Part1 전기치료

Chapter1. 전기치료를 위한 전자기학 ··································· 10
1. 물질의 구조 ··············································· 10
2. 전기의 개념 ··············································· 13
3. 전기물리학적 법칙 ······································· 18
4. 전류의 효과 ··············································· 21
Chapter2. 의용전류 ······················································ 28
1. 직류전류 ··················································· 28
2. 교류전류 ··················································· 30
3. 맥동전류 ··················································· 32
4. 의용전류의 기본적 특성 ································· 34
5. 의용전류의 분류 ·········································· 40
Chapter3. 전기생리학 ················································· 45
1. 세포막의 전기생리학적 특징···························· 46
2. 근육과 신경의 활성화 ··································· 48
3. 전기자극에 따른 운동신경원의 활성화 ················ 61
Chapter4. 전기진단학 ·················································· 67
1. 전통적 전기진단검사 ···································· 68
2. 현대적 전기진단검사 ···································· 76
Chapter5. 직류를 이용한 전기자극 ······································· 94
1. 직류전류 ··················································· 94
2. 이온도입치료 ·············································· 97
Chapter6. 저주파를 이용한 전기자극 ··································· 103
1. 경피신경전기자극치료 ··································104
2. 고전압맥동전류치료 ····································111
3. 기능적전기자극 ··········································113
4. 은침형전극자극치료 ····································116
5. 역동전류 ··················································117
6. 미세전류자극치료 ·······································119
7. 탈신경근의 전기자극 ···································121
Chapter7. 중주파를 이용한 전기자극 ···································· 138
1. 중주파 전류의 전기생리학적 특성 ····················138
2. 러시안 전류 ··············································140
Chapter8. 고주파를 이용한 전기자극 ···································· 146
1. 고주파 전류의 물리적·생리적 특성 ··················147
2. 단파 심부 투열치료 ·····································151
3. 극초단파 투열치료 ······································155
Chapter9. 초음파치료 ··················································· 162
1. 초음파의 발생원리 ······································162
2. 초음파 치료기의 구성 ··································163
3. 초음파의 물리적 특성 ··································164
4. 초음파의 생리적 특성···································172
5. 초음파의 치료적 효과 ··································174
6. 초음파 전파매질 ·········································175
7. 초음파의 적용방법 ······································176
8. 초음파의 적응증 ·········································178
9. 초음파의 금기증 ·········································179
Chapter10. 임상 사례 연구 ············································· 182
1. 통증 조절을 위한 전류 ·································183
2. 근육 수축을 위한 전류 ·································187
3. 조직 치유를 위한 전류 ·································191
4. 투열 치료를 위한 전류 ·································195

Part 2 전기치료 실전 예상 문제

Chapter1. 전기치료를 위한 전자기학, 의용전류························ 200
Chapter2. 전기생리학, 전기진단학 ·································· 239
Chapter3. 직류를 이용한 전기자극 ······································ 265
Chapter4. 저주파를 이용한 전기자극 ··································· 275
Chapter5. 중주파를 이용한 전기자극 ···································· 287
Chapter6. 고주파를 이용한 전기자극(단파, 극초단파, 초음파치료)······ 296
모의고사 - 1회 ························································ 330
모의고사 - 2회 ························································ 336
모의고사 - 3회 ························································ 342
모의고사 - 4회 ························································ 347