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<p> </p><p> </p><p><a href="https://www.youtube.com/watch?v=0EqQE2yFfA8&t=2396s" target="_blank" class="ke-link">https://www.youtube.com/watch?v=0EqQE2yFfA8&t=2396s</a></p><div class="figure-video" data-ke-type="video" data-video-url="https://www.youtube.com/watch?v=0EqQE2yFfA8" data-video-host="youtube" data-video-play-service="daum_cafe" data-video-width="868" data-video-height="488" data-ke-style="alignCenter" data-video-thumbnail="https://scrap.kakaocdn.net/dn/biKXsj/hyVje15Tod/ktf7VmvWAny2ggokIpTzRK/img.jpg?width=1280&height=720&face=684_134_930_402" data-ke-mobile-mobileStyle="widthContent" data-video-origin-width="868" data-video-origin-height="488"><iframe src="https://www.youtube.com/embed/0EqQE2yFfA8" width="868" height="488" frameborder="0" scrolling="no" allowfullscreen=""></iframe><div class="figcaption"></div></div><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/7dfc634864c92ffa92dd58fcabd09c926027d1f1" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/7dfc634864c92ffa92dd58fcabd09c926027d1f1" data-origin-width="848" data-origin-height="728"></div><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/f6573931589d76ed568cad92c48f31796b31f547" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/f6573931589d76ed568cad92c48f31796b31f547" data-origin-width="800" data-origin-height="461"></div><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/8a5b4bdd77d28c215adb9f79250d5dc4306c68fc" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/8a5b4bdd77d28c215adb9f79250d5dc4306c68fc" data-origin-width="715" data-origin-height="755"></div><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/399db393de72530c218fd2034f1c743fa99858ec" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/399db393de72530c218fd2034f1c743fa99858ec" data-origin-width="605" data-origin-height="362"></div><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/0b9e88e99b0c6101f827a68b7b3b574070921a88" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/0b9e88e99b0c6101f827a68b7b3b574070921a88" data-origin-width="763" data-origin-height="728"></div><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/e1c2f02066b8d69f55cdbb3d38775bddc2b7f8a0" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/e1c2f02066b8d69f55cdbb3d38775bddc2b7f8a0" data-origin-width="1200" data-origin-height="1200"></div><p> </p><p><b>Cyclic adenosine monophosphate</b><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16"> (</span><b>cAMP</b><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16">, </span><b>cyclic AMP</b><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16">, or </span><b>3',5'-cyclic <a style="color: #3366cc; background-color: #000000;" href="https://en.wikipedia.org/wiki/Adenosine_monophosphate" target="_top" class="ke-link">adenosine monophosphate</a></b><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16">) is a </span><a style="color: #3366cc; background-color: #ffffff;" href="https://en.wikipedia.org/wiki/Second_messenger" target="_top" class="ke-link">second messenger</a><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16">, or cellular signal occurring within cells, that is important in many biological processes. cAMP is a derivative of </span><a style="color: #3366cc; background-color: #ffffff;" href="https://en.wikipedia.org/wiki/Adenosine_triphosphate" target="_top" class="ke-link">adenosine triphosphate</a><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16"> (ATP) and used for intracellular </span><a style="color: #3366cc; background-color: #ffffff;" href="https://en.wikipedia.org/wiki/Signal_transduction" target="_top" class="ke-link">signal transduction</a><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16"> in many different organisms, conveying the </span><a style="color: #3366cc; background-color: #ffffff;" href="https://en.wikipedia.org/wiki/CAMP-dependent_pathway" target="_top" class="ke-link">cAMP-dependent pathway</a><span style="color: #202122; background-color: #ffffff;" data-ke-size="size16">.</span></p><div class="figure-open" contenteditable="false" data-ke-type="opengraph" data-ke-align="alignCenter" data-og-type="website" data-og-title="cAMP-dependent pathway - Wikipedia" data-og-description="From Wikipedia, the free encyclopedia Signal cascade used for cell to cell communication In the field of molecular biology, the cAMP-dependent pathway, also known as the adenylyl cyclase pathway, is a G protein-coupled receptor-triggered signaling cascade " data-og-host="en.wikipedia.org" data-og-source-url="https://en.wikipedia.org/wiki/CAMP-dependent_pathway" data-og-url="https://en.wikipedia.org/wiki/CAMP-dependent_pathway" data-og-image=""><a href="https://en.wikipedia.org/wiki/CAMP-dependent_pathway" target="_blank" data-source-url="https://en.wikipedia.org/wiki/CAMP-dependent_pathway"><div class="og-image"><img src="" alt="" xxonerror="this.src="//img1.kakaocdn.net/thumb/C200x200/?fname=https%3A%2F%2Ft1.daumcdn.net%2Fcafe_image%2Fcafe_meta_image_190529.png""></div><div class="og-text"><p class="og-title">cAMP-dependent pathway - Wikipedia</p><p class="og-desc">From Wikipedia, the free encyclopedia Signal cascade used for cell to cell communication In the field of molecular biology, the cAMP-dependent pathway, also known as the adenylyl cyclase pathway, is a G protein-coupled receptor-triggered signaling cascade </p><p class="og-host">en.wikipedia.org</p></div></a></div><p>사이클릭 아데노신 모노포스페이트(cAMP, 사이클릭 AMP 또는 3',5'-사이클릭 아데노신 모노포스페이트)는 <span style="color: #ee2323;"><b>세포 내에서 발생하는 두 번째 메신저 또는 세포 신호로, 많은 생물학적 과정에서 중요</b></span>합니다. cAMP는 아데노신 삼인산(ATP)의 유도체로서 다양한 유기체에서 세포 내 신호 전달에 사용되며 cAMP 의존적인 경로를 전달합니다.</p><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/c32b29bd069ec384872807321050cf9a4f3ebe88" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/c32b29bd069ec384872807321050cf9a4f3ebe88" data-origin-width="247" data-origin-height="170"></div><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/db330d1002071bfa9d16bf8670c61577385db761" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/db330d1002071bfa9d16bf8670c61577385db761" data-origin-width="718" data-origin-height="448"></div><p>질소는 전자 3개를 받아서 공유결합하려는 성질</p><p>3개의 전자가 필요</p><p>질소 결합손은 3</p><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/40cdf148f24dde2598ecaedb6c90991d41ad9f3c" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/40cdf148f24dde2598ecaedb6c90991d41ad9f3c" data-origin-width="600" data-origin-height="308"></div><p> </p><p>탄소 6번</p><p>탄소는 전자 4개를 항상 받아들이려 함.</p><p>탄소 결합손은 4개</p><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/96cd66f39a232b1d9ffde40aab211970cd49d3af" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/96cd66f39a232b1d9ffde40aab211970cd49d3af" data-origin-width="524" data-origin-height="240"></div><p>산소는 8번</p><p>전자 2개를 항상 받아들이려고 함</p><p>산소 결합손은 2개</p><p> </p><p>산소는 전자 2개를 어디서 가져오는가?</p><p>DNA에서 가져오면서 DNA를 손상시킴..</p><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/9d9a3e4f082db6d6e480ce075a1191e4ef2ed8f5" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/9d9a3e4f082db6d6e480ce075a1191e4ef2ed8f5" data-origin-width="878" data-origin-height="383"></div><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/e28663d42acdc8d3da885c31484f5d9189c70c5b" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/e28663d42acdc8d3da885c31484f5d9189c70c5b" data-origin-width="788" data-origin-height="353"></div><p> </p><p>수소는 원자번호 1번</p><p>결합손이 항상 1개</p><p> </p><p>분자란 공유결합으로 결속된 원자집단...</p><p>분자는 전자를 공유하는 것..</p><p> </p><p>미토콘드리아는 분열하려는 속성..</p><p>영양물질이 부족할때는.. 숙주세포, 미토콘드리아.. 모두 .. 휴면상태로 들어감</p><p> </p><p>세포가 병들었을 때..</p><p>미토콘드리아 내막에 있는 시토크롬 C 산화효소 분비</p><p> </p><div class="figure-img" data-ke-type="image" data-ke-style="alignCenter" data-ke-mobilestyle="widthOrigin"><img src="https://t1.daumcdn.net/cafeattach/z4ZG/1c42c943b37524df8fbf58d3d78dbdc7bd415ef6" class="txc-image" data-img-src="https://t1.daumcdn.net/cafeattach/z4ZG/1c42c943b37524df8fbf58d3d78dbdc7bd415ef6" data-origin-width="567" data-origin-height="358"></div><p> </p><p> </p>
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