弛,尤其是下部。 Thin and lax, especially lower part 肱二头肌长头腱在结节间滑膜鞘内穿过关节囊 Tendon of long head of biceps brachii passes though the cavity 滑膜层可形成滑膜囊或者滑膜鞘, (四) Shoulder joint 肩关节,典型的多轴球窝关节,辅助构造 Accessory structures 盂唇Glenoid labrum: fibrocartilaginous ring on periphery of glenoid cavity 喙肱韧带Coracohumeral ligament :runs from coracoid process to greater tubercle 运动Movements: 屈伸、收展、旋转和环转。 flexion, extension, adduction, abduction, medial and lateral rotation, circumduction, (五) Elbow joint 肘关节,组成 Composition : 肱骨下段和尺骨、桡骨上端构成 lower end of humerus, upper ends of radius and ulna Humeroulnar joint 肱尺关节: humeroulnar joint 肱桡关节: Humeroradial joint 桡尺近侧关节: proximal radioulnar joint 结构特点: 1. 关节囊 两侧壁厚而紧张,并有韧带加强;前后壁薄而松弛,后壁最薄。 thin and lax anteriorly and posteriorly, strongly thickened on either side by collateral ligaments, (五)肘关节 Elbow joint,2 韧带 Ligaments: 桡侧副韧带 Radial collacteral ligament 尺侧副韧带Ulnar collacteral ligamentAnnular ligament of radius 桡骨环状韧带Movements: flexion and extension, pronation and supination 运动 movement 以屈伸为主,还可以做旋前和旋后运动。 flexion and extension, pronation and supination,(六)桡尺连结 Joints between radius and ulna,桡尺近侧关节 Proximal radioulnar joint 桡尺远侧关节 Distal radioulnar joint 前臂骨间膜 Interosseous membrane of forearm, (六)桡腕关节 Radiocarpal joint,典型的椭圆关节,组成 Composition : 结构特点: 1. 关节囊 松弛,关节的前、后和两侧均有韧带加强。 lax and strengthened by surrounding ligament 运动 Movements : 屈伸、收展和环转 flexion, extension, adduction, abduction, and circumduction,腕骨间关节 Intercarpal joints属于微动关节 腕掌关节Carpometacarpal joints: 拇指腕掌关节Carpometacarpal joint of thumb 组成 composition: 大多角骨和第一掌骨底构成 运动 Movement: 屈伸、收展和环转 flexion, extension, adduction, abduction, and opposition 掌骨间关节Intermetacarpal joints 掌指关节Metacarpophalangeal joints 指骨间关节 Interphalangeal joints,下肢骨及其连结 Bones of upper limbs and their joints,1、上肢骨 上肢骨的组成、排列和分部,上肢带骨的形态位置及其主要结构。肱骨、前臂骨(桡骨、尺骨)的形态、位置及主要结构。腕骨的排列顺序。上肢骨的骨性标志。 手骨的分部和各骨的形态、结构。 2、上肢骨连结 理解上肢骨连结的诸形式、结构和功能特点。 肩关节的形态、结构和功能及临床意义。肘关节的组成、功能、结构特点及其临床意义。桡腕关节的结构特点和运动。掌握拇指腕掌关节的组成和运动。 熟悉前臂骨的连结、腕骨间关节、腕掌关节、掌指关节和指关节的形态结构。,下肢骨 Bones of lower limbs,组成 Composition: 下肢带骨 Pelvic girdle 髋骨 hip bone 自由下肢骨 Bones of free lower limb 股骨 Femur 髌骨 patella 胫骨 Tibia 腓骨 fibula 跗骨 Tarsals 跖骨 metatarsals 趾骨 phalanges of toes,(一)髋骨 hip bone,髂骨 ilium 耻骨 Pubis 坐骨 Ischium,(二)股骨 Femur,上端 Upper end: 股骨头 femoral head, 股骨头凹 fovea of femoral head, 股骨颈 neck of femur,大转子greater trochanter ,小转子 lesser trochanter,转子间线 intertrochanteric line,转子间嵴intertrochanteric crest 骨干 Shaft: 粗线 linea aspera, 臀肌粗隆 gluteal tuberosity, 耻骨肌线 pectineal line ,腘面 popliteal surface 下端 Lower end: 内、外侧髁 medial and lateral condyles,内、外上髁 medial and lateral epicondyles,收肌结节 adductor tubercle ,髁间窝intercondylar fossa, 髌面 patellar surface,(二)股骨 Femur, 股骨颈骨折 Fracture of the femoral neck,(三)髌骨 Patella, 人体最大的籽骨,(四)胫骨 Tibia,上端 Upper end: 内、外侧髁 medial and lateral condyles, 髁间隆起 intercondylar eminence, 腓关节面 fibular articular surface, 胫骨粗隆 tuberosity of tibia 骨干 Shaft: 骨间缘 interosseous border, 比目鱼肌线 soleal line 下端 Lower end: 腓切迹 fibular notch, 内踝medial malleolus,(四)胫骨 Tibia,上端 Upper end: 腓骨头 fibular head 腓骨颈 neck of fibula 骨干 Shaft: 骨间缘 interosseous border 下端 Lower end: 外踝 lateral malleolus,颅骨及其连结 skull and their joints,1、颅骨 颅的组成和功能。脑颅诸骨、面颅诸骨的名称、位置和形态分部。颅侧面观的形态结构。新生儿颅的特征。颅底内、外面观的基本形态结构。眶、骨性鼻腔及骨性口腔的位置,形态结构。鼻旁窦的位置、开口及临床意义。 翼腭窝的位置及交通。 颅盖内、外面的形态结构。,颅骨及其连结 skull and their joints,2、颅骨的连结 颞下颌关节的组成、结构及其运动。 颅骨的骨性标志。 颅骨的连结形式。,颅骨 skull,作用 Function: 颅骨skull由23块骨连结而成, 容纳并保护脑、眼、耳、鼻及 口等器官。,组成 Composition: 以由眶上缘至外耳门上缘连线为界 脑颅骨 Cerebral cranium (8) 较大 ,位于后上方,形成颅腔,容纳和保护脑。 larger, upper and posterior part, contains and protects the brain 面颅骨 Bones of facial cranium (15) 较小,位于前下方,围绕在眼、鼻、口周围。 smaller, lower, and anterior part, contains bones that surrounded the eye, nose and mouth,(一)分离颅骨,1脑颅骨 Cerebral cranium,不成对的脑颅骨 Single bones: include 额骨 frontal bone, 筛骨 ethmoid bone, 蝶骨 sphenoid bone, 枕骨 occipital bone 成对的脑颅骨 Paired bones: include 颞骨 temporal bone 顶骨 parietal bone,(一)分离颅骨,1面颅骨 Bones of facial cranium,不成对 Single bones: include 下颌骨 mandible, 犁骨 vomer 舌骨 hyoid bone 成对的 Paired bones: include 上颌骨 maxilla, 鼻骨 nasal bone, 泪骨 lacrimal bone, 腭骨 palatine bone, 颧骨 zygomatic bone, 下鼻甲 inferior nasal concha,(一)分离颅骨,(1)额骨frontal bone分为: 额鳞 眶部 鼻部,(2)蝶骨sphenoid bone分为: 蝶骨体 body 蝶骨小翼 Lesser wing 蝶骨大翼 Greater wing 翼突
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