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Anatomy 3 k&s
Anatomy 3
| Question | Answer |
|---|---|
| Pronation | Posterior facing forward or upwards (back) |
| Osteopenia | Bone weakness or deficiency- this happens when body does not make new bone like normal |
| Crucal bones | Lower leg bones (tibia, fibula) |
| Epiphysis | End of the long bone |
| Periosteum | Outer layer of bone, nourishes and protects, blood supply and stem cells |
| Endostuem | Inner lining of the bone where yellow bone marrow is |
| Bursae | Synovial sac near complex joints like knee or shoulders |
| Epiphyseal plate | Growth plate |
| Rickets | Disease marked by too little calcium in children Vitamin D deficiency |
| Cancellous | Spongy bone,- red bone marrrow is here |
| Cortical | Compact bone, dense bone at edges |
| Calcium | Necessary for bone formation, strength and in blood for muscle movement |
| Vitamin D | Helps body absorb CALCIUM |
| Vitamin C | Necessary for all bones cells to change into different cells |
| Fibrous joint | Bones held together by dense connective tissue |
| PTH | Parathyroid hormone- regulates calcium in blood |
| Collagen s | Protein that makes up bone and helps with regeneration |
| Serotonin | Exercise releases serotonin and plays a role |
| Synovial joint | Freely moving joints have synovial fluid (oily) for lubrication. Produced by synovial membranes that line the joint capsule |
| RBCs | Red blood cells |
| Hematopoiesis | Production of blood cells |
| Red and yellow bone marrow | Red in cancellous bone of adult, hematopoiesis- yellow in medullary canal, mostly fat in adult (yellow bone marrow can turn to red in crisis of anemia |
| Types of joints | Synovial or diathrosis are hinge, pivot, gliding, ball and socket, saddle, plane and condyloid |
| Types of fractures | Simple or compound, stress or compression, greenstick, spiral, oblique, transverse, comminuted |
| Abduction | Lateral movement of body part away fro midline |
| Adduction | Medial movement of body part toward midline |
| Functions of bones | Support and protection, levers for movement , storage of minerals |
| Bone healing steps | Hematoma , soft callus formation, hard callus formation, remodeling |
| Cartilage growth steps | Growth in width by appositional growth, occurs on cartilage outside edge. |
| Hyoid bone | Only bone that does not articulate with any other bone, part of the axial Skelton |
| Osteoblasts | Builders or baby bone cells |
| Osteocytes | Mature bone cells |
| Osteoclasts | Cleaners; BREAKDOWN OF BONE |
| Diaphysis | Shaft of the long bone |
| Endosteum | Inner lining of the bone where yellow bone marrow is |
| Osteoporosis | Age related, happens more to women after menopause “when bone becomes brittle and breaks easier” |
| Amphiarthrosis | Slightly moveable joint example teeth or pubic symphysis |
| Sutures | Fused joints in skull |
| Fontanelle | Soft spots where sutures have not fused yet in infants |
| Rotation | Turning on an axis |
| Manubrium | Forms upper portion of the sternum |
| Five carpal bones | Form the palms of the and |
| Vertebral foremen | Opening in the middle of vertebraallowin for passage of the spinal cord |
| Acetabulum | Articulates with head of femur to form hip joint Large circular cavity in each side of the pelvis |
| Mallelous | Rounded bony projection on tibia and fibula on sides of each ankle |
| Metatarsals | Five bones, form part of th. Foot to which toes are attached |
| Orthopedic surgeon | Specializes in diagnosing treating diseases and disorders involving bones, joint and muscles |
| Podiatrist | Specializes in diagnosing treating disorders of the foot |
| Pod/ iatrist | Pod: foot Iatrist: specialist |
| Rheumataologist | Specializes in diagnosis treating of arthritis |
| Chondromalacia | Abnormal softening of cartilage |
| Costochondritis | Inflammation of the cartilage that connects a rib to the sternum |
| Hallux valgus | Abnormal enlargement of joint at the base of the great toe |
| Hemarthrosis | Blood with a joint Hem: blood arthr: joint osis: abnormal condition |
| Myel/o | Bone Marrow, spinal cord |
| Ligament/o | Ligaments |
| Burs/o | Bursa |
| Synovi/o | Synovial membrane |
| Osse/e oss/i oste/o | Bones |
| Spongy bone | Porous thus more susceptible to fractures |
| Circumduction | Making a circle or cone |
| Synarthrosis | Examples is sutures of skull, fussed joint, non moveable joint |
| Diarthrosis | Synovial or freely moveable joints |
| Anatomical position | Standing feet apart Palms forward thumbs lateral eyes straight |
| Sutures | Found in the skull |
| Phosphate | Necessary for bone growth, repair and mineralization |
| PTH | Parathyroid hormone-regulates calcium in blood |
| Auditory ossicles | 3 tiny ear bones Malleus, incus, stapes |
| Hyoid bone | Slender, curved bone Inferior to skull between the mandible and larynx |
| Posterior Fontanelle | Closes at around 9 months |
| Anterior Fontanelle | Closes at around 15 months |
| Vertebral column | 24 individual vertebrae |
| Cervical vertebrae | 7 vertebrae, c1-c7 |
| Thoracic vertebrae | 12 bones |
| Spongy bone | Cancellous or trabecular bone |
| Compact bone | Dense or cortical bone |
| Bones functions | Hematopoiesis, storage of mineral and energy reserves Support and protection, Levers for movement, |
| Long bones | Greater in length than width for example femur humerus |
| Short bone | Length nearly equal to width For example carpals and tarsals |
| Flat bones | Flat thin surfaces may be slightly curved Cranial bones |
| Irregular bones | For example vertebrae Elaborate, sometimes complex shapes |
| Medullary “marrow” cavity | Contains red bone marrow in children Hollow cylindrical space within the diaphysis |
| Metaphysis | Region where bone widens and transfers weight between the diaphysis and epiphysis |
| Endosteum | Covers all internal surfaces of bone within medullary cavity |