Unit – 2 – FARADIC CURRENT / FARADISM

Slides:



Advertisements
Similar presentations
Interferential Current - IFC
Advertisements

WINDSOR UNIVERSITY SCHOOL OF MEDICINE St.Kitts
Real E-MUST Lievens, EOS, 2003, April, ‘Electrical Muscle Stimulation and Training’ THE innovative concept for electrical muscle stimulation using.
Gross anatomy Web ex Upper limb Lower limb.
Cryotherapy or ice therapy is the application of cold to the body tissues after injury. This practice is as old as medicine itself. Nowadays, local cold.
The Nervous System: Nerve Plexuses, Reflexes, and Sensory and Motor Pathways. By: Avi Asraf Roger Yee Santiago Roybal Sasha Buz Valeria Muňoz Vincent Cottrill.
Biofeedback Jennifer L. Doherty-Restrepo Entry-level Athletic Training Education Program PET 4995: Therapeutic Modalities.
Faradic –Electrical muscle stimulation (EMS) Body Treatment
Anatomy of UPPER LIMB 7. Anatomy of UPPER LIMB 7.
Dendrite Soma (body) Axon receives and integrates information Motor Neurons transmits information.
Muscular System Unit F.
PE 254.  Muscles consist of many muscle fibers (cells) connected in bundles  Muscle fibers are made up of myofibrils  Strength training increases the.
Muscle Activation Concepts in Electromyography. EMG n The recording of muscle action potentials (MAPs) n Recorded with surface electrodes as the MAPs.
Neural mobilization Tests
Electrical Agents Chapter 5. Direct Currents Characterized by a continuous flow of electrons in one direction Characterized by a continuous flow of electrons.
Spinal Cord & Nerves Ch 13.
Infrared Radiation Prof.Dr. Gehan Mosaad.
Neuromuscular Electrical Stimulation (NMES)
FLEXIBILITY Fitness for Life.
Peripheral Nerve Injuries Ulnar, median and common peroneal nerves.
LABORATORY SIX Skeletal Muscle Physiology 1. Contraction of a Skeletal Muscle Begins with electrical excitation of muscle, called a stimulus The stimulus.
Skeletal Muscle Mechanics-3
DIADYNAMIC CURRENT.
ELECTRIC CURRENTS BY B.Nelson.
BIOFEEDBACK.
Brachial Plexus & Lumbosacral Plexus
MONITORING OPERATIONS FOR VESTIBULAR SCHWANNOMA CHAPTER III.
© 2004 Electromyographic Biofeedback Chapter 18. © 2004 Purpose To measure, process, and feedback biophysical information Biofeedback does not monitor.
Peripheral Nerves and Arteries. Information IN Sensory or “afferent” neurons carry information into the CNS from receptors located throughout the body.
Applied Nerve & Muscle Physiology : Nerve Conduction Study ( NCS) )and Electromyography ( EMG) Dr Taha Sadig Ahmed Physiology Department, College of Medicine,
Nerves of the Upper and Lower Extremities
Electrical Stimulation Treatment Strategies. HVPS: Neuromuscular Stimulation Output Intensity Strong, intense, comfortable contractions. Pulse frequency.
Interferential therapy (IFT)
Co-ordination Exercises. Definition: Coordination refers to using the right muscles at the right time with correct intensity. Coordination or fine motor.
Copyright © 2004 Pearson Education, Inc., publishing as Benjamin Cummings Human Anatomy & Physiology, Sixth Edition Elaine N. Marieb PowerPoint ® Lecture.
Brachial & Lumbosacral Plexuses
Dr.Moallemy Radiofrequency Lesioning. Dr.Moallemy  Radiofrequency (RF) current is used in pain medicine to make discrete therapeutic lesions in various.
Russian Current Dr. Mohammed TA Omar Ph. D. PT
Chapter 12: Therapeutic Physical Modalities. Copyright ©2004 by Thomson Delmar Learning. ALL RIGHTS RESERVED. 2 Therapeutic Modalities  These are the.
Neuromuscular Electrical Stimulation (NMES)
PASSIVE MOVEMENT.
NERVE BLOCKS Kaan Yücel M.D., Ph.D. 21.March.2012 Thursday.
PERIPHERAL NERVE INJURIES
9-1 Kinesiology for Manual Therapies Chapter 9 The Radioulnar Riddle: Techniques for Repetitive Action McGraw-Hill © 2011 by The McGraw-Hill Companies,
Electric Currents Part 2 By B. Nelson. Clinical Applications of Electric Current Muscle contraction of innervated muscles Muscle contraction of denervated.
Proprioceptive neuromuscular facilitation (PNF) RHS 323
USING THERAPEUTIC MODALITIES Electrotherapy. ELECTROTHERAPY Electrical current String of electrons that pass along a conductor Intensity of current =
Diadynamic Current Dr. Mohammed Taher Ahmed edu
The Arm.
© McGraw-Hill Higher Education. All Rights Reserved Chapter Five.
Faradic body treatments Electrical muscle stimulation.
بسم الله الرحمن الرحيم.
SINUSOIDAL CURRENT Dr. Amal Abd El Baky, LOGANATHAN CHANDRASEKAR 353 RHPT – 1435 – 1436H – 1 st SEM.
Anatomy & Physiology Spinal Cord & Spinal Nerves Waggy Spinal Cord & Spinal Nerves Waggy.
CHIROPRACTIC PHYSIOLOGICAL THERAPEUTICS MIDTERM REVIEW COURSE #7402.
Electrical Stimulation
PHT 222 – UNIT – 4 – TENS - QUIZ. TRUE OR FALSE  TENS is the application of E.S. to the skin via surface electrodes to stimulate nerve (Sensory) fibers.
DIDYNAMIC CURRENT Miss Hira Jabeen ANMC.
Chapter 13: Therapeutic Exercise Program
Objectives Define what is nerve conduction study (NCS) and electromyography ( emg) . Explain the procedure of NCS using Abductor Pollicicis Brevis muscle.
Innervation and blood supply of the upper limb. Carpal tunnel.
Electro Muscle Stimulator Treatment
Therapeutic Currents.
Electrical Stimulation
Electrical Stimulation
Good morning.
The Peripheral Nervous System
Nerves of the upper limb Prof. Abdulameer Al-Nuaimi
Therapeutic Physical Modalities
Presentation transcript:

Unit – 2 – FARADIC CURRENT / FARADISM Quiz PHT 222 Unit – 2 – FARADIC CURRENT / FARADISM

Therapeutic modality – True / False 1. The low frequency currents have an effect on the sensory & motor nerves 2. Each current pulse depolarizes the nerve fiber 3. Faradism denotes tetanic type of current / contractions 4. The faradic current was produced in the past by using the original faradic coil, then by the Smart-Bristow Faradic coil. 5. At present the faradic current is produced by the multivibrator circuit.

Therapeutic modality – True / False 6. The negative electrode is called active & the positive electrode is called passive electrode. 7. Motor point is the point at which the main motor nerve enters the muscle. 8. For treatment purpose the faradic type current is always surged. 9. Faradic current can be interrupted at regular intervals to avoid fatigue of muscles. 10. Chemical effects – It takes place at the electrodes

Therapeutic modality – True / False 11. In faradic stimulation voluntary contraction should be attempted at the same time as the electrical stimulation 12. Generally E.S. is started 5 weeks after the surgeries to prevent tear of the tendon 13. E.S. ↑ muscle strength which is always greater than Voluntary contraction 14. Improved venous & lymphatic drainage is brought about by pumping action of alternate muscle contraction and relaxation. 15. During E.S, the patient sees the whole procedure (Self testing) – It alleviates the fear from the patient towards the current treatment.

Therapeutic modality – True / False 16. In faradic stimulation, the electrodes are placed after due skin preparation. 17. The sensation of the patient’s skin over which the electrodes will be applied are tested for pain sensitivity. 18. The joint over which the muscle so stimulated works remain preferably in a closed pack position. 19. The muscles to be stimulated remains in a partially shortened position (Inner range of muscle work). 20. Generally, this motor points lies at the junction of the upper one third & the lower two thirds of the fleshy belly of the muscle.

Therapeutic modality – True / False 21. In faradic stimulation, stimulation of the muscle at the motor points produce group muscle contraction. 22. Stimulation of the peripheral nerve at points where they become superficial produces contraction only in the isolated muscle. 23. As a general rule the passive electrode selected should be of larger in size compared to the active electrode. 24. As a general rule, the surge interval (Rest period) is always greater than the surge duration (Contraction period). 25. The treatment is either continued for the desired duration or stopped prematurely, if early fatigue occurs.

Therapeutic modality – True / False 26. At the end of faradic treatment session, appearance of mild erythema is normal. 27. For group muscle stimulation of facial muscles, the active pen electrode is placed over the superficial branch of the facial nerve. 28. For individual muscle stimulation of facial muscles, the active pen electrode is placed over the various motor points of the facial muscles. 29. For the stimulation of pelvic floor muscles, if vaginal / rectal electrode can’t be used, then small button electrode is placed over the urogenital / anal region. 30. The intensity or amplitude is gradually increased till a satisfactory muscle contraction is obtained.

Complete the sentence 1. The faradic type current is a short duration ______, low frequency ________current used for stimulation of the innervated (Normal) muscles. 2. The passive electrode should be larger than the active electrode in most of the cases to ____________under the same, there by avoiding unnecessary ___________________. 3. Polymodal receptors are those that respond to many kinds of stimuli such as _______________. 4. Modulation of pain occurs by a._____________ b. ___________

Complete the sentence 5. Surging / Surge ? _________________________________________________ 6. Wave form is a _____________________________________________ 7. Physiological effects of Faradic current a._____________ b. ______________ c._____________ D. _____________ e. _______________ 8. Indication / Therapeutic effects of Faradic current

Complete the sentence 9. Why the Faradic current stimulation is given for re-education of the muscle action? _________________________________________________ 10. Saturday night palsy / Wrist drop results due to injury of? _____________________________________________ 11. Types of nerve injuries? a._____________ b. ______________ c._____________ 12. Contraindications of Faradic current D. _____________ e. _______________

Complete the sentence 13. Where you will place the electrodes for the treatment of lumbricals? _________________________________________________ 14. Where you will place the electrodes for the treatment of Interossei? _____________________________________________ 15. For Quadriceps group muscle stimulation, where will you place the active electrode? ____________________________________________

Match the following 1. Sinusoidal waveform 2. Saw tooth waveform 3. Triangular waveform 4. Square waveform

Multiple Choice Question 1. Quadriceps & Deltoid inhibition are an example for? A. Training a new muscle action B. Re-education of muscle action C. Facilitation of muscle contraction D. Prevention & loosening of adhesions. 2. Name the treatment method for improving the lymphatic drainage? A. Faradism under pressure B. Quadriceps inhibition C. Faradism under tension D. Motor point stimulation

Multiple Choice Question 3. Where you will place the passive electrode for individual muscle stimulation – Median nerve? A. Neck B. Radial groove C. Cubital fossa D. Posterior aspect of medial humeral condyle. 4. For lower limb motor point stimulation, where you will place the passive electrode? A. Lumbo-sacral plexus B. Popliteal region C. Neck of fibula D. All of the above