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LibreTextS" 9.7: Laboratory Activities and Assignment Laboratory Activities and Assignment Part 1: Review of the Appendicular Skeleton Pectoral/Shoulder Girdle 1. Label the following in the image of the anatomical model below: « conoid tubercle « clavicle « label the view (superior or inferior) . . . subclavian groove e anterior aspect ¢ acromial end ] . . . . impression for costoclavicular ligament e posterior aspect » sternal end « right or left clavicle 2. Label the following in the image of the anatomical model below: e scapula o infraspinous fossa N « acromion anterior view subscapular fossa . L : « inferior angle « posterior view « coracoid process . . « superior angle + spine e lateral border . . . . « right or left scapula « glenoid cavity » medial border https://bio.libretexts.org/@go/page/53655
LibreTextS" o \—.\ . NN 1"“ Upper Limb 1. Label the following in the image of the anatomical model below: o humerus o medial epicondyle e head anterior aspect « anatomical neck e posterior aspect surgical neck « right or left humerus greater tubercle o trochlea « lateral epicondyle o lesser tubercle o capitulum « olecranon fossa « coronoid fossa « radial fossa 2. Label the following in the image of the anatomical model below: « radius « radial styloid process e ulna ulnar styloid process « right or left « radial head « anterior view or posterior view e olecranon « radial tuberosity « trochlear notch « coronoid process « distal radioulnar joint » proximal radioulnar joint https://bio.libretexts.org/@go/page/53655
LibreTextS" 3. Label the following in the image of the anatomical model below: « carpals trapezium * fcap:l01d * traplet!ztmd « phalanges (proximal, middle, distal, with numbers) « lunate « capitate « pollex o triquetral o hamate P pisiform « metacarpals (with numbers) https://bio.libretexts.org/@go/page/53655
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Related Questions
Lab 12.pdf
154
C. STRUCTURE OF A SYNOVIAL JOINT
1. Label the figure on the right with the terms in the
box.
Ligament
articular cartilage
joint (articular) capsule
fibrous capsule
synovial membrane
cavity containing synovial
fluid
Proximal
phalanx
D. TYPES OF SYNOVIAL JOINTS
1. Fill in the table with the six types of synovial joints
Synovial Joint
Name
Middle
phalanx
Location(s) in the
Body
Axes of Rotation
(describe the movement)
arrow_forward
Name
Date
Worksheet for Lab Exercise 10
The Appendicular Skeleton
Objective 1: Identify the bones and bone markings of the pectoral girdle.
Clavicle
Posterior
Anterior
Anterior
Posterior
(b) Right clavicie, superior view
(e) Fight etavlele, interior vlew
1.
3.
2.
Scapula, Anterior View
Scapula, Posterior
Scapula, Lateral
In igni scapulaterior pect
tariorapect
ight seapula, lateral pect
nteee rame DumeanmtAon
1.
5.
9.
12.
6.
10.
3.
7.
4.
Objective 2: Identify the bone and bone markings of the humerus.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
Pe ew
Coymatt De n
arrow_forward
B. Lateral wrist (Fig. 4.13)
Description of possible error:
1. Anatomy demonstrated: 10
2. Part positioning:
3. Collimation and central ray:
17-
4. Exposure:
5. Anatomic side markers:
Repeatable error(s):
C. AP elbow (Fig. 4.14)
Description of possible error:
1. Anatomy demonstrated:
2. Part positioning:
4. Exposure:
3. Collimation and central ray:
5. Anatomic side markers:
NONKOM ARMON
Repeatable error(s):
98
D
Chapter 4 Upper Limb
wideo!
JobT
Fig. 4.13 Lateral wrist.
R
AM
Fig. 4.14 Anteroposterior elbow.
Copyright 2021 Elsevier, Inc. All rights reserved
arrow_forward
Topic: Joints
For the following joints, list: a) their structural type ; b) their functional type; and c) the movements allowed:
a. Temporomandibular
b. Atlanto-occipital
c. Intervertebral (facet or between articular processes)
d. Acromioclavicular
e. Glenohumeral
f. Elbow
g. Radiocarpal
h. Carpometacarpal of digit 1
i. Coxal
j. Tibiofemoral
k. Ankle
arrow_forward
A session.masteringaandp.com
Content
Chapter 8 Quiz: Overview of the Skeleton - Classification and Structure of Bones and Cartilages - Attempt 1
MasteringAandP: Chapter 8 Quiz: a
re-lab Video Coaching Activity: Examining a Long Bone
Watch the following Pre-lab Video: Examining a Long Bone and complete the activities below.
Part A- Differences in Spongy and Compact Bone
Indicate whether each listed item is more closely associated with spongy bone or compact bone by dragging the item name to the correct category.
> View Available Hint(s)
Reset
Help
Osteon
Red Bone Marrow
Trabeculae
Lamellae
Perforating Fibers
Periosteum
Diaphysis
Proximal end of long bone
Distal end of long bone
Spongy Bone
Compact Bone
Submit
DII
888
F5
F9
24
4.
3
arrow_forward
A. Fill in the missing joints in the body.
Joints of the Human Body
Name
Examples (2)
Туре
Freely movable
Movement
Ball and Socket
Free movements in
all directions
Flexion and extension
1.
2.
1.
ulna)
2.
Elbow
(humerus,
on one plane
Pivot
Rotation
1. Atlas and axis
2.
Freely movable Gliding
1. Thumb
2.
Slightly
movable
Bending, twisting and 1.
slight compression
Cartilaginous
2.
Immovable
Suture
1.
(fused)
2.
arrow_forward
Types of Fractures
Using the X-RAYS at each station, answer the following questions:
1. A 23-year-old male comes to the ER with a gunshot wound in the distal femoral region. The x-ray reveals
the bone is shattered into multiple pieces. Pieces of lead can be seen in the x-ray. The ER doctor
recommends the patient see orthopedic doctor for surgical repair. What type of fracture is this?
2.
A 24-month-old pediatric patient comes into the clinic. Mom states that the child was running on the
concrete at the park and fell with her arms outstretched. Her frontal region has a hematoma and there is
swelling in the lower arm. X-rays reveal an oblique fracture. What bone is broken?
3. 7-year-old girl comes into the ER with an injury cause from a four-wheeler accident. The patient was a
rider not the driver of the vehicle. Patients states that "brother slung her off" and she tried to catch
herself with an outstretched arm. Mom states that patient's arm was hyperextended at the elbow joint.…
arrow_forward
Activities
1. Below are sample x-rays of two types of arthritic conditions. Identify which form of arthritis
is shown in each x-ray. Note the narrowed joint space between the femur and the tibia in the
image on the left. Note the deformity of the interphalangeal joints of the hand in the image on
the right.
2. Using Figure 8.9 and your understanding of the structure and function of the knee joint, why
might it be common for the Unhappy Triad structures to tear collectively when posterolateral
force is applied?
272 Articulations
Unit 8
arrow_forward
Assig X
Gener X PDF file.pd X
s%20Check%20Your%20Recall.pdf
++
CD Page view
H
A Read aloud
9 Label the following parts of the shoulder joint in Figure 9.11.
Biceps brachii tendon
Coracoacromial ligament
Glenoid cavity
Infraspinatus tendon
Subacromial bursa
Subscapular bursa
DE *Bone X
a
J
a
Q (1) dif X
TAdd text
Q (1) ch X
Draw
✓
Q (1) lab X
Subscapularis tendon
Teres minor tendon
Highlight
REVIEW
La
arrow_forward
13. Identify the structures labeled in Fig. 5.5.
A.
B.
C.
K.
L.
M.
D.
E.
H. Does Fig. 5.5 represent an AP or a lateral perspective of the
proximal humerus?
joint
F.
G. Is this an internal or external rotation anteroposterior (AP)
projection of the proximal humerus and shoulder?
I. Are the epicondyles of the distal humerus parallel or
perpendicular to the IR on this projection?
Identify the structures labeled in Fig. 5.6.
J.
Fig. 5.5 Radiograph.
N. What is the correct term to describe the projection shown in Fig.
5.6?
Fig. 5.6 Radiograph.
E
arrow_forward
Activity 3: Synovial Joint Structure [Note: Functionally – moveable joint (Diarthroses)] Table 11.2/11.3
Note - detailed information about synovial joints can be viewed on p.4 of this guide
1. Note that because all types of vertebrates evolved from a common ancestor, they have similar
bones and synovial joints (see example of upper limbs below). In this online class, students are not
required to dissect a chicken wing, which is often used to observe examples of synovial joints.
However, in the space below, using the drawings below or online sources, please draw the wing of
the chicken, labeling the humerus, elbow joint, radius, ulna, wrist joint, carpals, metacarpals, and
phalanges:
Humerus
Carpals
Metacarpals
O Phalanges
Radius
Ulna
OOO
arrow_forward
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?
arrow_forward
Types of Fractures
Using the X-RAYS at each station, answer the following questions:
1. A 23-year-old male comes to the ER with a gunshot wound in the distal femoral region. The x-ray reveals
the bone is shattered into multiple pieces. Pieces of lead can be seen in the x-ray. The ER doctor
recommends the patient see orthopedic doctor for surgical repair. What type of fracture is this?
a child was running on the
arrow_forward
130
LAB 6 EXERCISE 6-8
Label the followin
128
LAB 6 EXERCISE 6-6
Hamate.
Scapula: Spine Coracoid process Acromion Supra-spinous fossa Infra-spinous fossa .
Sub-scaputar fossa Glenoid cavity
Humerus Head Neck (surgical and anatomical) Trochlea Capitulum Olecranon fossa
Coronoid fossa Radial fossa Medial epicondyle * Lateral epicondyle * Greater tubercle
Lesser tubercle
Label the following:
13
19
3
14
4.
18
15
6.
20
7
21
Capita
8
16
22
Arapez
10
23
trapdzic
11
17
19
License: Anatomy & Physiology Lab Homework by Laird C. Sheidahl, under a Creative Commons Attribution-ShareAlike License 4.0
International
arrow_forward
Drag the appropriate labels to their respective targets.
Reset
Help
Lamina
Superior articular
tacet
Tranaverse
process
Pedicle
Dens
Infernior articular
process
Spinous proces
Body
201 Pen Econ c
arrow_forward
O
session.masteringaandp.com
Content
arrow_forward
You must create two lists on the following topics:
The fracture risk model
The vertebral fracture assessment
Once you have created the lists, you must answer in a paragraph the following question:
Compare and contrast the fracture risk model and vertebral fracture assessment.
arrow_forward
Tangential projectien
18. Situation: A patient has a routine elbow series performed. The AP projection indicates a possible deformity or
fracture of the coronoid process. However, the patient is unable to pronate the upper limb for the AP oblique-
medial rotation projection because of an arthritic condition. What other projection could be performed to
demonstrate the coronoid process?
REVIEW EXERCISE G: Critique Radiographs of the Upper Limb
The following questions relate to the radiographs found in this exercise. Evaluate these radiographs for the radiographic cri-
teria categories (1 through 5) that follow. Describe the corrections needed to improve the overall image. The major, or "re-
peatable," errors are specific errors that indicate the need for a repeat exposure, regardless of the nature of the other errors.
A. PA hand (Fig. 4.12)
Description of possible error:
1. Anatomy demonstrated:
wrist bones, metacornak, phalonges
2. Part positioning:
3. Collimation and central ray:
4.…
arrow_forward
EXERCISE
9.
REVIEW SHEET
The Appendicular Skeleton
Name
Lab Time/Date
Bones of the Pectoral Girdle and Upper Limb
1 Mateh the bone names or markings in the key with the leader lines in the figure. The bones are numbered 1-8. (Some
terms may be used more than once.)
Key:
acromion
capitulum
carpals
clavicle
coracoid process
coronoid fossa
coronoid process of ulna
deltoid tuberosity
greater tubercle
humerus
lateral epicondyle
medial epicondyle
metacarpals
phalanges
radial tuberosity
radius
scapula
styloid process
subscapular fossa
trochlea
ulna
arrow_forward
Open with Google Docs
7) Contains the joint that allows you
A
B
C
D
Figure 8.1
Using Figure 8.1, match the following:
8) Periosteum.
8)
9) Articular cartilage.
9)
10) Joint (synovial) cavity.
10)
11) Synovial membrane.
11)
12) Fibrous capsule.
12)
Page
3
+
arrow_forward
Lab Activities
A. AXIAL SKELETON.
1. The skull. Your instructor will give each group a skull. Some skulls are real (look for chipped
bones) while others are plastic models. Make sure you look at both types. Identify the following
structures (same ones you already labeled).
frontal
parietal
occipital
Cranial Bones
temporal
sphenoid
ethmoid
Facial Bones
maxilla
mandible
lacrimal
palatine
zygomatic
nasal
vomer
2. What does the term "paranasal" mean? Where are the paranasal sinuses located?
3. What is a sinus? What is its function? What is sinusitis?
4. What is a suture? Find the coronal, sagittal, squamous, and lamboid sutures on the skull.
5. What are fontanels? What is their function? Find fontanels on the fetal skull model.
6. Bone surfaces have a variety of bumps, depressions, canals, pores, depressions and projections.
Most of these, called markings, serve as attachment for muscles, or allow nerves or vessels to go
through the bone. Find the following examples of bone markings in the…
arrow_forward
abduction
adduction
amphiarthroses
ankle joint
atlantoaxial joint
atlanto-occipital joint
ball-and-socket joint
circumduction
condylar joint
coronal suture
dense regular CT
depression
diarthroses
distal radioulnar joint
dorsiflexion
elevation
eversion
extension
fibrocartilage
fibrous joints
flexion
gomphoses
hinge joint
hip joint
hyaline cartilage
hyperextension
interosseous membrane
inversion
knee joint
elbow joint
lambdoid suture
lateral abduction
lateral flexion
lateral meniscus
lateral rotation
medial meniscus
medial rotation
opposition
pivot joint
plane s joint
plantar flexion
pronation
proximal radioulnar joint
protraction
reposition
retraction
saddle joint
sagittal suture
shoulder joint
squamous suture
sternoclavical joint
supination
symphyses
synarthroses
synchondroses
syndesmoses
synostoses
temporomandibular joint
tibial collateral ligament
wrist joint
1. ______________ is a movement of ankle jt when the superior surface of the foot is brought toward the…
arrow_forward
abduction
adduction
amphiarthroses
ankle joint
atlantoaxial joint
atlanto-occipital joint
ball-and-socket joint
circumduction
condylar joint
coronal suture
dense regular CT
depression
diarthroses
distal radioulnar joint
dorsiflexion
elevation
eversion
extension
fibrocartilage
fibrous joints
flexion
gomphoses
hinge joint
hip joint
hyaline cartilage
hyperextension
interosseous membrane
inversion
knee joint
elbow joint
lambdoid suture
lateral abduction
lateral flexion
lateral meniscus
lateral rotation
medial meniscus
medial rotation
opposition
pivot joint
plane s joint
plantar flexion
pronation
proximal radioulnar joint
protraction
reposition
retraction
saddle joint
sagittal suture
shoulder joint
squamous suture
sternoclavical joint
supination
symphyses
synarthroses
synchondroses
syndesmoses
synostoses
temporomandibular joint
tibial collateral ligament
wrist joint
24. ______________ is a movement of trunk that moves the trunk on the frontal plane laterally.
25.…
arrow_forward
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Related Questions
- Lab 12.pdf 154 C. STRUCTURE OF A SYNOVIAL JOINT 1. Label the figure on the right with the terms in the box. Ligament articular cartilage joint (articular) capsule fibrous capsule synovial membrane cavity containing synovial fluid Proximal phalanx D. TYPES OF SYNOVIAL JOINTS 1. Fill in the table with the six types of synovial joints Synovial Joint Name Middle phalanx Location(s) in the Body Axes of Rotation (describe the movement)arrow_forwardName Date Worksheet for Lab Exercise 10 The Appendicular Skeleton Objective 1: Identify the bones and bone markings of the pectoral girdle. Clavicle Posterior Anterior Anterior Posterior (b) Right clavicie, superior view (e) Fight etavlele, interior vlew 1. 3. 2. Scapula, Anterior View Scapula, Posterior Scapula, Lateral In igni scapulaterior pect tariorapect ight seapula, lateral pect nteee rame DumeanmtAon 1. 5. 9. 12. 6. 10. 3. 7. 4. Objective 2: Identify the bone and bone markings of the humerus. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. Pe ew Coymatt De narrow_forwardB. Lateral wrist (Fig. 4.13) Description of possible error: 1. Anatomy demonstrated: 10 2. Part positioning: 3. Collimation and central ray: 17- 4. Exposure: 5. Anatomic side markers: Repeatable error(s): C. AP elbow (Fig. 4.14) Description of possible error: 1. Anatomy demonstrated: 2. Part positioning: 4. Exposure: 3. Collimation and central ray: 5. Anatomic side markers: NONKOM ARMON Repeatable error(s): 98 D Chapter 4 Upper Limb wideo! JobT Fig. 4.13 Lateral wrist. R AM Fig. 4.14 Anteroposterior elbow. Copyright 2021 Elsevier, Inc. All rights reservedarrow_forward
- Topic: Joints For the following joints, list: a) their structural type ; b) their functional type; and c) the movements allowed: a. Temporomandibular b. Atlanto-occipital c. Intervertebral (facet or between articular processes) d. Acromioclavicular e. Glenohumeral f. Elbow g. Radiocarpal h. Carpometacarpal of digit 1 i. Coxal j. Tibiofemoral k. Anklearrow_forwardA session.masteringaandp.com Content Chapter 8 Quiz: Overview of the Skeleton - Classification and Structure of Bones and Cartilages - Attempt 1 MasteringAandP: Chapter 8 Quiz: a re-lab Video Coaching Activity: Examining a Long Bone Watch the following Pre-lab Video: Examining a Long Bone and complete the activities below. Part A- Differences in Spongy and Compact Bone Indicate whether each listed item is more closely associated with spongy bone or compact bone by dragging the item name to the correct category. > View Available Hint(s) Reset Help Osteon Red Bone Marrow Trabeculae Lamellae Perforating Fibers Periosteum Diaphysis Proximal end of long bone Distal end of long bone Spongy Bone Compact Bone Submit DII 888 F5 F9 24 4. 3arrow_forwardA. Fill in the missing joints in the body. Joints of the Human Body Name Examples (2) Туре Freely movable Movement Ball and Socket Free movements in all directions Flexion and extension 1. 2. 1. ulna) 2. Elbow (humerus, on one plane Pivot Rotation 1. Atlas and axis 2. Freely movable Gliding 1. Thumb 2. Slightly movable Bending, twisting and 1. slight compression Cartilaginous 2. Immovable Suture 1. (fused) 2.arrow_forward
- Types of Fractures Using the X-RAYS at each station, answer the following questions: 1. A 23-year-old male comes to the ER with a gunshot wound in the distal femoral region. The x-ray reveals the bone is shattered into multiple pieces. Pieces of lead can be seen in the x-ray. The ER doctor recommends the patient see orthopedic doctor for surgical repair. What type of fracture is this? 2. A 24-month-old pediatric patient comes into the clinic. Mom states that the child was running on the concrete at the park and fell with her arms outstretched. Her frontal region has a hematoma and there is swelling in the lower arm. X-rays reveal an oblique fracture. What bone is broken? 3. 7-year-old girl comes into the ER with an injury cause from a four-wheeler accident. The patient was a rider not the driver of the vehicle. Patients states that "brother slung her off" and she tried to catch herself with an outstretched arm. Mom states that patient's arm was hyperextended at the elbow joint.…arrow_forwardActivities 1. Below are sample x-rays of two types of arthritic conditions. Identify which form of arthritis is shown in each x-ray. Note the narrowed joint space between the femur and the tibia in the image on the left. Note the deformity of the interphalangeal joints of the hand in the image on the right. 2. Using Figure 8.9 and your understanding of the structure and function of the knee joint, why might it be common for the Unhappy Triad structures to tear collectively when posterolateral force is applied? 272 Articulations Unit 8arrow_forwardAssig X Gener X PDF file.pd X s%20Check%20Your%20Recall.pdf ++ CD Page view H A Read aloud 9 Label the following parts of the shoulder joint in Figure 9.11. Biceps brachii tendon Coracoacromial ligament Glenoid cavity Infraspinatus tendon Subacromial bursa Subscapular bursa DE *Bone X a J a Q (1) dif X TAdd text Q (1) ch X Draw ✓ Q (1) lab X Subscapularis tendon Teres minor tendon Highlight REVIEW Laarrow_forward
- 13. Identify the structures labeled in Fig. 5.5. A. B. C. K. L. M. D. E. H. Does Fig. 5.5 represent an AP or a lateral perspective of the proximal humerus? joint F. G. Is this an internal or external rotation anteroposterior (AP) projection of the proximal humerus and shoulder? I. Are the epicondyles of the distal humerus parallel or perpendicular to the IR on this projection? Identify the structures labeled in Fig. 5.6. J. Fig. 5.5 Radiograph. N. What is the correct term to describe the projection shown in Fig. 5.6? Fig. 5.6 Radiograph. Earrow_forwardActivity 3: Synovial Joint Structure [Note: Functionally – moveable joint (Diarthroses)] Table 11.2/11.3 Note - detailed information about synovial joints can be viewed on p.4 of this guide 1. Note that because all types of vertebrates evolved from a common ancestor, they have similar bones and synovial joints (see example of upper limbs below). In this online class, students are not required to dissect a chicken wing, which is often used to observe examples of synovial joints. However, in the space below, using the drawings below or online sources, please draw the wing of the chicken, labeling the humerus, elbow joint, radius, ulna, wrist joint, carpals, metacarpals, and phalanges: Humerus Carpals Metacarpals O Phalanges Radius Ulna OOOarrow_forwardCase 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?arrow_forward
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