Final Review

Front 1

CONNECT BONE TO BONE

Back 1

LIGAMENTS

Front 2

CONNECT MUSCLE TO BONE

Back 2

TENDONS

Front 3

HOW MANY BONES IN ADULTS BODY?

Back 3

206 BONES

Front 4

DETORIATION OF MYELIN SHEATH COVERING AXONS WITHIN THE BRAIN

Back 4

MULTIPLE SCHLEORIS

Front 5

SUTURE USED TO CLOSE THE DURA?

Back 5

4-0 NEUROLON NON ABSORBABLE MULTIFILAMENT

Front 6

USED FOR SCALPEL EDGES?

Back 6

RANEY CLIP

Front 7

INJURY THAT RESULT FROM STTETCHING A MUSCLE BEYOND ITS NORMAL RANGE?

Back 7

STRAIN

Front 8

TEAR COLLAGEN FIBERS WITHIN A LIGAMENT

Back 8

SPRAIN

Front 9

MYEL/O

Back 9

BONE MARROW AND SPINAL CORD

Front 10

MY/O

Back 10

MUSCLE

Front 11

FREELY MOVABLE JOINTS (SYNOVIAL JOINTS)

Back 11

DIARTHROSIS

Front 12

SLIGHTLY MOVABLE (VERTEBRAE) SYMPHYSIS PUBIS

Back 12

AMPHIARTHROSIS

Front 13

CRANIAL BONE , IMMOVABLE JOINT

Back 13

SYNARTHROSIS

Front 14

USE OF SURGERY TO PLACE BONES IN THEIR POSITION ( REQUIRE TO FIX IT)

Back 14

OPEN REDUCTION

Front 15

BONE PLACED IN THE PROPER POSITION WITH OUT SURGERY

Back 15

CLOSED REDUCTION

Front 16

MUSCLES OF THE ROTATOR CUFF?

Back 16

INFRASPINATUS, TERES MINOR, SUBSCAPULARIS AND SUBPRASPONATUS

Front 17

COMMONLY USED FOR HIP AND FEMUR PROCEDURE

Back 17

FRACTURE TABLE

Front 18

TO SUPPORT PATIENT KNEE - CHEST POSITION FOR SURGERY ON THE LUMBAR SPINE

Back 18

ANDREWS TABLE

Front 19

STABILIZES THE TORSO IN LATERAL POSITION

Back 19

BEAN BAG

Front 20

MUSCLE OF THE LEG AND LOWWR BODY ARE PARALYZED

Back 20

PARAPLEGIA

Front 21

PARALIZE FROM THE NECK DOWN

Back 21

FOUR LIMBS

Front 22

PARALYSIS ON ONE SIDE OF THE BODY

Back 22

HEMIPLEGIA

Front 23

RADIUS, ULNA, HEMURUS, CARPALS, METACARPALS AND PHALANGES

Back 23

BONES IN THE ARM

Front 24

FEMUR, TIBIA, FIBULA, TARSAL, METATARSALS

Back 24

BONE IN LEGS

Front 25

A BENIGN BRAIN TUMOR COMPOSED OF CELLS FROM THE ARACHNOID (MOST COMMON OF THE SLOW GROWING INTRACRANIAL NEOPLASM)

Back 25

MENINGIOMA

Front 26

CARPALS OF THE WRIST IS AN EXAMPLE OF?

Back 26

GLIDING JOINTS

Front 27

ELBOWS ARE EXAMPLE OF?

Back 27

HINGER JOINT

Front 28

RADIUS IS AN EX OF?

Back 28

PIVOT JOINT

Front 29

TRAPESIUM OF THE WRIST WITH METACARPAL OF THE THUMB AN EX OF?

Back 29

SADDLE JOINT

Front 30

PATELLA EX OF?

Back 30

BALL SOCKET JOINT

Front 31

TEMPOROMANDIBULAR EX OF?

Back 31

CONDYLOID JOINT

Front 32

THE UPPER THORACIC CURVE BEND POSTERIORLY, CAUSING AN ABNORMAL HUMP AT THE LOWER BACK

Back 32

KYPHOSIS

Front 33

AN EXAGGERATED ANTERIOR SPINAL CURVED IN LUMBAR AREA (SWAY BACK) (BENT FOWARD)

Back 33

LORDOSIS

Front 34

A LATERAL CURVATURE OF THE SPINE WITH A CONGETINAL ORIGIN USUALLY THE THORACIC OR LUMBAR REGION

Back 34

SCOLIOSIS

Front 35

FIRST CERVICAL VERTEBRAE HAS A VERY LITTLE BODY AND A VERY LARGE VERTEBRAL FORAMEN FOR THE SPINAL CORD

Back 35

ATLAS

Front 36

SECOND CERVICAL VERTEBRAE HAS A PEG LIKE STRUCTURE CALLED THE ADONTOID PROCESS OR DENS. ALLOW YOU TO TURN YOUR HEAD LEFT AND RIGHT

Back 36

AXIS

Front 37

BONE CELLS

Back 37

OSTEOCYTES

Front 38

BUILDS BONE TISSUE

Back 38

OSTEOBLAST

Front 39

DESTROYS BONE TISSUE, BREAK DOWN & ASSIMILATE BONE

Back 39

OSTEOCLAST

Front 40

REMOVAL OF BONY ROOF OF THE SPINAL CANAL AND EXCISION OF A VERTEBRAL POSTERIOR ARCH

Back 40

LAMINECTOMONY

Front 41

MEMBRANE LINING THE CAPSULE OF A JOINT AND SECRETING SYNOVIAL FLUID

Back 41

SYNOVIAL MEMBRANE

Front 42

THE REGION AT THE FOOT BETWEEN THE TARSUS AND PHALANGES

Back 42

METATARSAL

Front 43

REGION OF HAND BETWEEN THE CARPAL AND PHALANGE

Back 43

METACARPAL

Front 44

STRONGER THAN PLASTER ACHIEVES WEIGHT, BEARING, STRENGTH FASTER, WATER PROOF, DURABLE AND LIGHT WEIGHT, MORE EXPENSIVE

Back 44

FIBER GLASS CAST

Front 45

INEXPENSIVE, EASY TO MANIPULATE AND HANDLE WHEN APPLYING. STRONG AND RIGID

Back 45

PLASTERCAST

Front 46

FUNCTION THAT REGULATES HEMOSTASIS

Back 46

HYPOTHALAMUS

Front 47

LOCATED AT THE ELBOW (FUNNY BONE)

Back 47

ULNAR NERVE LOCATION

Front 48

THE LATERAL EXTENSION OF THE PEDICLES IN THE SPINE

Back 48

SPINOUS PROCESS

Front 49

Specimen for a discectomy

Back 49

DISK

Front 50

THE STRUCTURE THAT EXTENDS FROM THE LEVEL OF THE FORAMEN MAGNUM TO THE PONS, CONTROLS VASOMOTOR, CARDIAC AND RESPIRATORY ACTIVITY

Back 50

MEDULAOBLONGATA

Front 51

SPONGE USED FOR NEUROSURGERY

Back 51

COTTONOID PATTIES

Front 52

WHAT FLOWS THROUGH THE INTERVENTRICULAR CANAL INTO THE THIRD VENTRICLE

Back 52

CSF

Front 53

PRODUCED BY CHOLOROID PLEXUS WITHIN THE LATERAL VENTRICLE

Back 53

CSF PRODUCES

Front 54

APPROACH FOR TRANSPHENOIDAL HYPOPHUSECTOMY, IF THE TUMOR IS LARGE AND PRESSING AGAINST THE OPTIC NERVES

Back 54

CRANIOTOMY

Front 55

FOR SMALLER TUMORS (REQUIRES TWO MAYO STAND TO PREVENT CONTAMINATION

Back 55

TRANSPHENOIDAL

Front 56

VERTEBRAE DIVIDED BY INTERVERTEBRAL DISKS EACH DISK HAS A CENTRAL MASS OF SOFT PULPY SEMIGELATINOUS MATERIAL CALLED THE NUCLEUS PULPOSUS

Back 56

ELASTIC MATERIAL BETWEEN THE VERTEBRAE

Front 57

SURGICAL APPROACH FOR COLLES FRACTURE

Back 57

TREATED BY CLOSED REDUCTION

Front 58

SMOOTH MUSCLE

Back 58

INVOLUNTARY MUSCLE

Front 59

SKELETAL MUSCLE

Back 59

STRIATED MUSCLE

Front 60

CARDIAC MUSCLE

Back 60

INVOLUNTARY STRIATED MUSCLE

Front 61

AKEN, CHEVRON, MCKEEVER, KELLER AND MCBRIDE

Back 61

BUNIOECTOMY TECHNIQUES

Front 62

8

Back 62

CRANIAL BONES

Front 63

14

Back 63

FASCIAL

Front 64

22

Back 64

Bones in skull in total

Front 65

SHORT BONES OF THE ANKLE AND FOOT

Back 65

TARSAL

Front 66

7

Back 66

TARSAL BONES

Front 67

ONE OF THE WRIST BONE INCLUDE 8

Back 67

CARPAL

Front 68

BONES IN THE FINGER HAS 14

Back 68

PHALENGES

Front 69

DECREASE IN SIZE OR WASTING AWAY OF A BODY PART OR TISSUE (REDUCTION IN MUSCLE STRENGTH DUE TO LACK OF MOVEMENT)

Back 69

ATROPHY

Front 70

REASON FOR TOTAL HIP ATHROPLASTY

Back 70

OSTEOARTHRITIS

Front 71

INSTRUMENTS USED FOR ACETABLUM

Back 71

ACETABLUM REAMERS

Front 72

POSITION FOR TOTAL HIP ARTHROPLASTY

Back 72

LATERAL OR SUPINE

Front 73

IMPIGMENT SYNDROME WHICH LIMITS THE ROM OF THE SHOULDER (PAIN BY FORCEFUL ABDUCTION OF THE INTERNALLY ROTATED ARM AGAINST THE ACROMION

Back 73

ACRIOMIOPLASTY MEDICAL DIAGNOSIS

Front 74

ONE OF THE TECHNIQUES FOR A BUNIONECTOMY

Back 74

KELLER BRACES

Front 75

USED TO MONITOR INTRACRANIAL PRESSURE

Back 75

MANOMETER

Front 76

PATELLAR TENDON, ILIOTIBIAL BAND AND SEMITENDINOSUS TENDON

Back 76

AUTOGRAFT FOR ACL REPAIR

Front 77

FREQUENTLY USED BY STERILE TEAM MEMBERS DURING TOTAL JOINT PROCEDURE TO PREVENT SSI

Back 77

SPACE SUIT OR BODY EXHAUST SUIT

Front 78

FILLED WITH SYNOVIAL FLUID

Back 78

SYNOVIAL CAVITY

Front 79

ILIUM

Back 79

MOST SUPERIOR PELVIC BONE

Front 80

ISCHIUM

Back 80

MOST INFERIOR PELVIC BONE

Front 81

PUBIS

Back 81

MOST ANTERIOR PELVIC BONE

Front 82

OCCURS IN ONLY ONE CORTEX OF THE BONE, NOT A TOTAL BREAK

Back 82

Green stick

Front 83

MORE THAN TWO PIECES OF BONE FRAGMENT

Back 83

COMMUNITED

Front 84

THE BROKEN END OF EACH BONE ARE FORCED INTO EACHOTHET

Back 84

IMPACTED

Front 85

FRACTURE OCCURS WHEN BONE IS DRIVEN INWARD

Back 85

DEPRESSED

Front 86

HORIZONTAL FRACTURE THROUGH THE BONE

Back 86

TRANSVERSE

Front 87

OPEN FRACTURE

Back 87

COMPOUND

Front 88

BIMALLEOLARANKLE FRACTURE (FIBULA NEAR ANKLE)

Back 88

POTTS

Front 89

FRACTURE OF DISTAL RADIUS

Back 89

COLLES

Front 90

SPINAL COLUMN IS COMPOSED OF ? BONES

Back 90

26

Front 91

CERVICAL VERTEBRAE HAS ? BONES

Back 91

7

Front 92

THORACIC VERTEBRAE HAS ? BONES

Back 92

12

Front 93

LUMBAR VERTEBRAE HAS ? BONES?

Back 93

5

Front 94

SACRUM AND COCCYS

Back 94

SPINAL COLUMN BONES

Front 95

HUDSON BRACE

Back 95

MANUAL DRILL