Trivia Questions Quiz On Core Stabilization Training In Rehabilitation!
Below is the Trivia Questions Quiz On Core Stabilization Training In Rehabilitation! Are you a trainer that wants to see what they know when it comes to rehabilitating someone after an injury? The quiz below is perfect for helping you out with that. Do give it a shot and get to see just how well you will do. All the best!
- 1.
-Poor mechanical advantage relative to movement production -Primarily Type I muscle fibers with a high degree of muscle spindles --Optimal for providing proprioceptive information to CNS -Inter/intra-segmental stabilization.
- A.
Transversospinalis group
- B.
Erector spinae
- C.
Quadratus Lumborum
- D.
Latissimus Dorsi
- E.
Abdominal Muscles
Correct Answer
A. Transversospinalis groupExplanation
Transversospinalis group -Poor mechanical advantage relative to movement production -Primarily Type I muscle fibers with high degree of muscle spindles --Optimal for providing proprioceptive information to CNS -Inter/intra-segmental stabilization Erector spinae -Provide intersegmental stabilization -Eccentrically decelerate trunk flexion and rotation Quadratus Lumborum -Frontal plane stabilizer -Works in conjunction with gluteus medius and tensor fascia lata Latissimus Dorsi -Bridge between upper extremity and core Abdominal Muscles -Rectus abdominus -External obliques -Internal obliques -Transverse abdominus -Work to optimize spinal mechanics -Provide sagittal, frontal and transverse plane stabilizationRate this question:
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- 2.
-Provide intersegmental stabilization -Eccentrically decelerate trunk flexion and rotation
- A.
Transversospinalis group
- B.
Erector spinae
- C.
Quadratus Lumborum
- D.
Latissimus Dorsi
- E.
Abdominal Muscles
Correct Answer
B. Erector spinaeExplanation
Transversospinalis group -Poor mechanical advantage relative to movement production -Primarily Type I muscle fibers with high degree of muscle spindles --Optimal for providing proprioceptive information to CNS -Inter/intra-segmental stabilization Erector spinae -Provide intersegmental stabilization -Eccentrically decelerate trunk flexion and rotation Quadratus Lumborum -Frontal plane stabilizer -Works in conjunction with gluteus medius and tensor fascia lata Latissimus Dorsi -Bridge between upper extremity and core Abdominal Muscles -Rectus abdominus -External obliques -Internal obliques -Transverse abdominus -Work to optimize spinal mechanics -Provide sagittal, frontal and transverse plane stabilizationRate this question:
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- 3.
-Frontal plane stabilizer -Works in conjunction with gluteus medius and tensor fascia lata
- A.
Transversospinalis group
- B.
Erector spinae
- C.
Quadratus Lumborum
- D.
Latissimus Dorsi
- E.
Abdominal Muscles
Correct Answer
C. Quadratus LumborumExplanation
Transversospinalis group
-Poor mechanical advantage relative to movement production
-Primarily Type I muscle fibers with high degree of muscle spindles
--Optimal for providing proprioceptive information to CNS
-Inter/intra-segmental stabilization
Erector spinae
-Provide intersegmental stabilization
-Eccentrically decelerate trunk flexion and rotation
Quadratus Lumborum
-Frontal plane stabilizer
-Works in conjunction with gluteus medius and tensor fascia lata
Latissimus Dorsi
-Bridge between upper extremity and core
Abdominal Muscles
-Rectus abdominus
-External obliques
-Internal obliques
-Transverse abdominus
-Work to optimize spinal mechanics
-Provide sagittal, frontal and transverse plane stabilizationRate this question:
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- 4.
-Bridge between upper extremity and core
- A.
Transversospinalis group
- B.
Erector spinae
- C.
Quadratus Lumborum
- D.
Latissimus Dorsi
- E.
Abdominal Muscles
Correct Answer
D. Latissimus DorsiExplanation
Transversospinalis group -Poor mechanical advantage relative to movement production -Primarily Type I muscle fibers with high degree of muscle spindles --Optimal for providing proprioceptive information to CNS -Inter/intra-segmental stabilization Erector spinae -Provide intersegmental stabilization -Eccentrically decelerate trunk flexion and rotation Quadratus Lumborum -Frontal plane stabilizer -Works in conjunction with gluteus medius and tensor fascia lata Latissimus Dorsi -Bridge between upper extremity and core Abdominal Muscles -Rectus abdominus -External obliques -Internal obliques -Transverse abdominus -Work to optimize spinal mechanics -Provide sagittal, frontal and transverse plane stabilizationRate this question:
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- 5.
-Rectus abdominus -External obliques -Internal obliques -Transverse abdominus -Work to optimize spinal mechanics -Provide sagittal, frontal and transverse plane stabilization
- A.
Transversospinalis group
- B.
Erector spinae
- C.
Quadratus Lumborum
- D.
Latissimus Dorsi
- E.
Abdominal Muscles
Correct Answer
E. Abdominal MusclesExplanation
Transversospinalis group -Poor mechanical advantage relative to movement production -Primarily Type I muscle fibers with high degree of muscle spindles --Optimal for providing proprioceptive information to CNS -Inter/intra-segmental stabilization Erector spinae -Provide intersegmental stabilization -Eccentrically decelerate trunk flexion and rotation Quadratus Lumborum -Frontal plane stabilizer -Works in conjunction with gluteus medius and tensor fascia lata Latissimus Dorsi -Bridge between upper extremity and core Abdominal Muscles -Rectus abdominus -External obliques -Internal obliques -Transverse abdominus -Work to optimize spinal mechanics -Provide sagittal, frontal and transverse plane stabilizationRate this question:
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- 6.
-Closed chain vs. open chain functioning -Works with erector spinae, and deep abdominal wall to balance anterior shear forces of lumbar spine -Can reciprocally inhibit gluteus maximus, multifidus, deep erector spinae, internal oblique and transverse abdominus when tight
- A.
Psoas
- B.
Gluteus medius
- C.
Gluteus maximus
- D.
Hamstrings
Correct Answer
A. PsoasExplanation
Psoas -Closed chain vs. open chain functioning -Works with erector spinae, and deep abdominal wall to balance anterior shear forces of lumbar spine -Can reciprocally inhibit gluteus maximus, multifidus, deep erector spinae, internal oblique and transverse abdominus when tight Gluteus medius -Frontal plane stabilizer --Weakness increases frontal and transverse plane stresses (patellofemoral stress) -Controls femoral adduction and internal rotation -Weakness results in synergistic dominance of TFL and quadratus lumborum Gluteus maximus -Hip extension and external rotation -Eccentrically hip flexion and internal rotation -Decelerates tibial internal rotation with TFL -Stabilizes SI joint -Faulty firing results in decreased pelvic stability and neuromuscular control Hamstrings -Concentrically flex the knee, extend the hip and rotate the tibia -Eccentrically decelerate knee extension, hip flexion and tibial rotation -Work synergistically with the ACL to stabilize tibial translation All muscles produce and control forces in multiple planesRate this question:
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- 7.
-Frontal plane stabilizer --Weakness increases frontal and transverse plane stresses (patellofemoral stress) -Controls femoral adduction and internal rotation -Weakness results in synergistic dominance of TFL and quadratus lumborum
- A.
Psoas
- B.
Gluteus medius
- C.
Gluteus maximus
- D.
Hamstrings
Correct Answer
B. Gluteus mediusExplanation
Psoas
-Closed chain vs. open chain functioning
-Works with erector spinae, and deep abdominal wall to balance anterior shear forces of lumbar spine
-Can reciprocally inhibit gluteus maximus, multifidus, deep erector spinae, internal oblique and transverse abdominus when tight
Gluteus medius
-Frontal plane stabilizer
--Weakness increases frontal and transverse plane stresses (patellofemoral stress)
-Controls femoral adduction and internal rotation
-Weakness results in synergistic dominance of TFL and quadratus lumborum
Gluteus maximus
-Hip extension and external rotation
-Eccentrically hip flexion and internal rotation
-Decelerates tibial internal rotation with TFL
-Stabilizes SI joint
-Faulty firing results in decreased pelvic stability and neuromuscular control
Hamstrings
-Concentrically flex the knee, extend the hip and rotate the tibia
-Eccentrically decelerate knee extension, hip flexion and tibial rotation
-Work synergistically with the ACL to stabilize tibial translation
All muscles produce and control forces in multiple planesRate this question:
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- 8.
-Hip extension and external rotation -Eccentrically hip flexion and internal rotation -Decelerates tibial internal rotation with TFL -Stabilizes SI joint -Faulty firing results in decreased pelvic stability and neuromuscular control
- A.
Psoas
- B.
Gluteus medius
- C.
Gluteus maximus
- D.
Hamstrings
Correct Answer
C. Gluteus maximusExplanation
Psoas -Closed chain vs. open chain functioning -Works with erector spinae, and deep abdominal wall to balance anterior shear forces of lumbar spine -Can reciprocally inhibit gluteus maximus, multifidus, deep erector spinae, internal oblique and transverse abdominus when tight Gluteus medius -Frontal plane stabilizer --Weakness increases frontal and transverse plane stresses (patellofemoral stress) -Controls femoral adduction and internal rotation -Weakness results in synergistic dominance of TFL and quadratus lumborum Gluteus maximus -Hip extension and external rotation -Eccentrically hip flexion and internal rotation -Decelerates tibial internal rotation with TFL -Stabilizes SI joint -Faulty firing results in decreased pelvic stability and neuromuscular control Hamstrings -Concentrically flex the knee, extend the hip and rotate the tibia -Eccentrically decelerate knee extension, hip flexion and tibial rotation -Work synergistically with the ACL to stabilize tibial translation All muscles produce and control forces in multiple planesRate this question:
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- 9.
-Concentrically flex the knee, extend the hip and rotate the tibia -Eccentrically decelerate knee extension, hip flexion and tibial rotation -Work synergistically with the ACL to stabilize tibial translation
- A.
Psoas
- B.
Gluteus medius
- C.
Gluteus maximus
- D.
Hamstrings
Correct Answer
D. HamstringsExplanation
Psoas
-Closed chain vs. open chain functioning
-Works with erector spinae, and deep abdominal wall to balance anterior shear forces of lumbar spine
-Can reciprocally inhibit gluteus maximus, multifidus, deep erector spinae, internal oblique and transverse abdominus when tight
Gluteus medius
-Frontal plane stabilizer
--Weakness increases frontal and transverse plane stresses (patellofemoral stress)
-Controls femoral adduction and internal rotation
-Weakness results in synergistic dominance of TFL and quadratus lumborum
Gluteus maximus
-Hip extension and external rotation
-Eccentrically hip flexion and internal rotation
-Decelerates tibial internal rotation with TFL
-Stabilizes SI joint
-Faulty firing results in decreased pelvic stability and neuromuscular control
Hamstrings
-Concentrically flex the knee, extend the hip and rotate the tibia
-Eccentrically decelerate knee extension, hip flexion and tibial rotation
-Work synergistically with the ACL to stabilize tibial translation
All muscles produce and control forces in multiple planesRate this question:
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- 10.
Serial distortion patterns
- A.
Structural integrity of body is compromised due to malalignment
- B.
Abnormal forces are distributed above and below misaligned segment
- C.
Muscle imbalances and arthrokinematic deficits must be corrected prior to initiating aggressive training
- D.
Poor technique and neuromuscular control results in poor motor patterns and stabilization
Correct Answer(s)
A. Structural integrity of body is compromised due to malalignment
B. Abnormal forces are distributed above and below misaligned segmentExplanation
Postural Considerations
-Core functions to maintain postural alignment and dynamic postural equilibrium
-Segmental deficit results in predictable dysfunction
--Serial distortion patterns
---Structural integrity of body is compromised due to malalignment
---Abnormal forces are distributed above and below misaligned segment
-Work to maintain alignmentRate this question:
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- 11.
Endurance
- A.
Erector spinae performance
- B.
Athlete is prone with hands behind head and spine extended 30 degrees
- C.
Measure ability to sustain position with goniometer
- D.
Utilize axilla and table for frame of reference
- E.
Test performed for time
- F.
Backwards, overhead medicine ball jump and throw
- G.
Assessment of total body power production
Correct Answer(s)
A. Erector spinae performance
B. Athlete is prone with hands behind head and spine extended 30 degrees
C. Measure ability to sustain position with goniometer
D. Utilize axilla and table for frame of reference
E. Test performed for timeExplanation
Endurance
-Erector spinae performance
-Athlete is prone with hands behind head and spine extended 30 degrees
-Measure ability to sustain position with goniometer
--Utilize axilla and table for frame of reference
-Test performed for time
Power
-Backwards, overhead medicine ball jump and throw
-Assessment of total body power productionRate this question:
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- 12.
Power
- A.
Erector spinae performance
- B.
Athlete is prone with hands behind head and spine extended 30 degrees
- C.
Measure ability to sustain position with goniometer
- D.
Utilize axilla and table for frame of reference
- E.
Test performed for time
- F.
Backwards, overhead medicine ball jump and throw
- G.
Assessment of total body power production
Correct Answer(s)
F. Backwards, overhead medicine ball jump and throw
G. Assessment of total body power productionExplanation
Endurance
-Erector spinae performance
-Athlete is prone with hands behind head and spine extended 30 degrees
-Measure ability to sustain position with goniometer
--Utilize axilla and table for frame of reference
-Test performed for time
Power
-Backwards, overhead medicine ball jump and throw
-Assessment of total body power productionRate this question:
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- 13.
Program Requirements
- A.
Systematic
- B.
Progressive
- C.
Functional
- D.
Aggressive
- E.
Informational
- F.
Challenging
Correct Answer(s)
A. Systematic
B. Progressive
C. FunctionalExplanation
Program
-Systematic
-Progressive
-FunctionalRate this question:
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Current Version
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Mar 21, 2023Quiz Edited by
ProProfs Editorial Team -
Feb 19, 2012Quiz Created by
Shinichiro
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