front 1 ACL (Anterior Cruciate Ligament) | back 1 is attached to the posterior lateral condyle of the femur and to a notch in the midline of the tibia between the tibial condyles. prevents the femur from sliding posteriorly on the tibia, prevents hyperextension of the knee, and limits the medial rotation of the femur when the leg is in a fixed position with the foot planted. A common injury of the knee |
front 2 Posterior Cruciate Ligament | back 2 is attached to the posterior midline surface of the tibia and passes anteriorly, attaching to the medial condyle of the femur. prevents the femur from sliding anteriorly on the tibia, especially when the knee is bent. |
front 3 Bankart | back 3 is an avulsion (tear) injury of the anterior capsule and labrum of the glenoid rim; it is usually caused by subluxation or luxation of the joint. The tear affects that portion of the labrum called the inferior glenohumeral ligament; |
front 4 Indications for a Total Shoulder Artroplasty | back 4 chronic pain from glenohumeral arthritis with significant loss of ROM and joint function the condition has not been resolved by conservative medical therapy. Complications include narrowing of the joint space, osteophyte formation, and cysts. |
front 5 Acromion | back 5 is a bony process on the scapula (shoulder blade). Together with the coracoid process it extends laterally over the shoulder joint. |
front 6 Acetabulum | back 6 is a concave surface of the pelvis. The head of the femur meets with the pelvis at the this, forming the hip joint. |
front 7 Greater Trochanter | back 7 is located on the upper, lateral part of the upper shaft of the femur. It serves as the point of insertion for the gluteus medius and gluteus minimus. |
front 8 Lesser Trochanter | back 8 The iliopsoas muscle inserts onto |
front 9 Liston amputating knife | back 9 |
front 10 Gigli-Strully saw handle | back 10 |
front 11 Gigli 12-in. saw | back 11 |
front 12 Satterlee bone saw | back 12 |
front 13 Above the Knee Amputation | back 13 |
front 14 Below The Knee Amputation | back 14 |
front 15 Bunionectomy | back 15 medically referred to as hallux valgus, is a bony exostosis located on the medial side of the first metatarsal head of the great toe causing a lateral deviation of the toe. Various types of surgical procedures are used to treat the condition, such as the Aken, Chevron, McKeever, Keller, and McBride techniques |
front 16 Meniscus | back 16 A joint in which the two bony surfaces are joined by fibrocartilage The knee joint is cushioned to withstand activities such as walking, jumping, and running by a pair of are thick, crescent-shaped pads of cartilage that rest on the upper articular surface of the tibia. Injuries, particularly athletic injuries, are common and result in various types of tears in the cartilage. |
front 17 Biters | back 17 Used in Arthroscopy Cases, Types include up, down, right, and left |
front 18 Types of Arthroscopes | back 18 30 degree and 70 degree |
front 19 How do you create a path for Screws and Nails? | back 19 Nontapping screws require that the drill hole be tapped with a tapping device prior to placement of the screw. Screws that are self-tapping can be identified by an angled notch near the tip of the screw. |
front 20 Abduction | back 20 Moving a body part away from the midline of the body |
front 21 Adduction | back 21 Moving a body part toward the midline of the body |
front 22 Flexion | back 22 Bending a joint |
front 23 Extension | back 23 Straightening a joint |
front 24 Pronation | back 24 Pointing a body part downward (e.g., facing the palm of the hand downward) |
front 25 Supination | back 25 Pointing a body part upward |
front 26 Short arm cast | back 26 Applied from below the elbow to the metacarpal heads; wrist fracture |
front 27 Long arm cast | back 27 Applied from axilla to metacarpal heads; fracture of forearm or elbow |
front 28 Short leg cast | back 28 Applied from tibial tuberosity to metatarsal heads; ankle and foot fractures |
front 29 Long leg cast | back 29 Applied from hip to metatarsal heads; fracture of femur, tibia, fibula, ankle |
front 30 Cylinder cast | back 30 Applied from the groin to the ankle; required when complete knee immobilization is desired |
front 31 Hip spica cast | back 31 Applied to trunk, complete leg of affected side, one-half of unaffected leg |
front 32 Body jacket cast (Minerva jacket) | back 32 Applied to trunk of body to immobilize the spine |
front 33 Who is responsible for implants | back 33 The FDA |
front 34 What does an MRI diagnosis for Ortho? | back 34 This is a noninvasive imaging technique that relies on the body’s responses to a strong magnetic field. |
front 35 CT Scan | back 35 is an X-ray of an organ or body detailing that structure at various depths. Multiple radiographs are taken at multiple angles, and the computer reconstructs these images to represent a cross-section or “slice” of the structure. |
front 36 Polymethyl methacrylate (PMMA) | back 36 also referred to as bone cement, is routinely used during total joint arthroplasty. Bone cement stabilizes and keeps the implants in the correct anatomical position. The cement fills the cavity and spaces of the bone to form a bond between the implant and bone. |
front 37 Tourniquet Times | back 37 should not be applied for more than 1 hour on an upper extremity or for more than 1½ hours on the thigh. After 1 hour of pressure, the surgeon should be notified, and again every 15 minutes thereafter. |
front 38 fracture table | back 38 commonly used for surgery on a hip fracture and for femoral nailing. must be well understood by the personnel using it in order for it to be properly set up. have several moving parts and can cause injury to the patient and OR personnel if not correctly handled. The patient can be placed in the supine or lateral position |
front 39 lateral position | back 39 is frequently used for operations on the hip and shoulder. The vacuum beanbag is often used to stabilize the patient in the lateral position, eliminating the need for roll towels and tape over the hips. The beanbag can be contoured to the body shape of the patient by adjusting the beanbag while the air is suctioned out. |
front 40 reamers | back 40 The canal is reamed with subsequent larger sizes of reamers until the opening in the canal corresponds to the diameter of the shaft of the prosthesis. |
front 41 Charnley | back 41 Self Retaining retractor used in total hip arthroplasty |
front 42 Immovable Joints | back 42 synarthroses, the bones are in close contact with each other and separated by a thin layer of cartilage. An example is the suture lines of the cranial bones. |
front 43 Slightly Movable Joint | back 43 amphiarthrosis -Lying between the bones of the joint is a disk of fibrous cartilage that connects the bones. Examples of this type of joint include cartilage that connects the vertebrae and the disk of cartilage called the symphysis pubis that connects the pubic bones. This type of joint allows some movement due to the limited flexibility of the cartilage. |
front 44 Freely Movable Joints | back 44 A diarthrosis. All diarthroses are also referred to as synovial joints because these joints all contain a synovial membrane that secretes synovial fluid. Diarthroses are further classified according to the movements they allow |
front 45 Ball-and-Socket Joints | back 45 This type of joint allows for the widest range of motion (ROM). It consists of a bone with a ball-shaped head that articulates with the cup-shaped socket in another bone. Movement in all planes is possible, including rotational. Examples include the shoulder and hip joints. |
front 46 Condyloid Joints | back 46 allows for movement in only one plane with some lateral movement. The joint is composed of a condyle of one bone fitting into the fossa of another bone. An example is the temporomandibular joint in which the condyle of the mandible fits into the fossa of the temporal bone. |
front 47 Gliding Joints | back 47 allow side-to-side and twisting movements. The articulating surfaces of the bones in the gliding joint are either flat or slightly curved. An example is the carpals of the wrist joint. |
front 48 Hinge Joints | back 48 The elbow . This type of joint allows movement in only one plane, much like the motion permitted by the hinge on a door. is formed by the convex surface of one bone fitting into the concave surface of the adjacent bone. |
front 49 Pivot Joints | back 49 allow only a rotational movement around a central axis. The joint formed at the proximal end of the radius |
front 50 Saddle Joints | back 50 allow movement in a variety of planes. The articulating surfaces of the bones have both concave and convex regions. The surface of one bone fits into the equivalent surface of the other bone. An example is the joint formed by the trapezium of the wrist with the metacarpal of the thumb. |
front 51 What is the thickest and strongest tendon in the body | back 51 The achillies Tendon |
front 52 When to use Nails | back 52
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front 53 Names and Types of Nails | back 53 flexible nails such as the Rush and Ender; interlocking nails such as the Trigen; retrograde interlocking intramedullary nails; and standard nails such as the AO (surgical procedure description is for AO titanium femoral nail system). |
front 54 Plates | back 54
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front 55 Patella | back 55 Sesamoid (round) bones are found within tendons. Another example is the two sesamoid bones found on the head of the metatarsal in the foot forming what is referred to as the “ball” of the foot. |
front 56 long bones | back 56 include bones of the arm (humerus), legs (femur), hands, and feet (phalanges) |
front 57 Short bones | back 57 are the bones of the wrists (carpals) and ankles (tarsals). As evidenced by the wrist and ankle bones, short bones usually occur in clusters and aid in the movement of an extremity. |
front 58 Esmarch | back 58 Used to exsanguinate the limb before use of the Tourniquet |
front 59 Type of suture used for tendon to tendo | back 59 Fiberwire or Ethibond |
front 60 Spinal Needle | back 60 Used for positioning |
front 61 Distraction | back 61 s a term used to describe bone fragments that are separated so that bone contact does not occur. |
front 62 Avascular necrosis | back 62 occurs when the capillary network or collateral circulation cannot be reestablished following a traumatic injury or when the vascular system is disrupted by other means. |
front 63 compound fracture | back 63 compromises the integrity of the skin and allows for the possible entry of microorganisms, which may cause infection of the bone and injury to surrounding soft tissues |
front 64 Delayed union | back 64 is a term used to describe an increase in the healing time of fractures. The reasons for are pathological (e.g., osteoporosis), mechanical (e.g., distraction of the fracture site or inadequate immobilization), or traumatic, referring to the type of injury sustained (e.g., comminuted fractures). |
front 65 Nonunion | back 65 is when the fractured bone ends do not unite. |
front 66 Malunion | back 66 occurs when the fracture heals in a position that does not resemble the original anatomical form of the bone and alters the mechanical function of the bone. |
front 67 Compartmental syndrome | back 67 is an increase in pressure within a closed space that usually occurs in the forearm and tibia. |
front 68 Stages of Healing Inflammation | back 68 begins at the time of injury and lasts approximately 2 days. |
front 69 Stages of Healing Cellular Proliferation | back 69 begins approximately on the second day following the traumatic event. Macrophages debride the area and allow for the formation of a fibrin mesh that seals the approximated edges of the fracture site. The fibrin mesh serves as the foundation for capillary and fibroblastic ingrowth. A soft tissue or periosteal callus is formed on the outer surface or cortex of the fractured bone by the collagen-producing fibroblasts and osteoblasts. |
front 70 Stages of Healing callus formation | back 70 stage lasts 3–4 weeks. The soft tissue growth continues and the bone fragments grow toward one another, bridging the gap. Osteoblasts form a matrix of collagen that invades the periosteal callus, bridging the fracture site and uniting the two ends of the bone. Fibrous tissue, cartilage, and immature bone stabilize the fracture site. |
front 71 Stages of Healing Ossification | back 71 begins 2 or 3 weeks following the injury and can last 3–4 months. The matrix of osteoblasts, now called the osteoid, calcifies, firmly uniting the bone. The bone is now able to accept mineral deposits. |
front 72 Stages of Healing Remodeling | back 72 is the maintenance state of normal bone. Following a fracture, any devitalized tissue is removed and the new bone is organized to provide maximum support and function. |
front 73 Colles Fracture | back 73
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front 74 Active Bone Growth | back 74 epiphyseal plate |
front 75 epiphyses | back 75 The proximal portion of a long bone |
front 76 diaphysis | back 76 is composed of compact bone that surrounds the medullary cavity. |
front 77 Cortical Bone | back 77 Type of bone tissue that is hard and dense, and that surrounds the marrow cavity; also referred to as compact bone |
front 78 cancellous bone | back 78 A type of bone tissue found at the ends of bone and lining the medullary marrow cavity; composed of columns of trabeculae with large spaces in between; also referred to as spongy bone due to its appearance |
front 79 Para Thyroid Hormone | back 79 Stimulates Bone Growth |
front 80 Unicompartmental implants | back 80 are used to replace either the medial or lateral side of the corresponding articular surface of the femur and tibia. |
front 81 Bicompartmental implants | back 81 replace the medial and lateral surfaces of the femur and tibia. |
front 82 Tricompartmental implants | back 82 replace the medial and lateral surfaces of the femur and tibia, including the patella. |
front 83 Unconstrained implant: | back 83 Requires minimal resurfacing of the tibia and femur, and good collateral and posterior cruciate ligaments; |
front 84 semiconstrained implant: | back 84 Used when there is a difficulty with ligament balance |
front 85 fully constrained implant | back 85 Implant is jointed together by hinges and only allows motion in a sagittal plane. |
front 86 ACL Grafts Autografts | back 86 patellar tendon, hamstring, quadriceps tendon, |
front 87 allograft | back 87 Taken from another person |
front 88 Most common Cause for a distal Radius Fracture | back 88 Fall onto an outstretched Arm |
front 89 Ringers Solution | back 89 Used in Arthroscopy cases when using the ESU |
front 90 Softening bone in children | back 90 Osteomalacia also called Rickets |
front 91 Bucket Handle Tear | back 91 consists of an incomplete longitudinal tear with displacement of the inner portion of the meniscus. When a tear of this type is encountered, an arthroscopic partial meniscectomy or repair can be completed. |
front 92 What instrument is commonly called Turkey Foot or Eagle Talon | back 92 Lowman Bone Holding Clamp |