투과전자현미경은 주로 시료의 내부구조나 단면을 관찰하는데 쓰이고 있다. 원리는 광학현미경과 비슷하다. 전자현미경에서의 광원은 높은 진공 상태(1x10-4 이상)에서 고속으로 가속되는 전자선으로 이 전자선이 표본을 투과하여 형광판이나 사진필름에 초점을 맞추어 투사된다. 이 전자의 파장은 가
microscopic anatomy) w 맨눈으로 관찰할 수 없는 구조를 연구
? 세포나 신체조직의 일부에서 채취한 얇은 조각 연구 by 현미경
? 2가지 하위 분야
① 세포학 : 체세포, 체세포의 내부 구조 연구. ② 조직학 : 조직 연구
2) 육안해부학(gross anatomy) = 맨눈해부학(macroscopic anatomy) w 맨눈으로 볼 수 있는 신체기관의
slide moves along. arriving under a long-lensed microscope.
IN MICROSCOPIC PERSPECTIVE, a thin needle pierces the bug and delicately removes a fragment of tissue.
PINCERS snare the fragment, dropping it into a narrow tube. The tube SPINS, faster and faster until it is a BLUR on the screen.
THE SCREEN FLOODS with an INFRA-RED LIGHT. Gray, oval shapes rock in a neutral mist.
WASH OUT TO:
HOT SUN
1. Introduction and Problem
1.1 Introduction to Olympus
Olympus digital cameras are more familiar in our country, but more local companies to represent the optical technology company in Japan, one of the domestic market, 90% of endoscopy, endoscopic worldwide account for 70 percent of the market. Japan's first microscope manufactured by Olympus as the company was founded in Japan in 1919. Since
a lot of works which are needed to be solved by themselves when we analysis the local government microscopically. In a macroscopic side, the innovation is important, but they should care of the other problems too. Also, the local residents want the government to be sensitive to them as the local administration's environment is being more multiplicate and a social flow is being more democratic.