● 3. Little protection
2. Held in place by ligaments
3. Little protection
Fractured clavicle
a. What happens?
Skeletal Structure s: Anterior
● a. Coracid process
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: Posterior
● a. Spine
2. Held in place by ligaments
3. Little protection
Fractured clavicle
a. What happens?
Skeletal Structures: Anterior
● a. Coracoid process
2. Held in place by ligaments
3. Little protection
Fractured clavicle
a. What happens?
Skeletal Structures: Anterior
● a. Coracoid process
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: Posterior
● a. Spine
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
● Skeletal Structures: Posterior
2. Held in place by ligaments
3. Little protection Fractured clavicle
a. What happens?
Skeletal Structures: Anterior
● a. Coracoid process
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: Posterior
● a. Spine
2. Held in place by ligaments
3. Little protection
Fractured clavicle
a. What happens?
Skeletal Structures: Anterior
● a. Coracoid process
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: PosteriorCO
● a. Spine
2. Held in place by ligaments
3. Little protection
Fractured clavicle
a. What happens?
Skeletal Structures: Anterior
● a. Coracoid process
● b. Acromion process
● c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: Posterior
a. Spine
a. Spine
Fractured clavicle
a. What happens?
Skeletal Structres: Anterior
●
a. Coracoid process
● b. Acromion process
●
c. Subscapular fossa
d. Glenoid fossa or cavity
Skeletal Structures: Posterior
a. Spine
James