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CF Prefix Suffix

Quiz yourself by thinking what should be in each of the black spaces below before clicking on it to display the answer.
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Question
Answer
acetabul/o   acetabulum (hip socket)  
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acro/o   extremities  
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acromi/o   acromion  
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ankyl/o   crooked, bent, stiff  
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arthr/o Or articul/o   Joint  
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blast/o   developing cell  
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burs/o   bursa (sac of fluid near joints)  
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calcane/o   calcaneus (heel bone)  
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calc/o   Calcium  
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carp/o   carpus (wrist bone)  
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chondr/o   cartilage  
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clavicul/o   clavicle (collar bone)  
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coccyg/o   coccyx (tale bone)  
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cost/o   ribs  
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crani/o   skull  
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femor/o   femur (thigh bone)  
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fibr/o   fibers, fibrous tissue  
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fibros/o   fibrous tissue  
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fibul/o   fibula  
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humer/o   humorus (upper arm bone)  
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ili/o   ilium  
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ischi/o   ischium (part of hip bone)  
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kinesi/o   movement, motion  
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kyph/o   humpback  
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lamin/o   lamina (part of vertebral arch)  
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lapar/o   abdominal wall  
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leiomy/o   smooth (visceral) muscle  
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ligament/o   ligament  
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lord/o   swayback, curve  
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lumb/o   lower back, loins  
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malleol/o   malleolus  
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mandibul/o   lower jaw bone  
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maxill/o   upper jaw bone  
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menisc/o   meniscus (crescent)  
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metacarp/o   metacarpals (hand bones)  
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my/o   muscle  
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myel/o   spinal cord, bone marrow  
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myelon/o   bone marrow  
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myocardi/o   heart muscle  
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myos/o   muscle  
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olecran/o   elbow  
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om/a   shoulder  
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orth/o   straight  
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oste/o   bone  
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patell/o   patella  
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pelv/o   pelvic bone, hip  
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perone/o   fibula  
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petr/o   stone  
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phalang/o   phalanges (finger and toe bones)  
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pub/o   pubis (part of hip bone)  
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pyr/o   fever  
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rachi/o   spinal column, vertebrae  
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radi/o   radius (lateral lower arm bone), x-rays  
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rhabdomy/o   striated (skeletal) muscle  
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sacr/o   sacrum  
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sarc/o   flesh (connective tissue)  
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scapul/o   scapula, shoulder bone  
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scoli/o   crooked, bent  
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spondyl/o   vertebrea (backbones)  
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stern/o   sternum (breastbone)  
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submaxill/o   lower jaw bone  
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syndesm/o   ligament  
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synovi/o   synovia (joint fluid)  
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tars/o   tarsals (ankle bone)  
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ten/o   tendon  
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thorac/o   chest  
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tibi/o   tibia (shin bone)  
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uln/o   ulna (medial lower arm bone)  
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vertebr/o   vertebrae (backbones)  
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amphi-   on both sides  
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de-   lack of  
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di-   complete, through  
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dia-   complete, through  
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inter-   between  
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peri-   surrounding  
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supra-   above  
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sym-   together, with  
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syn-   together, with  
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-clasia   break  
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-asthenia   weakness  
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-blast   embryonic, immature  
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-clasis   break  
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-desis   binding together  
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-lemma   sheath, covering  
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-malacia   softening  
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-physis   grow, growth  
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-porosis   passage  
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-schisis   to split  
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-sthenia   strength  
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-trophy   nourishment, development  
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-clast   break  
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calci/o   calcium  
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calei/o   calcium  
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tend/o   tendon  
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tendin/o   tendon  
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treating musculoskeletal deformities in children   Orthopedist  
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treat joint diseases such as the various forms of arthritis including rheumatoid arthritis   Rheumatologist  
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surgical subspecialists in diseases and structural problems of the feet   Podiatrists  
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A fiberoptic instrument is introduced into a joint cavity in order to visualize surfaces of bones entering into a joint, find tears in internal joint structures and evaluate sources of inflammation.   Arthroscopy  
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A radioactive element in very small amounts, not enough to cause any radiation injury to the patient, is introduced into the blood stream   Bone scan  
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recording of muscle electrical activity   Electromyography  
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Cutting out a small tissue sample of muscle in order to examine it under a microscope   Muscle biopsy  
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joint tissues become less resilient to wear and tear and start to degenerate manifesting as swelling, pain, and oftentimes, loss of mobility of joints   Arthritis  
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Changes occur in both joint soft tissues and the opposing bones   osteoarthritis  
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an autoimmune disease wherein the body produces antibodies against joint tissues causing chronic inflammation resulting in severe joint damage, pain and immobility   rheumatoid arthritis  
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The hard, rock-like quality of bone is dependent upon calcium. When too much calcium is dissolved from bones or not enough replaced, bones lose density and are easily fractured   Osteoporosis  
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"Soft bones". If not enough calcium is deposited during early childhood development, the bones do not become rock-hard, but rubbery.   Osteomalacia  
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People whose job involves repeated flexing of their wrist (typing, house painting) may develop tingling and/or pain in their thumb, index and middle fingers along with weakness of movements of the thumb, especially, grasping an object.   Carpal tunnel syndrome  
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Repeated strain on a tendon, attachment of a muscle to bone, can inflame the tendon resulting in pain and difficulty with movement involving the muscle   Tendonitis  
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. Hard, fast movements, such as in tennis and baseball can tear one of these tendons resulting in pain and decreased mobility of the shoulder.   Rotator cuff tear  
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Muscular dystrophy   MD  
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This inherited disease leads to degeneration and weakness of muscles manifesting at birth.   Muscular dystrophy  
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This is an autoimmune disease that involves production of antibodies that interfere with nerves stimulating muscle contractions.   Myasthenia gravis  
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An autoimmune disease wherein the body produces antibodies against a variety of organs, especially connective tissues of skin and joints   Lupus erythematosus  
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may involve a distinctive butterfly-shaped rash over the nose and cheeks and may also involve myalgia and arthralgia   Mild lupus  
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involves inflammation of multiple organ systems such as the heart, lungs, or kidneys.   Severe or systemic lupus  
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SLE   Severe or systemic lupus  
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abnormal lateral curvature of the spine, S shaped curve of the spinal column   Scoliosis  
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humpbacked abnormal increase in the outward curvature of the thoracic spine which pushes the head and shoulders forward   Kyphosis  
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swaybacked, abnormal increase in the forward curvature of the lumbar spine which pushes the abdomen forward and the hips backward   Lordosis  
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synarthrotic Joint   immovable  
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amphiathrotic   slightly movable  
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diathrotic   freely movable  
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accumulation of uric acid crystals within the joint.   gout  
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attach muscles to bone   Tendons  
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When muscles attach to other muscles or to a large flat bone, the attachment is   aponeurosis  
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attach bone to bone   Ligaments  
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slipped disk, ruptured disk, herniated nucleus pulposus   herniated disk  
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kyphosis   hunchback  
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rachischisis   spina bifida  
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ankylosing spondylitis   Strumpell-Marie arthritis or disease  
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bunion   hallux valgus  
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exostosis   spur  
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bones that are strong and have large surface areas for muscles to attach.   long bones  
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bones that are grouped together to help provide movement.   short bones  
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Bones that cover and protect soft body parts.   flat bones  
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bones, such as the kneecap, are small and rounded; they are found near joints to increase the efficiency of the muscles near that joint.   Sesamoid bones  
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middle region of long bones   Diaphysis  
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each end of the long bones   Epiphysis  
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cartilage tissue that is constantly replaced as bone grows; disappears when bone is fully grown, very obvious in children   Epiphyseal plate  
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flared portion of bone between diaphysis and epiphysis   Metaphysis  
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strong, fibrous, vascular covering of long bones; has extensive nerve supply   Periosteum  
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ends of long bones and surface of any bone that meets another to form a joint; cushions the joint, allowing fluid movement   Articular cartilage  
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layer of hard dense bone under the periosteum; contains canals of blood vessels that nourish the bone and remove waste products   Compact bone  
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channels in compact bone that contain blood vessels   Haversian canals  
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central shaft of long bones that contains yellow bone marrow that is made up of mostly fat cells   Medullary cavity  
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spongy, porous bone tissue in the center of bones that contain spaces that contain red bone marrow; this is where red blood cells are made.   Cancellous bone  
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Fossa   shallow cavity in a bone  
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Foramen   opening in a bone for blood vessels and nerves  
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Fissure   deep, narrow slit in a bone  
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Sinus   hollow cavity in a bone  
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Striated   made up of voluntary or skeletal muscles that move all bones, facial expressions and eye movement; we control these muscles  
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involuntary or visceral muscles that move internal organs, such as the digestive tract; we do not control these. Muscle fibers are arranged in sheets that wrap around vessels   Smooth  
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heart muscles; we do not control these. Arranged in branching fibers   Cardiac:  
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Bones   206 adult  
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Muscle   over 600  
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endosteum   membranous lining of the hollow cavity of the bone  
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red marrow   thick, blood-like material found in flat bones and the ends of long bones (location of blood cell formation)  
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yellow marrow   soft, fatty material found in the medullary cavity of long bones  
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diaphysis   shaft of the long bones  
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epiphysis   ends of the long bone  
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bone marrow   material found in the cavities of bones  
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maxilla   upper jawbone  
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mandible   lower jawbone  
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cervical vertebrae (C1-C7)   first set of 7 forming the neck  
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thoracic vertebrae (T1-T12)   second set of 12 vertebrae  
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lumbar vertebrae (L1-L5)   third set of 5 larger vertebrae, which forms the inward curve of spine  
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sacrum   next five vertebrae, which fuse together  
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coccyx   four vertebrae fused together to form the tailbone  
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lamina   part of the vertebral arch  
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clavicle (2)   collarbone  
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scapula (2)   shoulder blade  
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sternum   breastbone  
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upper extremities   arm and hand bones  
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pelvic bones (3 pairs fused together)   (3 pairs fused together)  
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lower extremities   leg and foot bones  
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joint   holds bones together and makes movement possible  
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articular cartilage   smooth layer of gristle covering the contacting surface of joints  
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meniscus   crescent-shaped cartilage found in the knee  
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intervertebral disk   cartilagionous pad found between the vertebrae in the spine  
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pubic symphysis   cartilaginous joint at which two public bones fuse together  
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