白鲳的英文

• orbfish

• "白"英文翻译    white
• "鲳"英文翻译    pomfret
• "白鲳科" 英文翻译 :    spade fish; spadefishes
• "白鲳鱼" 英文翻译 :    white pomfret
• "椒盐白鲳鱼" 英文翻译 :    defried pomfret with pepper & salt
• "【动物；动物学】细鳞白鲳；白鲟；匙吻鲟。" 英文翻译 :    spadefish
• "白鲫" 英文翻译 :    carassius auratus cuvieri
• "白鲨之路" 英文翻译 :    white ti avenue
• "白鲷" 英文翻译 :    white biskop
• "白鲨条" 英文翻译 :    smooth dogfish
• "白鳊鱼" 英文翻译 :    silver bream
• "白鲨" 英文翻译 :    white shark
• "白鳍黑吊" 英文翻译 :    acanthurus albipectoralis
• "白鲢属" 英文翻译 :    hypophthalmichthys

• The optimum dietary animal - plant protein ratio in colussoma brachypomum
  淡水白鲳饲料中适宜动植物蛋白比例的研究
• The adult fishes of colossoma brachypomum were also raised in different temperatures for at least 6hrs , then were dissected for a detailed examination or analysis
  淡水白鲳成体鱼在不同温度下培养6h ，再进行解剖取不同组织提取测定。
• The data indicated that sod activity in brain become stronger at early time when the temperature fall down , and then decreased
  成体淡水白鲳随着温度下降，不同组织的sod活性变化略有不同，脑部sod的活性随着养殖水温的下降先升高，而后下降。
• A cell line of colossoma brachypomu / n ( cb1 ) , which has nontolerant of cold - stress , was used to study the death mechanism under low temperatures at the level of cytobiology
  本研究利用已建立的淡水白鲳细胞系，从细胞生物学水平对非耐寒鱼类淡水白鲳细胞在低温下死亡的机理进行分析。
• However the level of ca2 + in the later cell decreased to the lowest point at 24h but still higher than that of the control , then with the time of cold stress lengthening , the level of ca2 + became higher
  淡水白鲳细胞在8低温处理6h ， ca2 ’水平同样升高，低温处理至12h时， c ’水平达到峰值，低温处理24h时ca2 ’水平又下降，但仍高于正常水平。
• At 72h , it was lower than that of the control . from the results , it can be concluded that the zc - 7901 cell still can maintain appropriate membrane fluidity under cold stress , while the cbs cell only can do in a degree for a short time
  而淡水白鲳细胞在低温胁迫12h时膜流动性达到最大值，随低温时间延长，膜流动性下降，在低温胁迫48h时膜流动性低于对照，低温胁迫72h时膜流动性更低。
• With the time of cold stress lengthening , the membrane fluidity of the zc - 7901 cells increased , reaching the highest degree at 48h , then began to decrease , but was still higher than that of the control while the cbs cells " membrane fluidity reached the highest degree at 12h , then began to decrease
  结果提示在低温胁迫开始较短时间( 6h )内，草鱼细胞和淡水白鲳细胞膜流动性均下降，草鱼细胞随着低温时间的延长，膜流动性开始增高，低温48h时，达到最高，随后又下降，但仍高于对照。
• The approaches used in the study included : observing the microstructure and ultrastructure of the cell line of colossoma brachypomum ( cbt ) and the cell line of carp ( cp ) stressed low temperatures under fluoroscopy and tem ; analysis of dna damage in the cultured cells under temperatures stress by dna gel electrophoresis
  本研究采用的主要实验方法：通过荧光显微观察、电镜超微结构观察确定cbt (淡水白鲳臀鳍细胞)和cp (草鱼胚胎细胞)在低温处理后的显微与超微结构的变化。应用dna电泳分析细胞dna在低温处理后的断裂现象。
• In the present study , the grass carp ( ctenopharyngodon idellus ) cell line zc - 7901 and the colossoma brachypomum cell line cbs were used as in vitro model systems to study the effects of cold stress on the cell membrane fluidity , the level of cacium ion , the contents of malondialdehyde ( mda ) , the level of c > 2 and the system of antioxidative enzymes in the fish cells
  本文以培养的草鱼( ctenopharyngodonidellus )吻端细胞系zc - 7901和淡水白鲳( colossomabrachypomum )吻端细胞系cbs为模型，研究低温胁迫对其细胞膜流动性、钙离子水平、 atp酶、丙二醛( mda )含量、超氧化物阴离子( o2 - ' )水平以及抗氧化酶系统的影响，以期探讨它们与细胞耐寒性的关系。
• The results indicated that after cold stress the zc - 7901 cell can keep calcium homeostasis , while the cbs cell can only regulate the level of ca2 + in a restricted degree for short time , with the time of cold stress becoming longer , the equilibrium of ca2 + was disturbed
  但随着低温时间的延长， ca2 ’水平又增加。可见草鱼细胞内的ca2 ’在低温胁迫时仍能保持一种稳态平衡，而淡水白鲳在较短时间( 24h )内能保持钙的稳态平衡，但随着低温时间的延长，这种平衡遭到破坏。