Official Course
Description: MCCCD Approval:
5-22-07 |
|||
PTA214
2007 Fall – 2010 Spring |
LEC |
1.50 Credit(s) |
1.50 Period(s) |
Electromodalities |
|||
Electrical
currents for physical therapy. Types of human muscular contractions. Safety
stressed. Application of electrical currents for physical therapy. Uses and
implications of electrical nerve tests. Bipophysical
effects of transcutaneous electrical nerve
stimulation. Use of low volt, high volt, and interferential electrical
stimulation devices. Neuromuscular electrical stimulation (NMES). Use of
biofeedback in physical therapy. Prerequisites: Admission to Physical
Therapist Assisting Program, or permission of the Department or Division. |
|||
Go to Competencies Go to Outline
MCCCD
Official Course Competencies: |
|
|
|
PTA214 2007
Fall – 2010 Spring |
Electromodalities
|
1.
|
Describe the biophysical reaction during specific types of
human muscular contractions. (I) |
2.
|
Describe the theories of application of electrical
currents for physical therapy. (I, II) |
3.
|
Describe the biophysical effects of transcutaneous
electrical nerve stimulation (TENS) used in physical therapy. (II) |
4.
|
Apply TENS to select patients in the physical therapy
practice setting using safe and appropriate techniques. (II |
5.
|
Describe the biophysical effects of low volt, high volt,
and interferential electrical stimulation devices on human. (II) |
6.
|
Apply low volt, high volt, and interferential current
electrical stimulation devices to select patients in the physical therapy
practice setting demonstrating safe and appropriate techniques. (II) |
7.
|
Describe the neurophysiological
effects of neuromuscular electrical stimulation (NMES). (II) |
8.
|
Apply NMES to selected patients in the physical therapy
practice setting demonstrating safe and appropriate techniques. (II) |
9.
|
Describe the effects of use of direct current in physical
therapy. (II) |
10.
|
Apply direct current to selected patients in the physical
therapy practice setting demonstrating safe and appropriate techniques. (II) |
11.
|
Describe the biophysical rationale for the use of
biofeedback in physical therapy (II) |
12.
|
Use biofeedback on selected patients in the physical
therapy practice setting demonstrating safe technique and maintaining
professional standards . (II) |
13.
|
Document the use of therapeutic electricity and the
patient response in accordance with professional guidelines. (II) |
14.
|
Describe the uses and diagnostic implications of
electrical nerve tests for specific patients in physical therapy. (III) |
15.
|
Describe the biophysical mechanisms for the breakdown of
human skin and the process of tissue repair in wound healing. (IV) |
16.
|
Describe uses of electrical currents in physical therapy
for osteogenesis, edema reduction and the pelvic
floor. (V) |
17.
|
Given a specific patient problem, explain the rationale
for using specific electrical current modalities for treatment. (VI) |
Go to Description Go to top of
Competencies
MCCCD
Official Course Outline: |
||
|
||
PTA214 2007
Fall – 2010 Spring |
Electromodalities
|
|
|
||
I. Therapeutic Electricity
Fundamentals A. Fundamentals of
electricity B. Effect of electrical
stimulation of nerve and muscle C. Clinical uses of
electrical stimulation D. Parameters and waveforms
II. Application of
Therapeutic Electricity A. Types of therapeutic
electricity 1. tens 2. neuromuscular
stimulation 3. high volt 4. interferential 5. direct current 6. iontophoresis
7. stimulation of denervated muscle 8. biofeedback 9. microcurrent
10. surface
electromyography B. Biophysical effects C. Application parameters D.
Indications/contraindications/precautions E. Application techniques F. Safety G. Documentation H. Professionalism III. Electrical Nerve Tests
A. Nerve conduction tests 1. motor 2. sensory B. Electromyography IV. Wound Management A. Causes of skin breakdown
1. pressure ulcers 2. burns 3. vascular insufficiency 4. other B. Tissue repair and
healing C. Wound classification and
measurement D. Debridement and dressing
techniques E. Documentation V. Additional Uses of
Electrotherapy A. Osteogenesis
B. Edema reduction C. Pelvic floor D. Other VI. Clinical Applications A. Case studies 1. patient problems 2. modalities B. Documentation of wound
care |
|
|