$100 $200 $300 $400 $500 $100$100$100 $200 $300 $400 $500 TERMS and TISSUES FINAL ROUND $100 $200 $300 $400 $500 LOWER EXTREMITY BONES BONE LANDMARKS and.

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$100 $100$100 $100

$200 $200 $200 $200

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TERMS and

TISSUES

FINAL ROUND

$100

$200

$300

$400

$500

LOWER EXTREMITY

BONES

BONE LANDMARKS

andARTICULATIONS

BONE GROWTH

and REPAIR

JOINTS NERVES and ARTERIES

O&P Board Review Game

BACK TO GAME

TERMS AND TISSUES

100 Question

In the best anatomical terminology, the knee is _____ to the hip.

a. Inferior

b. Anterior

c. Medial

d. Proximal

e. Superior ANSWER

BACK TO GAME

TERMS AND TISSUES

$100 Answer

In the best anatomical terminology, the knee is _____ to the hip.

a. Inferior

b. Anterior

c. Medial

d. Proximal

e. Superior

BACK TO GAME

TERMS AND TISSUES

$200 Question

The circular and concentric layers of collagen fibers in bone are called:

a) Lacunae

b) Perforating canal

c) Osteon

d) Haversian (or central) canal

e) Lamellae ANSWER

BACK TO GAME

TERMS AND TISSUES

$200 Answer

The circular and concentric layers of collagen fibers in bone are called:

a) Lacunae

b) Perforating canal

c) Osteon

d) Haversian (or central) canal

e) Lamellae

BACK TO GAME

TERMS AND TISSUES

$300 Question

The left humerus can be identified by these bony landmark locations:

a. The greater tubercle is superior to the lesser tubercle, the epicondyles are distal to the trochlea and capitulum.

b. The lesser tubercle is superior to the greater tubercle, the epicondyles are distal to the trochlea and capitulum.

c. The greater tubercle is superior to the lesser tubercle, the epicondyles are proximal to the trochlea and capitulum.

d. The greater tubercle is superior to the lesser tubercle, the deltoid tuberosity is proximal to the greater tubercle.

ANSWER

BACK TO GAME

TERMS AND TISSUES

$300 Answer

The left humerus can be identified by these bony landmark locations:

a. The greater tubercle is superior to the lesser tubercle, the epicondyles are distal to the trochlea and capitulum.

b. The lesser tubercle is superior to the greater tubercle, the epicondyles are distal to the trochlea and capitulum.

c. The greater tubercle is superior to the lesser tubercle, the epicondyles are proximal to the trochlea and capitulum.

d. The greater tubercle is superior to the lesser tubercle, the deltoid tuberosity is proximal to the greater tubercle.

BACK TO GAME

TERMS AND TISSUES

$400 Question

What type of cartilage is found in the intervertebral disks and pubic symphysis?

a. Hyaline cartilage

b. Elastic cartilage

c. Fibrocartilage

d. Synovial cartilage

e. Peristeal cartilage ANSWER

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TERMS AND TISSUES

$400 Answer

What type of cartilage is found in the intervertebral disks and pubic symphysis?

a. Hyaline cartilage

b. Elastic cartilage

c. Fibrocartilage

d. Synovial cartilage

e. Peristeal cartilage

BACK TO GAME

TERMS AND TISSUES

$500 Question

The right tibia can be identified by these bony landmark locations:

a. The condyles are distal, the head is anterior, and the lateral

malleolus is proximal.

b. The head is anterior, the condyles are proximal, the

malleolus is medial.

c. The tibial tubercle is proximal and posterior, the condyles

are proximal and the malleolus is medial.

d. The tibial tubercle is proximal and anterior, the condyles are

proximal and the malleolus is lateral.

e. The tibial tubercle is proximal and anterior, the

condyles are proximal and the malleolus is medial.ANSWER

BACK TO GAME

TERMS AND TISSUES

$500 Answer

The right tibia can be identified by these bony landmark locations:

a. The condyles are distal, the head is anterior, and the lateral

malleolus is proximal.

b. The head is anterior, the condyles are proximal, the

malleolus is medial.

c. The tibial tubercle is proximal and posterior, the condyles

are proximal and the malleolus is medial.

d. The tibial tubercle is proximal and anterior, the condyles are

proximal and the malleolus is lateral.

e. The tibial tubercle is proximal and anterior, the

condyles are proximal and the malleolus is medial.

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$100 Question

What is the name of the heel bone?

a. Calcaenius

b. Calcaneus

c. Cuboid

d. Talus

e. Navicular ANSWER

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$100 Answer

What is the name of the heel bone?

a. Calcaenius

b. Calcaneus

c. Cuboid

d. Talus

e. Navicular

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$200 Question

The triangular shaped area immediately above the condyles on the posterior aspect of the femur is called:

a. Femoral triangle

b. Scarpa’s triangle

c. Popliteal Fossa

d. Condylar Fossa

e. Triangle FemorumANSWER

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$200 Answer

The triangular shaped area immediately above the condyles on the posterior aspect of the femur is called:

a. Femoral triangle

b. Scarpa’s triangle

c. Popliteal Fossa

d. Condylar Fossa

e. Triangle Femorum

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$300 Question

The fibula articulates with this bone(s):

a. femur and tibia

b. tibia, talus, calcaneus

c. femer, tibia, talus, calcaneus

d. femur, tibia, talus, calcanius

e. Tibia and talus ANSWER

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$300 Answer

The fibula articulates with this bone(s):

a. femur and tibia

b. tibia, talus, calcaneus

c. femer, tibia, talus, calcaneus

d. femur, tibia, talus, calcanius

e. Tibia and talus

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$400 Question

What bone(s) does the right femur articulate with?

a. Patella, tibia, innomminate

b. Patella, tibia, fibula, innominate

c. Tibia, fubula, innomminate, petalla

d. Tibia, innominate, petella

e. Patella, tibia, innominateANSWER

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$400 Answer

What bone(s) does the right femur articulate with?

a. Patella, tibia, innomminate

b. Patella, tibia, fibula, innominate

c. Tibia, fubula, innomminate, petalla

d. Tibia, innominate, petella

e. Patella, tibia, innominate

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$500 Question

How do you distinguish between a right and a left femur using three anatomical landmarks?

a. Head of femur is proximal and medial, femoral condyles are

distal and the intercondylar notch is posterior.

b. Head of femur is proximal and lateral, linea aspera is

anterior, and the femoral condyles are medial and lateral.

c. Linea aspera is posterior, adductor tubercle is lateral, head

of femur is proximal and lateral.

d. Head of femur is medial and distal, condyles are distal and

lateral, linea aspera is posterior.

e. Tibial tubercle is proximal and anterior, medial malleolus is

medial and distal. ANSWER

BACK TO GAME

BONE LANDMARKS AND ARTICULATIONS

$500 Answer

How do you distinguish between a right and a left femur using three anatomical landmarks?

a. Head of femur is proximal and medial, femoral condyles are

distal and the intercondylar notch is posterior.

b. Head of femur is proximal and lateral, linea aspera is

anterior, and the femoral condyles are medial and lateral.

c. Linea aspera is posterior, adductor tubercle is lateral, head

of femur is proximal and lateral.

d. Head of femur is medial and distal, condyles are distal and

lateral, linea aspera is posterior.

e. Tibial tubercle is proximal and anterior, medial malleolus is

medial and distal.

BACK TO GAME

LOWER EXTREMITY BONES

$100 Question

The hip bone(s) is known by two other names. These are:

a. Innominate or Os Calcis

b. Pelvis or Pelvic Complex

c. Pubic Arch and Pubic Ramus

d. Innominate or Os Coxae

e. Ilium or Ramic IschiumANSWER

BACK TO GAME

LOWER EXTREMITY BONES

$100 Answer

The hip bone(s) is known by two other names. These are:

a. Innominate or Os Calcis

b. Pelvis or Pelvic Complex

c. Pubic Arch and Pubic Ramus

d. Innominate or Os Coxae

e. Ilium or Ramic Ischium

BACK TO GAME

LOWER EXTREMITY BONES

$200 Question

The hip bone is made up of three fused bones. The common names for these bones are:

a. Ilium, Ischium, and Pubes

b. Iliacus, Ischia and Os Pubes

c. Ilium, Ischium and Os Pubis

d. Os Pubus, Illium, Ischiem

e. Ramus, Pubic Arch, and Ischial Tuberosity

ANSWER

BACK TO GAME

LOWER EXTREMITY BONES

$200 Answer

The hip bone is made up of three fused bones. The common names for these bones are:

a. Ilium, Ischium, and Pubes

b. Iliacus, Ischia and Os Pubes

c. Ilium, Ischium and Os Pubis

d. Os Pubes, Illium, Ischiem

e. Ramus, Pubic Arch, and Ischial Tuberosity

BACK TO GAME

LOWER EXTREMITY BONES

$300 Question

The hip bones articulate with which bone(s)?

a. Sacrum, femur, and innominnate

b. Sacrum and femur

c. Sacrim, femur, and innomminate

d. Sacrum, femur, and innominnate

e. Innominate, sacrum, femur ANSWER

BACK TO GAME

LOWER EXTREMITY BONES

$300 Answer

The hip bones articulate with which bone(s)?

a. Sacrum, femur, and innominnate

b. Sacrum and femur

c. Sacrim, femur, and innomminate

d. Sacrum, femur, and innominnate

e. Innominate, sacrum, femur

BACK TO GAME

LOWER EXTREMITY BONES

$400 Question

What is the name of the hole or opening in each hip bone?

a. Pubic foramen

b. Piriformis foramen

c. Obturator foramen

d. Sartorius notch

e. Sciatic foramen ANSWER

BACK TO GAME

LOWER EXTREMITY BONES

$400 Answer

What is the name of the hole or opening in each hip bone?

a. Pubic foramen

b. Piriformis foramen

c. Obturator foramen

d. Sartorius notch

e. Sciatic foramen

BACK TO GAME

LOWER EXTREMITY BONES

$500 Question

The hip bones join anteriorly to form the:

a. Symphysis pubis

b. Synthesis phusion

c. Sympubis pubic

d. Sacroiliac pubis

e. Synthesis archANSWER

BACK TO GAME

LOWER EXTREMITY BONES

$500 Answer

The hip bones join anteriorly to form the:

a. Symphysis pubis

b. Synthesis phusion

c. Sympubis pubic

d. Sacroiliac pubis

e. Synthesis arch

BACK TO GAME

BONE GROWTH and REPAIR

$100 Question

A greenstick fracture occurs when the bone:

a. breaks on one side but not all the way through

b. punctures through the skin

c. moves out of alignment

d. is crushedANSWER

BACK TO GAME

BONE GROWTH and REPAIR

$100 Answer

A greenstick fracture occurs when the bone:

a. breaks on one side but not all the way through

b. punctures through the skin

c. moves out of alignment

d. is crushed

BACK TO GAME

BONE GROWTH and REPAIR

$200 Question

The hip joint is an example of a ___ joint; the metacarpal-phalange joint is an example of a biaxial ___ joint.

a. ball and socket, hinge

b. ball and socket, condyloid

c. gliding, hinge

d. gliding, condyloid ANSWER

BACK TO GAME

BONE GROWTH and REPAIR

$200 Answer

The hip joint is an example of a ___ joint; the metacarpal-phalange joint is an example of a biaxial ___ joint.

a. ball and socket, hinge

b. ball and socket, condyloid

c. gliding, hinge

d. gliding, condyloid

BACK TO GAME

BONE GROWTH and REPAIR

$300 Question

Articulations permitting only slight degrees of movement (partially movable) are:

a. amphiarthroses

b. synarthroses

c. diarthroses

d. none of the aboveANSWER

BACK TO GAME

BONE GROWTH and REPAIR

$300 Answer

Articulations permitting only slight degrees of movement (partially movable) are:

a. amphiarthroses

b. synarthroses

c. diarthroses

d. none of the above

BACK TO GAME

BONE GROWTH and REPAIR

$400 Question

Cell type responsible for bone reabsorption

is called

a. chondrocyte

b. chondroblast

c. osteocyte

d. osteoblast

e. osteoclastANSWER

BACK TO GAME

BONE GROWTH and REPAIR

$400 Answer

Cell type responsible for bone reabsorption is called

a. chondrocyte

b. chondroblast

c. osteocyte

d. osteoblast

e. osteoclast

BACK TO GAME

BONE GROWTH and REPAIR

$500 Question

When a person's blood calcium levels drop to levels below normal, you'd expect to correct this by increasing the rate of ____________

a. bone deposition

b. cartilage reabsorption

c. cartilage deposition

d. bone reabsorptionANSWER

BACK TO GAME

BONE GROWTH and REPAIR

$500 Answer

When a person's blood calcium levels drop to levels below normal, you'd expect to correct this by increasing the rate of ____________

a. bone deposition

b. cartilage reabsorption

c. cartilage deposition

d. bone reabsorption

BACK TO GAME

JOINTS

$100 Question

The structure which attaches the muscle to the bone is a:

a. Ligament

b. Tendon

c. Tubercle

d. Insertion

e. GrizzleANSWER

BACK TO GAME

JOINTS

$100 Answer

The structure which attaches the muscle to the bone is a:

a. Ligament

b. Tendon

c. Tubercle

d. Insertion

e. Grizzle

BACK TO GAME

JOINTS

$200 Question

The knee joint is structurally the most complex in the human body. It has eleven ligaments. Which of the following are some of the knee ligaments?

a. Medial colateral, lateral collateral, patellar, anterior cruciate,

posterior criciete

b. Posterior obigue popliteal, patellar, anterior cruciate,

posterior cruciate

c. Medial lateral, lateral lateral, patellar, lateral cruciate

d. Iliofemoral, posterior oblique popliteal, patellar, anterior

cruciate

e. Medial collateral, lateral collateral, patellar, anterior

cruciate.ANSWER

BACK TO GAME

JOINTS

$200 Answer

The knee joint is structurally the most complex in the human body. It has eleven ligaments. Which of the following are some of the knee ligaments?

a. Medial colateral, lateral collateral, patellar, anterior cruciate,

posterior criciete

b. Posterior obigue popliteal, patellar, anterior cruciate,

posterior cruciate

c. Medial lateral, lateral lateral, patellar, lateral cruciate

d. Iliofemoral, posterior oblique popliteal, patellar, anterior

cruciate

e. Medial collateral, lateral collateral, patellar, anterior

cruciate.

BACK TO GAME

JOINTS

$300 Question

The knee joint is a ___________ joint.

a. A. Ginglymus

b. B. Enarthrotic

c. C. Anarthrotic

d. D. Diarthrotic

e. E. Anthroarthotic ANSWER

BACK TO GAME

JOINTS

$300 Answer

The knee joint is a ___________ joint.

a. A. Ginglymus

b. B. Enarthrotic

c. C. Anarthrotic

d. D. Diarthrotic

e. E. Anthroarthotic

BACK TO GAME

JOINTS

$400 Question

The hip joint is a ___________ joint.

a. A. Ginglymus

b. B. Enarthrotic

c. C. Anarthrotic

d. D. Diarthrotic

e. E. Anthroarthotic ANSWER

BACK TO GAME

JOINTS

$400 Answer

The hip joint is a ___________ joint.

a. A. Ginglymus

b. B. Enarthrotic

c. C. Anarthrotic

d. D. Diarthrotic

e. E. Anthroarthotic

BACK TO GAME

JOINTS

$500 Question

The large ligament that restrains hip extension and can also limit rotation of the femur around its long axis is named:

a. Ischiofemoral ligament

b. Iliofemoral ligament

c. Iliacus femorum ligament

d. Illiofemoral ligament

e. Iliofemeral ligamentANSWER

BACK TO GAME

JOINTS

$500 Answer

The large ligament that restrains hip extension and can also limit rotation of the femur around its long axis is named:

a. Ischiofemoral ligament

b. Iliofemoral ligament

c. Iliacus femorum ligament

d. Illiofemoral ligament

e. Iliofemeral ligament

BACK TO GAME

NERVES AND ARTERIES

$100 Question

The subclavian artery passes deep to the clavicle as it runs distally and enters the armpit, immediately changing name to ___________.

a. innominate

b. brachiocephalic

c. radial

d. brachial

e. axillary ANSWER

BACK TO GAME

NERVES AND ARTERIES

$100 Answer

The subclavian artery passes deep to the clavicle as it runs distally and enters the armpit, immediately changing name to ___________.

a. innominate

b. brachiocephalic

c. radial

d. brachial

e. axillary

BACK TO GAME

NERVES AND ARTERIES

$200 Question

What is known as the “funny bone”?

a. The humerus bone

b. The radial nerve

c. The ulnar nerve

d. The median nerve

e. The olecranon process ANSWER

BACK TO GAME

NERVES AND ARTERIES

$200 Answer

What is known as the “funny bone”?

a. The humerus bone

b. The radial nerve

c. The ulnar nerve

d. The median nerve

e. The olecranon process

BACK TO GAME

NERVES AND ARTERIES

$300 Question

A section cut through the leg just below the head of the fibula will reveal a nerve at the fibular area. This nerve is the:

a. Sciatic

b. Anterior tibial

c. Peroneal

d. Fibular

e. Medial plantarANSWER

BACK TO GAME

NERVES AND ARTERIES

$300 Answer

A section cut through the leg just below the head of the fibula will reveal a nerve at the fibular area. This nerve is the:

a. Sciatic

b. Anterior tibial

c. Peroneal

d. Fibular

e. Medial plantar

BACK TO GAME

NERVES AND ARTERIES

$400 Question

In the lower limb, the external iliac artery gives off some small branches and changes names to become the ________ artery and supplies the ____________ muscles.

a. sciatic, adductor

b. popliteal, fibularis (peroneus)

c. femoral, thigh

d. femoral, fibularis (peroneus)

e. anterior tibial, tibialis anteriorANSWER

BACK TO GAME

NERVES AND ARTERIES

$400 Answer

In the lower limb, the external iliac artery gives off some small branches and changes names to become the ________ artery and supplies the ____________ muscles.

a. sciatic, adductor

b. popliteal, fibularis (peroneus)

c. femoral, thigh

d. femoral, fibularis (peroneus)

e. anterior tibial, tibialis anterior

BACK TO GAME

NERVES AND ARTERIES

$500 Question

What type of deformity is seen with median nerve damage?

a. Crutch paralysis

b. Nurse maid’s elbow

c. Claw Hand / Ape hand

d. Hand of benediction

e. Wrist Drop (Waiter’s Hand) ANSWER

BACK TO GAME

NERVES AND ARTERIES

$500 Answer

What type of deformity is seen with median nerve damage?

a. Crutch paralysis

b. Nurse maid’s elbow

c. Claw Hand / Ape hand

d. Hand of benediction

e. Wrist Drop (Waiter’s Hand)

BACK TO GAME

FINAL ROUND Question

_______ is the name given to the muscle which is responsible for causing a desired action; a(n)______ aids in that same action, while a(n)______opposes the action.

a. prime mover, fixator, synergist

b. prime mover, fixator, antagonist

c. synergist, prime mover, antagonist

d. fixator, prime mover, synergist

e. prime mover, synergist, antagonistANSWER

BACK TO GAME

FINAL ROUND Answer

_______ is the name given to the muscle which is responsible for causing a desired action; a(n)______ aids in that same action, while a(n)______opposes the action.

a. prime mover, fixator, synergist

b. prime mover, fixator, antagonist

c. synergist, prime mover, antagonist

d. fixator, prime mover, synergist

e. prime mover, synergist, antagonist