Created by Terri Street for OKTechMasters © 2000 Adapted by Tom Gest, Anatomical Sciences, University of Michigan Medical School, 2004 Questions developed.

Slides:



Advertisements
Similar presentations
Joints Part A 8.
Advertisements

Human Anatomy & Physiology FIFTH EDITION Elaine N. Marieb PowerPoint ® Lecture Slide Presentation by Vince Austin Copyright © 2003 Pearson Education, Inc.
Joints and Skeletal Articulations
Chapter 8 - Joints $100 $100 $100 $100 $100 $200 $200 $200 $200 $200
COMMON COURSE OBJECTIVES:
Articulating your body
Joints. Joint (AKA Articulation) A point of contact between bones, between cartilage and bone or between teeth and bone.
No. 2 The Introduction of Arthrology of Arthrology.
1 Human Anatomy, First Edition McKinley & O'Loughlin Chapter 9 Lecture Outline: Articulations.
Joints.
Joints 8.
Articulations (joints)
Joints.
Ch. 9 Joints.
Joint Structure.
Joints or Articulations. A joint, or articulation, is the place of union between two or more bones.
Dr. Anand Srinivasan for MBBS 2013 on 10/10/2013.
JOINTS Dr. JAMILA H. EL MEDANY Associate Professor of Anatomy
Joints Dr. Anderson GCIT.
Kaan Yücel M.D., Ph.D. 6.January.2014 Monday CLASSIFICATION OF JOINTS 1.2. STABILITY OF JOINTS 1.3. JOINT VASCULATURE AND INNVERVATION.
Joints (Articulations) Weakest parts of the skeleton Weakest parts of the skeleton Articulation – site where two or more bones meet Articulation – site.
COMMON COURSE OBJECTIVES:
Copyright © 2006 Pearson Education, Inc., publishing as Benjamin Cummings Human Anatomy & Physiology SEVENTH EDITION Elaine N. Marieb Katja Hoehn PowerPoint.
Exam Three Material Chapters 8, 9, 10.
Exam Three Material Chapters 8, 9, 10. Joints (Articulations) _____________________________ parts of the skeleton __________________________________ –
Joints.  Articulations of bones  Functions of joints  Hold bones together  Allow for mobility  Ways joints are classified  Functionally  Structurally.
Section A: Applied Anatomy and Physiology
Articulations or Joints
© 2010 Delmar, Cengage Learning 1 PowerPoint Presentation to Accompany.
Bones and Joints Characteristics Joint Movement. Articulations  A joint, or articulation, is the place of contact between bones, between bone and cartilage,
JOINTS.
Copyright © 2004 Pearson Education, Inc., publishing as Benjamin Cummings Human Anatomy & Physiology, Sixth Edition Elaine N. Marieb PowerPoint ® Lecture.
Articulations Biology 2121 Chapter 8.
Classified structurally and functionally presence or absence of synovial cavity presence or absence of synovial cavity type of binding connective tissue.
In the name of ALLAH.
Classification of Joints A joint (also called an articulation) is a point of contact between bones, between cartilage and bones, or between teeth and bone.
JOINT It is the site where two or more bones come together, where there is movement or not. It is the site where two or more bones come together, where.
Joints of the Human Body Joint Classification Synovial Joints –Characteristics of synovial joint –Types of synovial joints Naming Joints: –Pectoral Girdle.
General Information (1). Synarthrosis Immovable joints (2). Amphiarthrosis Slightly moveble (3). Diarthrosis Freely moveable Functional Classification.
Arthrology.
Joints Articulations.
Joints.
Joints and their classifications
Copyright © 2006 Pearson Education, Inc., publishing as Benjamin Cummings Objective 9 Compare and contrast the three major categories of joints. Give an.
Joints Chapter 8.
Joints Intro/Types of Joints. Joints 1. With one exception (the hyoid bone in the neck) every bone forms a joint with at least one other bone. 2. Joints,
Joints P A R T A. Joints (Articulations) Weakest parts of the skeleton Articulation – site where two or more bones meet Functions of joints Give the skeleton.
Do Now 9/30/14 1. Where does intramembranous ossification begin? 2. What is the role of the osteoblasts and osteoclasts in bone growth? 3. Where is the.
Copyright © 2006 Pearson Education, Inc., publishing as Benjamin Cummings Joints (Articulations)  Weakest parts of the skeleton  Articulation – site.
The Biomechanics of Human Skeletal Articulations Chapter #5.
OBJECTIVE Name the three major categories of joints, and compare the amount of movement allowed by each.
JOINTS Synonyms: Articulations, Junctions.
Chapter 5 The Skeletal System
Prof. Saeed Abuel Makarem
PART 1 Joints.
Chapter 9 Articulations
CHAPTER 7 Articulations “Joints”
COMMON COURSE OBJECTIVES:
Joints.
Joints and Articulations
Joints (Articulations)
Chapter 8 The Joints Part A.
Human Anatomy, First Edition McKinley & O'Loughlin
Joint Classifications, Characteristics & Types
Arthrosyndesmology.
Revised from Joints and Skeletal Articulations
JOINTS By Dr.Sanaa Alshaarawy.
Joints Joint Fundamentals.
Articulation = joint = point of contact between bones
Articulations (Joints)
Presentation transcript:

Created by Terri Street for OKTechMasters © 2000 Adapted by Tom Gest, Anatomical Sciences, University of Michigan Medical School, 2004 Questions developed by Charisa Roy, University of Michigan Medical School Class of 2007

$1,000,0001,000,000 $750,000750,000 $500,000500,000 $400,000400,000 $300,000300,000 $200,000200,000 $100,000100,000 $80,00080,000 $60,00060,000 $40,00040,000 $20,00020,000 $10,00010,000 $7,5007,500 $5,0005,000 $4,0004,000 $3,0003,000 $2,0002,000 $1,0001,000 $ $ $ $5050

A.shape of articular surface C. muscles crossing joint B. ligaments crossing joint D. distance from body midline Which of the following is NOT a factor that determines the movement allowed by a particular joint?

A.shape of articular surface D. distance from body midline Which of the following is NOT a factor that determines the movement allowed by a particular joint?

Back to Board Distance from the midline of the body does not affect the mobility of a joint.

A. synarthroses C. diarthroses B. amphiarthroses D. cartilagenous Which of the following joint classifications represents joints that have the greatest capacity for movement?

C. diarthroses B. amphiarthroses Which of the following joint classifications represents joints that have the greatest capacity for movement?

Back to Board Diarthodial joints are the most mobile types of joints.

A. location C. color B. strength D. length Ligaments are named based on which of the following characteristics?

A. location D. length Ligaments are named based on which of the following characteristics?

Back to Board Ligaments are named according to their location, and usually which bones they connect.

A. synostoses C. gomphoses B. suture joints D. syndesmoses Which of the following is NOT a type of fibrous joint?

A. synostoses C. gomphoses Which of the following is NOT a type of fibrous joint?

Back to Board Synostoses are sutures that ossify.

A. suture joints C. syndesmoses B. gomphoses D. diarthroses Which type of joint connects the flat bones of the skull together in their tooth-like pattern?

A. suture jointsB. gomphoses Which type of joint connects the flat bones of the skull together in their tooth-like pattern?

Back to Board Suture joints unite the bones of the skull with serrated interdigitations.

A. synarthroses C. diarthroses B. amphiarthroses D. syndesmoses In what joint classification are gomphoses found?

A. synarthrosesB. amphiarthroses In what joint classification are gomphoses found?

Back to Board Teeth move slightly within their sockets, so they are considered amphiarthroses.

A. synarthrosis C. syndesmosis B. diarthrosis D. synostosis The interosseous membrane between the radius and ulna borders forms what type of joint?

C. syndesmosis B. diarthrosis The interosseous membrane between the radius and ulna borders forms what type of joint?

Back to Board The interosseous membrane of the forearm is the most moveable syndesmosis, but it isn’t a diarthodial joint.

A. rich nerve supply C. highly elastic B. highly vascularized D. avascular Which description below correctly describes the cartilage in cartilaginous joints?

A. rich nerve supply D. avascular Which description below correctly describes the cartilage in cartilaginous joints?

Back to Board Cartilage is avascular.

A. diaphysis C. periosteum B. marrow D. epiphyseal plate Because hyaline cartilage has little tensile strength, children are most likely to break their bones at what location on the bone?

A. diaphysis D. epiphyseal plate Because hyaline cartilage has little tensile strength, children are most likely to break their bones at what location on the bone?

Back to Board Children often break their bones at the epiphyseal plate, and this may inhibit growth of the bone.

A. hyaline cartilage C. synovial fluid B. highly moveable D. interosseous membrane Which of the following is a characteristic of symphyses?

A. hyaline cartilageB. highly moveable Which of the following is a characteristic of symphyses?

Back to Board Symphyses have both hyaline and fibrocartilage.

A. joint cavity C. articular cartilage B. fibrocartilage D. synovial membrane Which characteristic is NOT found in all synovial joints?

A. joint cavityB. fibrocartilage Which characteristic is NOT found in all synovial joints?

Back to Board Fibrocartilage is found in some joints that possess articular discs, but not all synovial joints.

A. articular ligaments C. capsular space B. synovial sheath D. joint capsule What is the name of the tough material that covers and reinforces the synovial membrane?

B. synovial sheath D. joint capsule What is the name of the tough material that covers and reinforces the synovial membrane?

Back to Board The joint capsule reinforces the synovial membrane and hold the articulating bones together.

A. muscles C. ligaments B. tendons D. articular discs Which accessory structures of synovial joints may be either capsular or extracapsular?

C. ligaments B. tendons Which accessory structures of synovial joints may be either capsular or extracapsular?

Back to Board Ligaments reinforcing a joint may be capsular thickenings or separate, extracapsular structures.

A. condyloid C. plane B. hinge D. pivot Which of the following types of synovial joints allow for the most movement?

A. condyloid C. plane Which of the following types of synovial joints allow for the most movement?

Back to Board In increasing levels of joint mobility: plane - hinge - pivot - condyloid - saddle - ball and socket.

A. hinge C. saddle B. pivot D. plane What type of joints exist between articular processes of vertebrae?

B. pivot D. plane What type of joints exist between articular processes of vertebrae?

Back to Board The atlantoaxial joint at the dens is an example of a pivot joint, but the zygapophyseal or facet joints between the articular processes of vertebrae are plane synovial joints.

A. saddle C. hinge B. condyloid D. pivot What type of joints between the phalangeal segments of the fingers allow a child to be able to hold on to the handlebars of their bicycle?

C. hinge B. condyloid What type of joints between the phalangeal segments of the fingers allow a child to be able to hold on to the handlebars of their bicycle?

Back to Board The metacarpophalangeal joints are condyloid, but interphalangeal joints are hinge joints.

A. hinge C. plane B. pivot D. saddle Which of the following is NOT limited to uniaxial movement?

C. plane D. saddle Which of the following is NOT limited to uniaxial movement?

Back to Board Saddle or sellar joints are biaxial joints, similar to condyloid joints.

A. circumduction C. abduction B. rotation D. extension In a condyloid joint, the shape of the articulating surfaces prevents what type of movement?

A. circumductionB. rotation In a condyloid joint, the shape of the articulating surfaces prevents what type of movement?

Back to Board Condyloid joints allow all movements except rotation.

A. saddle C. pivot B. hinge D. plane Which joint permits the same types of movements as a condyloid joint?

A. saddleB. hinge Which joint permits the same types of movements as a condyloid joint?

Back to Board Saddle joints and condyloid joints allow the same movements.

A. knee C. wrist B. interphalangeal joints D. hip Which of the following joints permit rotation?

A. knee D. hip Which of the following joints permit rotation?

Back to Board Ball and socket joints like the shoulder and hip allow rotation, but hinge joints or condyloid joints do not.

A. highly vascularized C. usually supplied by a single artery B. collateral circulation serves as bypass D. avascular Which of the following is true concerning blood supply to moveable joints?

A. highly vascularized B. collateral circulation serves as bypass Which of the following is true concerning blood supply to moveable joints?

Back to Board Moveable joints have collateral channels passing around them so that blood supply is not restricted by limb position.

A. avascular C. highly vascular B. anervous D. rich nerve supply What do joints have in common with cartilaginous tissue?

A. avascular D. rich nerve supply What do joints have in common with cartilaginous tissue?

Back to Board So that there is coordinated movement of a joint, joints receive abundant sensory nerve supply.

Sorry, that is incorrect!

Ask a friend! Remove two answers Consult the module!

I hope you enjoyed playing.