[인체 생리학]골격근계 기능 및 근수축시 에너지 기전

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2003.12.04
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근육활주설을 바탕으로 근육수축의 기전을 서술 하시오

운동생리학 레포트

[체온조절][체온][체열평형]체온조절과 체열평형, 체온조절과 조절기전, 체온조절과 피부온 측정실험, 체온조절과 체온조절반응, 체온조절과 온열감, 체온조절과 운동, 체온조절과 신체변화, 체온조절과 질병 분석

[의학] 근수축의 기전에 관해

운동생리학 - 에너지 생성시스템 정리 및 골격근의 미세구조와 근 수축 기전 정리

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[인체 생리학]골격근계 기능 및 근수축시 에너지 기전에 대한 자료입니다.

Ⅰ. 골격근

1. 의의······························································01
2. 구조······························································01
3. 분류 및 작용···················································01
(3) 골격근의 기능별(행위별) 명칭··································02

4. 기능······························································06
(1) 기본원칙························································06
(2) 움직임에 있어서 근육의 역할··································08

5. 근 피로··························································09
(1) 의의·····························································09
(2) 요인·····························································09

Ⅱ. 근육의 수축현상

1. 의의······························································10
(1) 연축·····························································10
(2) 근수축의 분류··················································10
(3) 강축·····························································11
(4) 긴장·····························································11

2. 근수축기전·······················································11

3. 근수축의 에너지원··············································11
(1) 근수축 및 이완시 ATP의역할···································11
(2) ATP생성·························································12

표 목 차

(표1) 작용에 따른 근육의 분류··········································02
(표2) 어깨를 움직이는 근육··············································03
(표3) 상완을 움직이는 근육··············································03
(표4) 전완을 움직이는 근육··············································03
(표5) 손을움직이는 근육·················································03
(표6) 발을 움직이는 근육················································04
(표7) 머리를 움직이는 근육··············································04
(표8) 복벽을 움직이는 근육··············································04
(표9) 흉벽을 움직이는 근육··············································04
(표10) 골반저의 근육·····················································05
(표11) 체간(몸통)을 움직이는 근육······································05
(표12) 표정근 및 저작근·················································05

본문내용

1. 의의 : 사람의 생존은 환경의 변화에 대한 적응능력에 크게 의존하고 있다. 대부분 운동의 순응과정으로써, 신체의 모든 기관계들이 모두 운동에 관여하지만, 현실적으로 운동을 주도하는 것은 골격계와 근육계의 공동작용이다. 골과 관절은 그 스스로는 움직일 수 없기 때문에 근육조직에 의존하지 않으면 안되는 것이다. 근육조직은 조직의 특성인 수축성, 신전성 및 탄력성에 의해 주도적으로 작용할 수 있다. 골격근은 체중의 거의 반을 차지하고 있으며 인체 내에는 골격근의 수가 약 200쌍에 이른다. 그러나 신체의 운동이나 전반적인 자세에 관여하고 있는 근육은 75쌍 정도이고 나머지는 안면 표정 및 연하작용과 발성 등의 역할을 한다. 사람의 형태를 유지하면서 근육을 부착시켜 운동을 할 수 있게 하는 골격계통은 체내의 모든 뼈, 연골 및 이들을 연결하는 관절을 포함한다. 즉 골격계통을 구성하는 조직은 뼈, 연골 및 이것들이 떨어져 나가지 않도록 연결하는 인대인 것이다. 이러한 골격 계통의 기능은 크고 간단하게 지지, 보호, 운동 및 조혈 등으로 나눌 수 있는데 뼈는 고층건물의 강철기둥 같이 신체를 지지하고, 견고한 뼈상자를 만들어 그 속에 연한 조직을 보호한다.

2. 구조 : 골격근이 다양한 조직으로 구성되어 있는 것은 이미 언급했다.

참고문헌

1. 書籍

소명숙, 인체생리학, 고문사, 2000

이석강, 인체생리학, 계축문화사, 2001

오성천, 인체생리학, 효일, 2001

정희곤, 인체생리학, 광문각, 2002

정영길, 인체해부학, 고문사, 2002

2. 論文 및 刊行物

천우영, 골격근의 지속적인 등척성 수축시에 발생하는 수축상태 변화 평가, 원광대학교, 2000

3. 인터넷 사이트

http://www.nmc.go.kr/library/

하고 싶은 말

비싸다는 회원님의 건의가 있어 새해를 맞아 가격을 대폭 인하하였습니다. 많은 애용 바라며 그래도 비싸다싶으면 메일이나 평가란에 적어주세요.. ^^

적극 반영토록 하겠습니다..

행복한 한해 되세요 ^^

#골격근 #골격근계 #에너지기전 #근수축 #근수축기전