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Introduction to the Skeletal System

Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

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Page 1: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Introduction to the Skeletal System

Page 2: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Major Functions

• Support• Protection• Movement• Storage (Minerals- Calcium,

Phosphate)• Blood cell formation

(hematopoiesis)

Page 3: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Bone ClassificationTissues Types

• Spongy or cancellous– Inside of the bone it appears as a

network of needle-like pieces• Compact

– Dense outer layer that appears to be solid or smooth

• Long Bones- Limbs• Short Bones- wrist• Flat Bones- breastbone• Irregular Bones- hip bones or

vertebrae

Page 4: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

General Structure of Long Bones

• Diaphysis– (Long Axis of Bone)

– Periosteum– Endosteum– Medullary cavity (yellow marrow)– Compact bone

• Epiphysis– (Bone Ends)– Articular cartilage– Red marrow– Spongy bone– Epiphyseal Plate

Page 5: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 6: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 7: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 8: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 9: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

General Long Bone Structure

Page 10: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 11: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 12: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)
Page 13: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Bone Markings

Page 14: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Bone Markings

• PROJECTIONS/PROCESSES– Function: 1) Attachment of muscle

tendon and ligaments

2)Joint formation

–Examples:• Tuberosity, trochanter

• Head, condyle

Page 15: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Bone Markings (cont.)

• DEPRESSIONS AND OPENINGS– Functions:

• Depressions allow for attachments• Openings are passageways for blood vessels

and nerves– Examples:

Foramen (Round/Oval) FossaMeatus (Canal-like) GrooveFissure (Narrow slit-like)

Sinus- (Cavity within bone that is filled with air lines with Mucous membrane)

Page 16: Introduction to the Skeletal System. Major Functions Support Protection Movement Storage (Minerals- Calcium, Phosphate) Blood cell formation (hematopoiesis)

Bone Growth