1. 호흡생리학 II, 운동생리학 I 책 읽기, 듣기

- 다음주는 수업자료 보면서 암기 할 것 추려내기.

2. VTMarker

- test download module

- test toolbar

- test playing youtube video

안녕하세요. 20기 강성원 입니다.

아시는분도 계시겠지만 5월은 종합소득세 신고기간입니다.

모르시는분을 위해 설명해 드릴께요^^

학생이라 소득이 없어서 환급받을 세금이 없으시다고요? 아닙니다.

과제를 진행하셨다면 이에 대한 세금을 납부하시게 된것입니다.

따라서 오는 31일까지 종합소득세 신고를 하신다면 6월말에 환급받을 수 있습니다.

신고 방법은 간단합니다.

1. http://www.hometax.go.kr 접속

2. 메인배너의 "종합소득세 신고하러가기" 클릭

3. 로그인 후 "나에게 맞는 신고서 선택하기" 클릭

4. 기타소득 클릭 후 "다음" 클릭

5. 10단계 스텝에 따라 자기에게 맞는 내용 선택 적용

6. 환금받을 세금 확인하기 (마이너스 금액만큼 환급)

대학원생이시라면 멤버십 과제비를 빼고 연구실에서 진행하는 과제에 따라

환급받으실 수 있습니다.

신고안하면 세금환급을 못받는다고 하니 꼭 체크하셔서 세금환급 받으세요~

Note that initially Na+ ions (orange) are inside the cell and K+ ions

(blue) are outside the cell. The cell's plasma membrane is indicated as

black. The transmembrane transport protein (yellow) is open to the inside.

Once three Na+ ions enter the transport protein and bind to their binding

sites, the transport protein can react with ATP and the transport protein

becomes phosphorylated. The phosphorylated transport protein has an

inorganic phosphate ion covalently attached to the protein. The

phosphorylation of the transport protein causes a conformational change in

the transport protein such that the ion binding sites are now open to the

outside of the cell. The three Na+ ions leave their binding sites and the

binding sites change so that they are less likely to bind Na+. At the same

time, the K+ ion binding sites become exposed so that K+ ions are free to

bind. The binding of two K+ ions causes the hydrolysis of the covalently 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attached phosphate such that the phosphate is removed from the transport

protein. The removal of the phosphate causes another protein conformational

change such that the ion binding sites are again open to the inside of the

cell. The K+ ions leave their binding sites and enter the cell. The

transport protein is now ready for another transport cycle. The Na/K pump

is an active transport system. The energy for the active transport comes

from the ATP molecule which is used to phosphorylate the transporter. Thus,

to function, this pump requires a continuous source of ATP. Note that for

every ATP molecule used, three Na+ ions are pumped out of the cell and 2 K+

ions are pumped into the cell.

1. 초벌구이읽기

2. VM듣기

3. 다시 듣기

4. 중요부위 암기

5. 안 외워지는 부분 print로 작성.