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¡¾ÊµÏ°ÄÚÈÝ¡¿Contents of Observation 1£®Ï¸°ûºË 1£®Nucleus 2£®´ÖÃæÄÚÖÊÍøÓëºËÌÇÌå 2£®Rough endoplasmic reticulum & ribosome 3£®»¬ÃæÄÚÖÊÍø 3£®Smooth endoplasmic reticulum 4£®¸ß¶û»ù¸´ºÏÌå 4£®Golgi complex 5£®ÈÜøÌå 5£®Lysosome 6£®ÏßÁ£Ìå 6£®Mitochondrion 7£®¹ýÑõ»¯ÎïøÌå 7£®Peroxisome 8£®Î¢Ë¿£¨¼¡¶¯µ°°×Ë¿£© 8£®Microfilament£¨actin f ilament£© 9£®Î¢¹Ü 9£®Microtubule 10£®ÖÐÐÄÌå 10£®Centrosome 11£®Ö¬µÎ 11£®Lipid droplet 12£®ÌÇÔ­¿ÅÁ£ 12£®Glycogen particle 13£®Ï¸°ûÖÜÆÚ 13£®Cell cycle 1£® ÕÆÎÕϸ°ûºË¡¢Ï¸°ûĤµÄ½á¹¹¼°×é³É¡£ 2£® ÕÆÎÕϸ°ûÖÊÄÚϸ°ûÆ÷µÄ×é³É¡¢µç¾µ½á¹¹Ìص㡣 3£® ÊìϤϸ°û¹Ç¼ÜµÄ×é³É¼°½á¹¹Ìص㡣 4£® Á˽âȾɫÌåµÄºËÐÍ¡¢È¾É«ÖÊ /ȾɫÌåµÄ±ä»¯Ìص㡣 5£® Á˽âϸ°ûÖÜÆÚ¡¢Ï¸°û·ÖÁѹý³Ì¼°¸÷½×¶ÎµÄϸ°ûÐÎ̬Ìص㡣 1. To master the structure and composition of cell nucleus and membrane. 2. To master the composition of the cytoplasmic organelles and their features under electron microscopy (EM). 3. To be familiar with the composition and structure of the cytoskeleton. 4. To understand the characteristics of chromosome karyotype, changes of chromatin / chromosome. 5. To understand the cell cycle, cell division and their morphological characteristics at different stages. ͼƬ1£ºÏ¸°ûºË ͼ 1-1a£¨µç¾µ£¬ EM£©ÏÔʾϸ°ûºËÖе­È¾¾ùÖÊÇøÓòΪ³£È¾É«ÖÊ£¨ 1£©£¬ÉîȾÇøÓòΪÒìȾɫÖÊ£¨2£©£¬ºËÖÐÑëΪºËÈÊ£¨ 3£©¡£Í¼ 1-1bÏÔʾºËÍâÖÜΪºËĤ²¿·Ö£¬ºËĤΪ˫²ãĤ½á¹¹£¬ºËÄÚĤ £¨1£©ÓëºËÍâĤ£¨ 2£©ÓɺËÖÜÇ»£¨ 3£©Ïà·Ö¸ô¡£ºËĤÉÏÓÐÐí¶àºË¿×£¨ 4£©£¬½éµ¼Ï¸°ûºËÓëϸ°ûÖÊÖ® 1 3 1 2 2 4 3 ͼ 1-1a¡¡Ï¸°ûºË£¨EM£¬12 000×£© ͼ 1-1b¡¡ºËĤÓëºË¿×£¨EM£¬30 000×£© Fig.1-1a¡¡Nucleus (EM, 12 000×) Fig.1-1b¡¡Nuclear membrane and pores (EM, 30 000×) in an overlapped .at saccule. Golgi complex has cis-face (1) and trans-face (2). The former receives vesicles newly synthesized by RER (3), and the latter releases the modif ied protein condensing vacuoles (4).