Bio ET
Bio ET
SECOND YEAR
Paper II – BIOMECHANICS, APPLIED ANATOMY AND
KINESIOLOGY
Q.P. Code : 746256
Time : Three hours Maximum : 100 marks
ANSWER ALL QUESTIONS
I. LONG ESSAYS (2X20=40)
1. Ballistic movement.
2. Articularis genu.
3. Postural set.
4. Corset muscle.
5. Tarsal canal.
6. Common hip axis.
7. Kinesthesia and proprioception.
8. Pelvic balance.
9. Gluteus medius limp.
10.Patellar plicae.
*******
February 2012
[LA 6256] Sub. Code: 6256
BACHELOR OF PHYSIOTHERAPY EXAMINATION
SECOND YEAR
PAPER II – BIOMECHANICS, APPLIED ANATOMY AND
KINESIOLOGY
2. Describe the normal curves of vertebral column and discuss the factors
responsible for its mobility and stability.
1. Parameters of gait
2. Scapulo humeral rhythm
3. Determinants of gait
4. Bursae around knee
5. Talocalaneo navicular joint
6. Optimal posture
7. Reverse action
8. Pivot joint
1. Synergist
2. Angular Velocity
3. Concentric Exercise
4. Sacral vertebrae
5. Acromic clavicular joint
6. Lumbricals
7. Lordosis
8. Line of gravity
9. Second class lever
10. Law of inertia
*******
[LB 6256] AUGUST 2012 Sub. Code: 6256
SECOND YEAR BPT EXAM
PAPER II – BIOMECHANICS, APPLIED ANATOMY
AND KINESIOLOGY
Q.P. Code : 746256
Time: Three Hours Maximum: 100 marks
(180 Min) Answer ALL questions in the same order.
I. Elaborate on: Pages Time Marks
(Max.)(Max.)(Max.)
1. Analyze posture and explain the postural deviations. 19 33 20
*******
[LC 6256] FEBRUARY 2013 Sub. Code: 6256
SECOND YEAR BPT EXAM
PAPER II – BIOMECHANICS, APPLIED ANATOMY AND
KINESIOLOGY
Q.P. Code: 746256
Time: Three Hours Maximum: 100 marks
( 180 Min)
1. Describe the tissue present in human joints and mention general effects of
injury and disease.
2. Explain about effect of injury and developmental defects of vertebral column.
1. Reverse action
2. Bunnell’s sign
3. Pes Anserinus
4. Lister’s tubercle
5. Dowager’s hump
6. Sternoclavicular disk
7. Nutation
8. Divergent muscle pull
9. Voluntary control
10. Hysteresis.
*****
[LD 6256] AUGUST 2013 Sub. Code: 6256
SECOND YEAR BPT EXAM
PAPER II – BIOMECHANICS, APPLIED ANATOMY AND
KINESIOLOGY
Q.P. Code : 746256
Time: Three Hours Maximum: 100 marks
1. Codman’s paradox
2. Passive insufficiency
3. Triangular fibrocartilage complex (TFCC)
4. Pelvic tilts
5. Determinants of gait
6. Pronation twist of tarsometatarsal joint
7. Lordosis and Kyphosis
8. Power grip
1. Cadence
2. Agonists and Antagonists
3. Waddling gait
4. Volar plate
5. Pars interarticularis
6. Subacromial space
7. Functional position of the hand
8. Close – packed position
9. Carrying angle
10. Angulation of the femur
*******
[LE 6256] FEBRUARY 2014 Sub. Code: 6256
SECOND YEAR BPT EXAM
PAPER II – BIOMECHANICS, APPLIED ANATOMY AND
KINESIOLOGY
Q.P. Code : 746256
Time: Three Hours Maximum: 100 marks
1. What is Prehension? Explain power grip and precision handling in detail with
examples.
2. Explain the structure and function of Plantar arches in detail.
1. What is Cadence?
2. What is Calcaneal gait?
3. Define Torque
4. What is the instantaneous axis of rotation?
5. What is a motor unit?
6. Attachment of thoracolumbar fascia
7. What is glenoid labrum?
8. What is carrying angle?
9. Name the ligaments of Hip joint
10. What is patella baja?
*******
[LF 6256] AUGUST 2014 Sub. Code: 6256
2. Describe why using a cane on the side opposite to hip joint pain
or weakness is more effective than using the cane on the same side.
II. Write Notes on: (8X5=40)
1. What is “Q” angle of knee joint? How is it measured and what implications
does it have for patellofemoral problems?
2. Explain the coupled movements of subtalar pronation and supination
3. Fixed support synergies
4. Explain stair gait cycle.
5. Explain the factors affecting muscle function
6. Explain the ligaments of Radioulnar joints
7. Explain about the extensor mechanism of wrist and hand
8. Explain Newton’s law of inertia with example.
III. Short Answer: (10X2=20)
1. What is Scaption?
2. Attachment of medial collateral ligament of knee joint
3. State the ligaments of Talonavicular joint
4. What is the normal postural sway?
5. Define moment arm
6. Give example for a trochoid joint
7. What are zygapophyseal joints?
8. What is lumbosacral angle?
9. What are the pelvic floor muscles?
10. What is Nutation and counternutation?
*******
[LG 6256] FEBRUARY 2015 Sub. Code: 6256
1. Moment arm
2. Fibrous joint
3. Slow-twitch oxidative fibres
4. Lumbar-pelvic rhythm
5. Ballistic movement
6. Agonist and antagonist
7. Law of inertia
8. Cross eyed patella
9. Volar wrist musculature
10. Junctura tendinae
*******
[LH 6256] AUGUST 2015 Sub. Code: 6256
1. Codman’s paradox.
2. Triangular fibrocartilage complex.
3. Index of Insall and Salviti.
4. Proprioception.
5. Shoulder joint stability.
6. Anconeus and Triceps.
7. Optimal posture.
8. Nurse maid’s elbow.
1. Pars Interarticularis.
2. Angulations of femur.
3. Bunnell’s sign.
4. Dowgers hump.
5. Patella Alta and Baja.
6. Seasamoid bone.
7. Coupled motions.
8. Claw toe and hammer toe.
9. Levers.
10. Carrying angle.
*******
[LI 6256] FEBRUARY 2016 Sub. Code: 6256
1. Pulleys.
2. Gait determinants.
3. Mechanical advantage.
4. Pes Planus.
5. Supinator twist.
6. Vertical steering muscles of Shoulder joint.
7. Fast-twitch fibres.
8. Cubitus Valgus and Cubitus Varus.
9. Force and Acceleration.
10. Load deformation curve.
*******
[LJ 6256] AUGUST 2016 Sub. Code: 6256
1. Extensor hood.
2. Trendelenberg sign.
3. Line of gravity.
4. Accessory movements.
5. Role of upperlimb in gait.
6. Rocker bottom foot.
7. Grip.
8. Osteokinematics.
9. Arcuate lines.
10. Tensile forces.
*******
[LK 6256] FEBRUARY 2017 Sub. Code: 6256
2. Biomechanics of Gait.
1. Anatomical pulley.
2. Stress and strain.
3. Squat lifting versus stoop lifting.
4. Pronation and supination.
5. Insufficiency.
6. Factors affecting muscle functions.
7. Functions of intervertebral disc.
8. Gravity its uses in therapeutics.
1. Nucleus pulposus.
2. Posture.
3. Grasp.
4. Angle of femoral torsion – function.
5. Second order lever an example.
6. Resistance.
7. Functional position of hand.
8. Hookes law.
9. Optimal length.
10. Q-angle.
*******
[LL 6256] AUGUST 2017 Sub. Code: 6256
1. Ataxic gait.
2. Nursemaid’s elbow.
3. Extensor expansion.
4. Force couple.
5. Arthrokinematics.
6. Passive insufficiency of muscle.
7. Cadence.
8. Enthesis.
9. Layers of articular cartilage.
10. Phases of gait cycle.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
2. Describe the relationship between the Zygapophyseal joints and the Interbody
joints of vertebral column.
1. What is synostosis?
2. What is a motor unit?
3. What is Bunnell’s Sign?
4. What is dorsal inter-calated segmental instability?
5. Write the attachment of spring ligament.
6. What is Genu recurvatum?
7. State two functions of volar plate.
8. What is metatarsal break?
9. Draw the Feiss line.
10. Name two structures that maintain the palmar arch.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Write the structure and function of the Hip joint, with the Hip joint pathology.
2. Write the structure and contractile unit of a muscle. Write the types of muscle
fibre and the types of muscle contraction.
1. Active insufficiency.
2. Locking and unlocking mechanism of knee joint.
3. Concurrent force system.
4. Synovial joint and its subdivision.
5. Law of inertia.
6. Knee joint incongruence.
7. Pelvic tilt.
8. Centre of gravity.
1. Claw toes.
2. Axes and planes.
3. Hook grip.
4. Arches of foot.
5. Spurt and shunt muscle.
6. Facet joint.
7. Tenodesis.
8. Synostosis.
9. Shear.
10. Golgi tendon.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Difference between Phasic and Tonic muscle and add the notes on active and
passive insufficiency.
2. Describe the general effects of injury and disease of the joint structure.
1. Centre of gravity.
2. Isokinetic exercise.
3. Concentric exercise.
4. Intervertebral disc.
5. Carrying Angle.
6. Coxa vara.
7. Tennis and nurse – maid’s Elbow.
8. Q angle of knee joint.
1. Synarthrosis.
2. What is scaption?
3. Pescavus.
4. Waddling gait.
5. Postural muscle.
6. Pad to pad grip.
7. Synovial joint.
8. Scapulo humeral rhythm.
9. Force vectors.
10. Accessory movements.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Discuss the Kinematics and Kinetics of Patella Femoral Joint adding note on
applied anatomy also.
1. Intercalated segment.
2. Squeeze film lubrication.
3. Step width.
4. Campers chiasma.
5. Counternutation.
6. Function of metatarsophalangeal joint.
7. Ligamentum teres.
8. Latissimus Dorsi.
9. Muscle spindle.
10. Joint play.
********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
2. Analyze posture with respect to the optimal alignment and brief about postural
deviations.
1. Cadence.
2. Anteversion and Retroversion.
3. Coracoacromial arch.
4. Equinus gait.
5. Types of hand grip.
6. Muscles of elevation of shoulder.
7. Components of force.
8. Synergist and fixator.
9. Ligaments of Bigelow.
10. Prehension.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Describe the postural deviations from optimal alignment in the frontal plane.
1. State the six main ligaments associated with intervertebral and zygapophyseal
joints.
2. What is normal sway envelope?
3. What is spodylolisthesis?
4. Draw the angle of wiberg.
5. What is patellar plica?
6. Define torque.
7. Write the attachment and function of Ligamentum Teres.
8. What is Hysteresis?
9. What are joint reaction forces?
10. What is Young’s modulus?
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Describe hip joint in brief and give its biomechanics in detail. Brief on its
Pathomechanics also.
2. Define and describe Gait. Explain any three pathological gaits in detail.
1. Genu Valgum.
2. Arcuate lines.
3. ISO inertia.
4. Extensor expansion.
5. Plane of thumb.
6. Carrying angle.
7. Creep behavior.
8. Trendelenberg’s sign.
9. Locking mechanism.
10. Angle of pull.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Explain the details of joint classification with examples and add note on Joint
receptors.
2. Describe the Kinetics and Kinematics of Knee joint. Add a note on applied
anatomy of Knee Joint.
1. Avulsion.
2. Gomphosis.
3. Cubitus valgus.
4. Zona orbicularis.
5. Pes anserinus.
6. H zone.
7. Postural sway.
8. Stride length.
9. Trendelenburg gait.
10. Sacromere.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Torque.
2. Proteoglycans.
3. Volar plate.
4. Housemaid’s knee.
5. Woven bone.
6. Ligamentum teres.
7. Trigger finger.
8. Mechanical advantage.
9. Lister’s tubercle.
10. Hoop stress.
******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
2. Explain the structure of configuration of Knee joint with factors contributing for
its stability.
1. Ovoid joint.
2. Alar ligament.
3. Patella alta & baja.
4. Power grip.
5. Index plus foot & index minus foot.
6. Angle of wiberg.
7. Hallux rigidus.
8. Cross eyed patella.
9. Potential energy.
10. Chondrocytes.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Synergist.
2. Scaption.
3. Angle of Wiberg.
4. Lister tubercle.
5. Cadence.
6. Torque.
7. Patella baja.
8. Moment arm.
9. Fibrous joint.
10. Couple motion.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Describe in detail the function and biomechanics of lumbar spine and also its
Pathomechanics.
2. Give in detail the interaction between the spine, pelvis, hip, knee ankle and foot
and upper limbs in gait.
1. Hand Function.
2. Importance of angles and curves in femur.
3. Elasticity and it’s effects over joints.
4. Arches of foot and its biomechanics.
5. Comment on Osteo kinematics and Arthro kinematics.
6. Role of Scapulo Humeral Rhythm.
7. Optimal muscle length, comment on its efficiency.
8. Grip and grasp functions.
9. Abdominals in posture maintenance.
10. Elbow joints – its biomechanics.
1. Stride Length.
2. Pes Cavus.
3. Facet joints.
4. Opposition.
5. Arcuate lines.
6. Creeps phenomenon.
7. Convergent forces.
8. Line of gravity.
9. Joint reaction force.
10. Resting position of hand.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Ligamentum flavum.
2. Meniscus.
3. Sliding filament theory.
4. Bursae around knee joint.
5. Triangular fibro cartilage complex.
6. Osteokinematic and arthrokinematics.
7. Factors affecting muscle functions.
8. Insufficiency.
9. Patella femoral joint reaction force.
10.Linear force system.
1. Cadence.
2. Calcaneal gait.
3. Motor unit.
4. Thoracolumbar fascia attachement.
5. Torque.
6. Nucleus pulposis.
7. Second order lever.
8. Hooke’s law.
9. Optimal length.
10. Q - angle.
*******
THE TAMIL NADU Dr. M.G.R. MEDICAL UNIVERSITY
1. Pesplanus.
2. Pelvic balance.
3. Common hip axis.
4. Tarsal canal.
5. Articularis genu.
6. Corset muscle.
7. Postural set.
8. Volar plate.
9. Junctura tendinae.
10. Optimal Posture.
*******
[LD 6270] AUGUST 2013 Sub. Code: 6270
SECOND YEAR BPT EXAM
PAPER III - EXERCISE THERAPY - I – INCLUDING MANUAL
THERAPY
Q.P. Code : 746270
1. Describe in detail the postural mechanisms. What are the principles and
techniques of postural re education.
2. Define active movement. Classify active movements.
1. Define cadence.
2. Buoyancy.
3. FITT principle
4. 3rd order lever.
5. 10 repetitions maximum
6. Muscle tone
7. Centre of gravity
8. Frontal plane.
9. Movable pulley
10. Why is high fever contraindicated for passive movements?
*******
[LE 6270] FEBRUARY 2014 Sub. Code: 6270
1. Petrissage technique
2. Physical properties of water
3. History of massage
4. Define posture. Explain how the equilibrium of posture is maintained
5. Maitland’s Graded Oscillatory Technique
6. Axis and planes
7. Free exercise to the shoulder joint
8. Sequence for neck massage
1. Pulleys
2. Line of gravity
3. Joint shapes
4. Ironing
5. Two joint muscle
6. Repetition maximum
7. Mulligan concept
8. Barrier concept
9. Rhythmic initiation
10. Physiological relaxation
*******
[LF 6270] AUGUST 2014 Sub. Code: 6270
1. Contrast Bath
2. Hanging
3. Types of muscle contraction
4. Kinematic chain exercises & types
5. Group exercise
6. Shunt-Spurt muscle
7. Pulleys and springs
8. Percussion manipulation
1. Reach standing
2. Friction
3. Define kneading and its types
4. Traction and its types
5. Inertia
6. Parallelogram Law of vectors
7. Third Order lever
8. Hooke’s law
9. Pelvic tilt
10. Progressive – Resisted Exercise
*******
[LG 6270] FEBRUARY 2015 Sub. Code: 6270
1. Describe the various relaxation exercises with reference to its principles and
application.
1. Define Posture. Discuss in detail various factors involved in maintenance of good
posture. Add a note on postural donations.
1. Discuss briefly about various phases of gait cycle. Add a note on pathological gaits.
1. Pendulums.
2. Pelvic tilt.
3. Elasticity.
4. Types of muscle work.
5. Aims of exercise therapy.
6. Tendon- Gliding exercises.
7. Pelvic floor muscle exercises.
8. Fitness.
9. Benefits of Tapotement.
10. Endurance.
*******
[LI 6270] FEBRUARY 2016 Sub. Code: 6270
1. Acceleration.
2. Momentum.
3. Angle of pull.
4. Buoyancy.
5. Concave-Convex Role.
6. Fryette’s Law.
7. Work.
8. Inertia.
9. Waddling Gait.
10. General contraindications for active exercise.
*********
[LJ 6270] AUGUST 2016 Sub. Code: 6270
2. Define Lever. Discuss in detail the types and uses of Lever in Physiotherapy.
1. Passive insufficiency.
2. Types of traction.
3. Angle of pull.
4. Postural control mechanism.
5. Purpose and uses of bridging.
6. Techniques of local Relaxation.
7. Determinants of gait.
8. Technique of friction and its effects and uses.
********
[LK 6270] FEBRUARY 2017 Sub. Code: 6270
2. Define Gait. Describe in detail the various phases of gait. Elaborate in detail the
various pathological Gait.
1. Pelvic tilt.
2. Types of muscular contraction.
3. Pulleys and its therapeutic uses.
4. Contract relax/Hold relax.
5. Free exercises for shoulder joint.
6. Jacobson’s relaxation technique.
7. De’lormes technique.
8. Second order lever with example.
*******
[LL 6270] AUGUST 2017 Sub. Code: 6270
1. Angle of pull.
2. Muscle tone.
3. Facilitation.
4. Static posture.
5. High standing.
6. Goniometer.
7. Gravity.
8. Limb length assessment.
9. Range of muscle work.
10. Repetion of movements.
********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Define Starting and Derived position. Describe in detail the fundamental and
derived positions of standing.
2. Define Posture. What is generally understood by the term “poor posture”? Give
the principles of treatment by means of which a good Posture may be established.
1. Pendulums.
2. Translatory motion.
3. Define – Pulley.
4. Isokinetic contraction.
5. Theraband.
6. Neutral equilibrium.
7. Multipennate muscle.
8. Line of gravity.
9. Newton’s law of inertia.
10. Therapist positions during treatment.
********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. What is Group exercise and write in detail the types of group exercise and its
advantages?
1. Stroking manipulation.
2. Types of motion.
3. Principles of passive movement.
4. Define levers with an example.
5. Anatomical movements.
6. Derived positions from kneeling.
7. Faulty postures.
8. Effects of hydrotherapy.
1. Stroking.
2. Tredelenburg gait.
3. Calcaneal gait.
4. Assisted exercise.
5. Passive range of motion.
6. Concentric contraction.
7. Gait cycle.
8. Hold relax.
9. Foot bath.
10. Rhythmic initiation.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Discuss in detail the technique and effects and uses of passive movements.
1. Motor unit.
2. Synergist.
3. Support.
4. Posture tone.
5. Speed test.
6. Gravity.
7. Axis and plans.
8. Grasp standing.
9. Accessory movements.
10. Second order lever.
********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Define self-stretching.
2. Static posture.
3. Limb length assessment.
4. Translatory motion.
5. 10 repetitions maximum.
6. Define kneading.
7. Muscle fatigue.
8. Fitness.
9. Acceleration.
10. General contraindications for active exercise.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. What is the mechanism of Traction? Describe about the various types of traction
and its physiological effects.
2. List down the various abnormal postural changes in Spine and describe in detail
about the postural assessment for the various spinal deformities.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Define resisted exercises? Write down its Classification, Techniques, Effects and
Uses.
2. Define Lever? Discuss in detail about the order of Levers with examples and
applications in Physiotherapy.
1. Define Force.
2. Line of Gravity.
3. Define Work.
4. Starting Position.
5. Angle of pull.
6. Newton’s law of Inertia.
7. Define Pendulum.
8. Walk standing.
9. Muscle power.
10. Unstable equilibrium.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Describe in detail the postural mechanisms. What are the principles and techniques
of postural Re-education.
2. Define active movement. Classify active movements.
1. Springs.
2. Axillary Crutch.
3. Position of the Joints.
4. Progressive – Resisted exercise.
5. Indications and Contraindications of Peripheral Joint Mobilization.
6. Arthrokinematics.
7. Effects of hydrotherapy.
8. Scissoring Gait.
1. Hook’s Law.
2. Therapist positions during treatment.
3. Calcaneal gait.
4. Effects of therapeutic exercise.
5. Step length.
6. Endurance.
7. Multipennate muscle.
8. Motor unit.
9. Second order lever.
10. Hubbard tank.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Define Gait. Add note on its various spatial and temporal variables.
1. Axillary crutch.
2. Abnormal spinal curvatures.
3. Isometric muscle contraction.
4. Joint mobilization.
5. Determinants of gait.
6. Free exercise for knee joint.
7. Mat activities.
8. Abdominal exercises.
9. Hubbard Tank.
10. Types of Motion.
1. Muscle work.
2. Repetition maximum.
3. Buoyancy.
4. Aims of exercise therapy.
5. Tendon-Gliding exercises.
6. Pelvic floor muscle exercises.
7. Waddling Gait.
8. Pelvic tilt.
9. Relaxation.
10. Parallel bar.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Define Resisted Exercises. Write down its classification, technique, effects and
advantages.
1. Stabilizer.
2. Hydrostatic pressure.
3. Crook sitting.
4. Oscillatory technique.
5. Plyometric training.
6. Uses of quadruped position.
7. Types of walkers.
8. Axis.
9. Flat back.
10. Passive insufficiency.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Describe in detail the postural mechanisms. What are the principles and techniques
of postural re-education.
2. Describe in detail the techniques and principles of Hydrotherapy.
1. Definition of speed.
2. Range of motion (ROM) – Definition, Types.
3. Types of wheel chair.
4. Hold relax technique.
5. Thomas test.
6. Crook lying position.
7. Kyphosis..
8. Types of muscular contraction.
9. Progressive resisted exercise – Mac queen.
10. Define Pulley and its types.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. What are the types of Crutches. Explain the crutch walking in non weight bearing
and partial weight bearing.
2. Define free exercises. Write down its classification, technique, effect and uses of
free exercises.
1. Centre of Gravity.
2. Range of Muscle work.
3. Scoliosis.
4. Half – Kneeling.
5. Shoe’s on measurement.
6. Name the Starting positions.
7. Bridging.
8. Base of support.
9. Define work.
10. Law of Inertia.
*******
THE TAMIL NADU Dr. M.G.R. MEDICAL UNIVERSITY
1. Define and write about the purpose of starting and derived Positions. Explain in
detail about any five derived positions of sitting.
2. Define Resisted Exercise. Explain in detail about the types, physiological and
therapeutic effects of Resisted exercise.
2. Define Resisted Exercise. Discuss in detail about the types of Resisted exercise
and its uses.
1. Define starting position. Write in detail about starting and derived positions of
sitting.
2. Define gait. Write in detail about gait cycle, parameters and determinants of gait
and factors affecting gait.
1. Types of movements.
2. Kinematic chain.
3. Mechanical advantage.
4. Lumbosacral angle.
5. Muscle stimulation.
6. Crutch line.
7. Treatment plane.
8. Concavo convex rule.
9. Half Kneeling.
10. Crutch measurements.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Discuss the basis of classification and therapeutic uses of Massage. List down the
local and general contraindications of Massage.
2. Define Chest physical therapy. Discuss the general principles, indications, goals
and precautions of breathing exercises.
1. Draping.
2. Stance of Therapist.
3. Agonist and Antagonist.
4. Myostatic Contracture.
5. Define Suspension therapy.
6. Pulley Rope.
7. Positional Traction.
8. Equilibrium.
9. Centre of Gravity.
10. Functional reach test.
******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Components of massage.
2. Physiological effects of massage on muscular system.
3. Role of massage in sports.
4. Passive stretching for Piriformis.
5. Diaphragmatic breathing exercise.
6. Goniometric evaluation of Elbow joint.
7. Suspension therapy for Knee joint.
8. Frenkel’s exercise in sitting and walking.
9. Types of End feel and its therapeutic importance.
10. Rhythmic initiation.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. How will you prevent and treat the prolonged bed rest complications?
1. Sports massage.
2. Indications and Contra indications of stretching.
3. Tests for co-ordination.
4. Advantages & Disadvantages of Suspension therapy.
5. Diaphragmatic breathing exercise.
6. Crutch measurements.
7. History of massage.
8. Principles of Passive movements.
9. Trapezius stretching.
10. Parameters of traction.
******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Wooden cleat.
2. Fibrositis.
3. Oedema.
4. Stroking.
5. Radical Mastectomy.
6. Hall pike test.
7. Dynamic balance exercise.
8. Types of Goniometer.
9. Costal breathing.
10. Agonist & Antagonist.
******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
1. Discuss the indications, contra indications, technique, effects and uses of Back
Massage.
2. Define Breathing exercise. Explain in detail about the types of breathing exercise
and its effects and uses.
1. PNF techniques.
2. Types of Goniometers.
3. Guthrie Smith apparatus.
4. Dynamic Stretching.
5. Mobility Aids.
6. Principles of Chest physiotherapy.
7. Bed rest complications.
8. Importance of Group exercises.
9. Indications and Contraindications of Traction.
10. Points to be considered during massage.
1. Radical mastectomy.
2. Reciprocal inhibition.
3. End feel.
4. Axial suspension.
5. Efflurage.
6. Percussion.
7. Normal Range of motion of Ankle.
8. Manual traction.
9. Antagonist.
10. Verbal commands.
******
THE TAMIL NADU Dr. M.G.R. MEDICAL UNIVERSITY
1. What are the causes for inco-ordination? Explain the exercise programme for
incordination patients.
1. What are the maintenance exercise for the patients on prolonged bed rest?
2. Explain D1 Flexion and D1 Extension Proprioceptive Neuromuscular Facilitation
(PNF) patterns for Upper extremity.
3. Explain the therapeutic application of massage in venous ulcer.
4. What are the Vibratory Manipulation in massage technique?
5. Stretching technique of Common flexors.
6. What are the intrinsic muscles of hand?
7. What are the classifications of chest physiotherapy?
8. Explain Apical, Costal and Posterior basal breathing.
9. Explain Rhythmic initiation.
10. What are the techniques used for face massage?
2. Discuss the basis of classification and therapeutic uses of massage. List down the
local and general contraindications of massage.
1. Continuous Traction.
2. Stroking.
3. Bell’s Phenomenon.
4. Functional reach test.
5. Radical mastectomy.
6. Romberg test.
7. Rhythmic initiation.
8. Types of group exercise.
9. Define Goniometer.
10. Ice massage.
******
THE TAMIL NADU Dr. M.G.R. MEDICAL UNIVERSITY
1. Discuss the goniometer and types, and add a note on the procedure of shoulder
range of motion assessment.
1. Traction Parameters.
2. Slow reversal.
3. Pursed lip Breathing.
4. Rebound Phenomenon.
5. Pendular Suspension.
6. Ballistic Stretching.
7. Pendulum goniometer.
8. End feel.
9. Test for Co-ordination.
10. Effleurage.
******
[LD 6271] AUGUST 2013 Sub. Code: 6271
1. Facial massage.
2. Oxford method of progressive resisted exercise.
3. Balance training.
4. End feel.
5. Self stretching of Hamstring muscles.
6. Concavo convex rule.
7. How does a massage practitioner maintain good body mechanics?
8. Pursed lip breathing.
*******
[LE 6271] FEBRUARY 2014 Sub. Code: 6271
1. Crutch measurement.
2. Quadriceps table.
3. Effects and Uses of relaxed passive movements.
4. Walking aids.
5. Uses of breathing exercise.
6. Manual muscle stretching of hamstring muscle.
7. Movements of ankle and foot.
8. Technique of general relaxation.
*******
[LF 6271] AUGUST 2014 Sub. Code: 6271
1. Agility Exercises.
2. Isometric Exercises.
3. Endurance.
4. Hold and Pull.
5. Flaccidity.
6. Scissoring Gait.
7. Petrissage.
8. All or none law.
9. Torque.
10. Double joint muscle.
*******
[LG 6271] FEBRUARY 2015 Sub. Code: 6271
2. How do you assess muscle power of Tibialis Anterior? Explain the reeducation
of Tibialis Anterior from muscle power 0 to 5.
1. Kneeding.
2. Pressure sores.
3. Effects of passive movements.
4. Crutch muscles.
5. Quadripod.
6. Functional reach test.
7. Inner range.
8. Swing through gait.
9. Preparation of therapist before massage.
10. Static quadriceps exercise.
*******
[LH 6271] AUGUST 2015 Sub. Code: 6271
1. Discuss the various grading system of muscle power. Explain in detail about the
procedure of manual muscle testing of Biceps brachi.
1. Stroking.
2. Contraindications for facial massage.
3. PNF stretch.
4. Theraband.
5. Pulley.
6. Disuse atrophy.
7. Two point gait.
8. Schobers test.
9. Close kinematic chain exercise.
10. Home program for Bell’s palsy.
*******
[LI 6271] FEBRUARY 2016 Sub. Code: 6271
*********
[LJ 6271] AUGUST 2016 Sub. Code: 6271
1. Facial massage.
2. Purpose, types and parts of crutch.
3. Close pack and loose pack position.
4. Effect of prolonged immobilization on muscle and bone.
5. Pendular suspension.
6. Axis for measurement of hip abduction and adduction range.
7. Rolling activity and its uses.
8. Biceps muscle work in inner, middle and outer range.
*********
[LK 6271] FEBRUARY 2017 Sub. Code: 6271
1. PNF techniques.
2. Mobility aids.
3. Exercises for in co-ordination.
4. Dynamic stretching.
5. Manual muscle testing of brachioradialis.
6. Bed rest complications.
7. Manual muscle testing for triceps.
8. Free exercise for elbow joint.
*********
[LL 6271] AUGUST 2017 Sub. Code: 6271
1. Define stretching, mention its types and explain the determinants of stretching.
1. End feel.
2. Types of Goniometer.
3. Define joint play.
4. Indication for passive movement.
5. Types of resisted exercises.
6. Muscle soreness.
7. Define range of motion.
8. Types of muscle contractures.
9. Define mobilization.
10. Crutch muscles.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Describe the causes for Incoordination. Explain in detail about the principles and
progression of Frenkel’s exercises.
2. Discuss the indications, contra indications, technique, effects and uses of Lower
Limb Massage.
1. Starting positions.
2. Muscle work.
3. Walkers.
4. Universal goniometer.
5. Shadow walking.
6. Breathing exercises.
7. Pulleys.
8. Crutch stance.
9. Define balance.
10. Angle of pull.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Define Passive movement. Explain the principles, effects and uses of Passive
movements.
1. Kneading.
2. Crutch measurement with shoes off.
3. Define contractures.
4. Define Goniometer.
5. Contraindication for stretching.
6. Define joint play.
7. Muscle power grading.
8. Swing to & swing through Gait.
9. Define clapping.
10. High velocity thrust.
*********
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
1. Tripod.
2. Types of wheelchair.
3. Pendular goniometer.
4. Static exercise.
5. Repetition maximum.
6. Open kinematic exercise.
7. Pelvic tilt.
8. Shaking technique.
9. Romberg test.
10. Swiss ball.
*******
THE TAMIL NADU DR. M.G.R. MEDICAL UNIVERSITY
2. Define manual muscle testing, indication and procedure for manual muscle testing
scale.
1. Muscle soreness.
2. Active stretching.
3. End feel.
4. 1 RM (Repetition Maximum).
5. Quadriceps arc exercise.
6. Transverse friction massage.
7. Uses of walker.
8. Functional re-education.
9. Uses of fundamental position.
10. Endurance training.
******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
2. Explain about mobility aids. Write down the procedure of gait training with
axillary crutches.
1. Reeducation board.
2. Arthrokinematics.
3. Uses of axial suspension.
4. Theraband.
5. Disuse atrophy.
6. Stroking technique.
7. Close packed position.
8. Aerobic exercise.
9. Pulleys.
10. Principles of Frenkel’s exercise.
*******
THE TAMIL NADU Dr.M.G.R. MEDICAL UNIVERSITY
2. Define Breathing exercise. Explain in detail about the types of breathing exercise
and its effects and uses.
1. Convex-concave rule.
2. Suspension therapy – its types and uses.
3. Axillary crutch.
4. Effects and uses of kneading.
5. Grades of Joint mobilization.
6. Resisted exercise – types and uses.
7. Principles of passive movement.
8. Sequence for back massage.
1. Repetition maximum.
2. Effleurage.
3. Define balance.
4. Define crutch line.
5. End feel.
6. Define stretching.
7. Electro goniometer.
8. Define joint play.
9. Uses of walker.
10. Muscle soreness.
*******