The Skeletal System I. Bone Structure Chapter 6. Osteology Osteology is the scientific study of bones. A subdiscipline of anatomy, anthropology, and archeology,

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Presentation transcript:

The Skeletal System I. Bone Structure Chapter 6

Osteology Osteology is the scientific study of bones. A subdiscipline of anatomy, anthropology, and archeology, osteology is a detailed study of the structure of bones, skeletal elements, teeth, morphology, function, disease, pathology, the process of ossification (from cartilaginous molds), the resistance and hardness of bones (biophysics)scientific studybonesanatomyanthropology archeologyteeth morphologydiseasepathologyossificationcartilaginousbiophysics often used by scientists with identification of human remains with regard to age, death, sex, growth, and development in a biocultural context.agedeathsex growthdevelopment

A. Functions of the skeletal system Support Protection Leverage- for motion Mineral Homeostasis Blood cell production – Hemopoiesis in red bone marrow Triglyceride Storage

B. Types of Bones 1. Long bones- longer than wide – e.g. thigh, leg, arm, forearm, fingers & toes 2. Short bones- almost cube shaped – Most wrist & ankle bones 3. Flat bones- thin & extensive surface – e.g. Cranial bones sternum, ribs & scapulae 4. Irregular bones- don’t fit above - e.g. vertebrae and some facial bones 5. Sesamoid bones- small more or less rounded masses embedded in certain tendons and usually related to joint surfaces - e.g. palmar surface of the hand, thumb, middle and ring finger, patella, feet and toes

Sesamoid bone

C. Surface Markings on Bones 1. Foramen (hole) An opening through which blood vessels, nerves, and ligaments pass. Example: foramen magnum 2. Meatus (canal) A tube-like passageway running within a bone. Example: external auditory meatus

C. Surface Markings on Bones 3.Paranasal sinus (cavity) An air filled cavity within a bone connected to the nasal sinus. Example: sinus in frontal bone 4Fossa (basin-like depression) Depression in or on a bone. Example: olecranon fossa

D. Process that form joints 1.Condyle (knuckle-like process) A large rounded articular process. Example: medial condyle of femur 2. HeadA rounded articular projection supported on a constricted neck. Example: head of the femur 3. FacetSmooth flat surface Example:facet of a vertebra

E. Processes to which tendons, ligaments, and other connective tissue attach 1.Tuberosity A large, rounded, usually roughened process Example: deltoid tuberosity of the humerus 2. Spinuous Process (spine) A sharp, slender projection Example: spinuous process of a vertebra

E. Processes to which tendons, ligaments, and other connective tissue attach 3.Trochanter A large, blunt projection found only on the femur Example: greater trochanter 4. Crest A prominent border or ridge Example: iliac crest of hip bone

F. Parts of a long bone: 1.Diaphysis- shaft of the bone 2.Epiphysis- end of the bone- usually larger than the bone; contains spongy bone with red marrow 3. Metaphysis- region of long bone between the diaphysisi and the epiphysis- contains the epiphysal plate or growth plate 4. Articular cartilage- hyaline cartilage attached to the bone surface around synovial joint- where bones articulate

5. Periosteum- membrane that covers bone- connective tissue, osteoblasts growth, repair, nutrition 6. Medullary cavity- space within diaphysis- contains yellow marrow- is the marrow cavity 7. Endosteum- membrane that lines the marrow cavity- has osteoclasts

Figure 6.1a

Figure 6.1b