Joints Shoulder Anthrology of Joints Familiarize yourselves with the different joints of the body and label the following joints according to the following: Articulating structural Surfaces. Functional supporting motions of Classification classification structures: the joint: Concave: Synovial, ball glenoid fossa and socket. joint Convex: humeral head Diarthrodial ligament, Three joint *The following are the joints that you need to tabulate Axial bursae, degrees of tendons, freedom: labrum flexion and extension, abduction and adduction, IR and ER • Suture D Y 1 Temporomandibular Atlantooccipital • Atlanto axial 4 Zygapophystal/Apophyseal/ Facet manubriosternal and Xiphisternal upper Extremity Sternoclaviculár • Acromioclavicular Glenohumera) • Humeroradial and Humeroulnar •Proximal and Distal Radioulnor Radro carpal • Intercarpal and Midcarpa) Carpometacarpal metacarpophalangeal •Interphalangea) (Proximal and Lower extremity Pubic Symphys is ^ . Coxofemoral, Tibiofemoral Patellofemoral •Proximal and Distal Tibiofibular • talo crural • Tarsometatarsal Untertalar •Subtalar metatarseebaccal

Joints Shoulder Anthrology of Joints Familiarize yourselves with the different joints of the body and label the following joints according to the following: Articulating structural Surfaces. Functional supporting motions of Classification classification structures: the joint: Concave: Synovial, ball glenoid fossa and socket. joint Convex: humeral head Diarthrodial ligament, Three joint *The following are the joints that you need to tabulate Axial bursae, degrees of tendons, freedom: labrum flexion and extension, abduction and adduction, IR and ER • Suture D Y 1 Temporomandibular Atlantooccipital • Atlanto axial 4 Zygapophystal/Apophyseal/ Facet manubriosternal and Xiphisternal upper Extremity Sternoclaviculár • Acromioclavicular Glenohumera) • Humeroradial and Humeroulnar •Proximal and Distal Radioulnor Radro carpal • Intercarpal and Midcarpa) Carpometacarpal metacarpophalangeal •Interphalangea) (Proximal and Lower extremity Pubic Symphys is ^ . Coxofemoral, Tibiofemoral Patellofemoral •Proximal and Distal Tibiofibular • talo crural • Tarsometatarsal Untertalar •Subtalar metatarseebaccal

Anatomy & Physiology

1st Edition

ISBN:9781938168130

Author:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble

Publisher:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble

Chapter8: The Appendicular Skeleton

Section: Chapter Questions

Problem 24RQ: The pelvis ________. has a subpubic angle that is larger in females consists of the two hip hones,...

See similar textbooks

Similar questions

Movement of a body region in a circular movement at a condyloid joint is what type of motion? rotation elevation abduction circumduction
The ankle joint ________. is also called the subtalar joint allows for gliding movements that produce inversion/eversion of the foot is a uniaxial hinge joint is supported by the tibial collateral ligament on the lateral side
The joint between adjacent vertebrae that in chides an invertebral disc is classified as which type of joint? diarthrosis multiaxial amphiarthrosis synarthrosis
Name and describe the three types of joints as classi- fied by their range of motion.
Topic: Joints Synovial Joints are classified according to six different shapes. First, describe each type of joint shape, and then give example of where it can be found in the body.
Describe the two types of cartilaginous joints and giveexamples of each
Define how joints are classified based on function.Describe and give an example for each functional type ofjoint.
Which of the following joints listed is not a plane joint? (a) intercarpal joint, (b) intertarsal joint, (c) metacarpophalangeal joint, (d) femoropatellar joint.
ARTICULATIONS IN THE HUMAN BODY Body Part Type of joint Movement Bones involved Advantages/ Disadvantages Elbow hinge Flexion extension Humerus, radius, ulna very stable in plane of movement but limited mobility Shaking head “no” Knuckle of finger Lower thumb knuckle Shoulder Knee Wrist (moving left to right)
Case Scenario based upon Skeletal Joints: Leanne, age 48, jumped on her niece's hover board, only to be thrown off quickly. As a result, she separated her right shoulder at an articulating point. An articulation is where two bones come together, otherwise, called a joint. A joint can be defined as the location where two bones come together allowing movement. What is the most commonly separated joint in the shoulder - name the joint and the two bones that articulate? What surrounding tissues might also be damaged? How will the inflammation affect Leanne? What is the difference between a separation and a dislocation? If Leanne had suffered a dislocation, what joint would this be and the bones involved?
For each of the following joints, name the bones of thejoint, the specific parts of the bones that form the joint,the type of joint, and the possible movement(s) at thejoint: temporomandibular, shoulder, elbow, hip, knee,and ankle.
Which structural joint category is the most moveable ?which joint cateogory contains sutures for the skull provide an anatomical example of a plane joint