| 
 English  | 
 ÖÐÎÄ  | 
 English  | 
 ÖÐÎÄ  | 
| 
 actin  | 
 ¼¡¶¯µ°°×  | 
 linking protein  | 
 Á¬½Óµ°°×  | 
| 
 actin filament  | 
 ¼¡¶¯µ°°×Ë¿  | 
 luxury gene  | 
 Éݳ޻ùÒò  | 
| 
 active transport  | 
 Ö÷¶¯ÔËÊ䣬Ö÷¶¯×ªÔË  | 
 lysosome  | 
 ÈÜøÌå  | 
| 
 adhering junction  | 
 Õ³ºÏÁ¬½Ó  | 
 medical cell biology  | 
 ҽѧϸ°ûÉúÎïѧ  | 
| 
 aminoacyl site  | 
 A룬°±õ£»ùλ  | 
 metabolic coupling  | 
 ´úлżÁª  | 
| 
 ankyrin  | 
 궨µ°°×  | 
 microcell  | 
 ΢ϸ°û  | 
| 
 annulate lamellae  | 
 »·¿×°å  | 
 microfilament  | 
 ΢˿  | 
| 
 anticodon  | 
 ·´ÃÜÂë×Ó  | 
 microfluorometry  | 
 ÏÔ΢ӫ¹â¹â¶ÈÊõ  | 
| 
 apoptosis  | 
 ³ÌÐòÐÔϸ°ûËÀÍö£¬µòÂ䣬µòÍö  | 
 micromanipulative technique  | 
 ÏÔ΢²Ù×÷¼¼Êõ  | 
| 
 aster  | 
 ÐÇÌå  | 
 micromanipulator  | 
 ÏÔ΢²Ù×÷Æ÷  | 
| 
 ATPase  | 
 ATPø  | 
 microsome  | 
 ΢Á£Ìå  | 
| 
 autocrine  | 
 ×Ô·ÖÃÚ  | 
 microspectrophotometer  | 
 ÏÔ΢·Ö¹â¹â¶È¼Æ  | 
| 
 autolysosome  | 
 ×ÔÉúÐÔÈÜøÌå  | 
 microspectrophotometry  | 
 ÏÔ΢·Ö¹â¹â¶ÈÊõ  | 
| 
 autoradiography  | 
 ·ÅÉä×ÔÏÔÓ°Êõ  | 
 microtubule  | 
 ΢¹Ü  | 
| 
 basement membrane  | 
 »ùµ×Ĥ£¬»ùĤ  | 
 minicell  | 
 Сϸ°û  | 
| 
 bioscience  | 
 ÉúÃü¿ÆÑ§  | 
 mitochondrial inner membrane  | 
 ÏßÁ£ÌåÄÚĤ  | 
| 
 blood group antigen  | 
 ѪÐÍ¿¹Ô  | 
 mitochondrial matrix  | 
 ÏßÁ£Ìå»ùÖÊ  | 
| 
 carrier protein  | 
 ÔØÌåµ°°×  | 
 mitochondrial outer membrane  | 
 ÏßÁ£ÌåÍâĤ  | 
| 
 cell adhesion  | 
 ϸ°ûÕ³ºÏ  | 
 MN glycophorin  | 
 MNѪÐÍÌǵ°°×  | 
| 
 cell biology  | 
 ϸ°ûÉúÎïѧ  | 
 morphogenesis  | 
 ÐÎ̬·¢Éú£¬ÐÎ̬ÐÎ³É  | 
| 
 cell coat  | 
 °ûÒÂ  | 
 mycoplasma  | 
 Ö§ÔÌå  | 
| 
 cell communication  | 
 ϸ°ûͨѶ  | 
 myosin  | 
 ¼¡Çòµ°°×  | 
| 
 cell culture  | 
 ϸ°ûÅàÑø  | 
 myosin filament  | 
 ¼¡Çòµ°°×Ë¿  | 
| 
 cell differentiation  | 
 ϸ°û·Ö»¯  | 
 negative regulation  | 
 ¸ºµ÷¿Ø  | 
| 
 cell fusion  | 
 ϸ°ûÈÚºÏ  | 
 neurofilament  | 
 Éñ¾Ë¿  | 
| 
 cell junction  | 
 ϸ°ûÁ¬½Ó  | 
 nexus  | 
 ½áºÏ°ß  | 
| 
 cell proliferation  | 
 ϸ°ûÔöÖ³  | 
 nuclear lamina  | 
 ºËÏË²ã  | 
| 
 cell proliferation kinetics  | 
 ϸ°ûÔöÖ³¶¯Á¦Ñ§  | 
 nuclear membrane  | 
 ºËĤ  | 
| 
 cell recognition  | 
 ϸ°ûʶ±ð  | 
 nuclear pore  | 
 ºË¿×  | 
| 
 cell surface antigen  | 
 ϸ°û±íÃæ¿¹Ô  | 
 nuclear pore complex  | 
 ºË¿×¸´ºÏÌå  | 
| 
 cell theory  | 
 ϸ°ûѧ˵  | 
 nuclear skeleton  | 
 ºË¹Ç¼Ü  | 
| 
 centriole  | 
 ÖÐÐÄÁ£  | 
 nucleolar associated chromatin  | 
 ºËÈÊÏàËæÈ¾É«ÖÊ  | 
| 
 centrosome  | 
 ÖÐÐÄÌå  | 
 nucleolus  | 
 ºËÈÊ  | 
| 
 dedifferentiation  | 
 È¥·Ö»¯  | 
 nucleosome  | 
 ºËСÌå  | 
| 
 desmin filament  | 
 ½áµ°°×ÏËά  | 
 nucleus  | 
 ϸ°ûºË£¬Éñ¾ºË  | 
| 
 desmosome  | 
 ÇÅÁ£  | 
 nucleus transplantation  | 
 ºËÒÆÖ²  | 
| 
 discontinuous replication  | 
 ²»Á¬Ðø¸´ÖÆ  | 
 oncogene  | 
 °©»ùÒò£¬Ô°©»ùÒò  | 
| 
 docking protein  | 
 Í£²´µ°°×£¬¶Ô½Óµ°°×  | 
 operon  | 
 ²Ù×Ý×Ó  | 
| 
 down regulator  | 
 Ë¥¼õÐÔµ÷½Ú  | 
 organ culture  | 
 Æ÷¹ÙÅàÑø  | 
| 
 dynein  | 
 ¶¯Á¦µ°°×£¬´ïÒòµ°°×  | 
 outer nuclear membrane  | 
 Íâ²ãºËĤ  | 
| 
 elastin  | 
 µ¯ÐÔµ°°×  | 
 palindrome  | 
 »ØÎĽṹ  | 
| 
 electrical coupling  | 
 µçñîÁª  | 
 peptidyl site  | 
 ëÄ»ùλ»òPλ  | 
| 
 embryonic induction  | 
 ÅßÌ¥ÓÕµ¼  | 
 phagocytosis  | 
 ÍÌÊÉ×÷Óà  | 
| 
 endocytosis  | 
 °ûÍÌ£¬Èë°û£¬ÄÚÍÌ  | 
 pinocytosis  | 
 °ûÒû×÷ÓÃ  | 
| 
 endomembrane system  | 
 ÄÚĤϵͳ  | 
 plasma membrane  | 
 ÖÊĤ  | 
| 
 endosome  | 
 °ûÄÚÌå  | 
 plasmid  | 
 ÖÊÁ£  | 
| 
 enhancer  | 
 ÔöÇ¿×Ó  | 
 pluripotent cell  | 
 ¶àÄÜϸ°û  | 
| 
 euchromatin  | 
 ³£È¾É«ÖÊ  | 
 point mutation  | 
 µãÍ»±ä  | 
| 
 exocytosis  | 
 °ûÍÂ,ÍâÍÂ×÷ÓÃ,°ûÁÑÍâÅÅ  | 
 positive regulation  | 
 ÕýÐÔµ÷½Ú  | 
| 
 exon  | 
 ÍâÏÔ×Ó  | 
 presequences  | 
 µ¼ëÄ  | 
| 
 extrinsic or peripheral protein  | 
 ÍâÔÚµ°°×»òÍâÖܵ°°×  | 
 primary lysosome  | 
 ³õ¼¶ÈÜøÌå  | 
| 
 flanking sequence  | 
 ²àÒíÐòÁÐ  | 
 programmed cell death  | 
 ±à³ÌÐÔϸ°ûËÀÍö  | 
| 
 fluid mosaic model  | 
 Һ̬ÏâǶģÐÍ  | 
 receptor  | 
 ÊÜÌå  | 
| 
 gate channel  | 
 Õ¢ÃÅͨµÀ  | 
 receptor mediated endocytosis  | 
 ÊÜÌå½éµ¼µÄÄÚÍÌ×÷Óà  | 
| 
 genome  | 
 ȾɫÌå»ùÒò£¬»ùÒò×é  | 
 receptor regulation  | 
 ÊÜÌåµ÷½Ú  | 
| 
 glial filament  | 
 ½ºÖÊË¿  | 
 reconstitution cell  | 
 ÖØ×éϸ°û  | 
| 
 glycocalyx  | 
 ÌÇÝà  | 
 redifferentiation  | 
 ÔÙ·Ö»¯  | 
| 
 glycoconjugates  | 
 ¸´ºÏÌÇ£¬ÌÇéîºÏÎÌÇ׺ºÏÎï  | 
 regulator gene  | 
 µ÷½Ú»ùÒò  | 
| 
 glycolipid  | 
 ÌÇÖ¬  | 
 regulatory protein  | 
 µ÷½Úµ°°×ÖÊ  | 
| 
 glycoprotein  | 
 Ìǵ°°×  | 
 replication fork  | 
 ¸´ÖÆ²æ  | 
| 
 glycosyltransferase  | 
 ÌÇ»ù×ªÒÆÃ¸  | 
 replicon  | 
 ¸´ÖÆ×Ó  | 
| 
 Golgi apparatus or Golgi body  | 
 ¸ß¶û»ùÆ÷»ò¸ß¶û»ùÌå  | 
 residual body  | 
 ²ÐÌå  | 
| 
 Golgi complex  | 
 ¸ß¶û»ù¸´ºÏÌå  | 
 retrodifferentiation  | 
 ·´·Ö»¯  | 
| 
 Golgi saccule  | 
 ¸ß¶û»ùÄÒÅÝ  | 
 satellite DNA  | 
 ÎÀÐÇDNA  | 
| 
 Haploid  | 
 µ¥±¶Ìå  | 
 secondary lysosome  | 
 ´Î¼¶ÈÜøÌå  | 
| 
 Heterochromatin  | 
 ÒìȾɫÖÊ  | 
 semiautonomous organelle  | 
 °ë×ÔÖ÷ÐÔϸ°ûÆ÷  | 
| 
 heterolysosome  | 
 ÒìÉúÐÔÈÜøÌå  | 
 semiconservative replication  | 
 °ë±£Áô¸´ÖÆ  | 
| 
 histocompatibility antigen  | 
 ×éÖ¯ÏàÈÝÐÔ¿¹Ô  | 
 skeletin filament  | 
 ÷Àµ°°×ÏËά  | 
| 
 histone  | 
 ×éµ°°×  | 
 spectrin  | 
 ѪӰµ°°×  | 
| 
 immature face  | 
 ·Ç³ÉÊìÃæ  | 
 spindle  | 
 ·Ä´¸Ì壬Ëó  | 
| 
 inner nuclear membrane  | 
 ÄÚ²ãºËĤ  | 
 spot desmosome  | 
 µã×´ÇÅÁ£  | 
| 
 intermembrane space  | 
 Ĥ¼äÇ»  | 
 stem cell  | 
 ¸Éϸ°û  | 
| 
 intrinsic or integral protein  | 
 ÄÚÔÚµ°°×»òÕûºÏµ°°×  | 
 submitochondrial particle  | 
 ÑÇÏßÁ£Ìå¿ÅÁ£  | 
| 
 ionic coupling  | 
 Àë×ÓñîÁª  | 
 targeting sequence  | 
 µ¼ëÄ  | 
| 
 kinetochore  | 
 ×ÅË¿µã  | 
 terminator  | 
 ÖÕÖ¹×Ó  | 
| 
 lactose operon  | 
 ÈéÌDzÙ×Ý×Ó  | 
 thiamine pyrophosphatase  | 
 Áò°·Ëؽ¹Á×Ëáø  | 
| 
 lagging strand  | 
 ºóËæÁ´£¬ÑÓ³ÙÁ´  | 
 tight junction  | 
 ½ôÃÜÁ¬½Ó  | 
| 
 lampbrush chromosome  | 
 µÆË¢È¾É«Ìå  | 
 tissue culture  | 
 ×éÖ¯ÅàÑø  | 
| 
 leading strand  | 
 ǰµ¼Á´  | 
 tonofilament  | 
 ÕÅÁ¦Ë¿£¬ÕÅÁ¦ÔÏËά  | 
| 
 lectin  | 
 Ö²ÎïÄý¼¯ËØ  | 
    | 
    |