α-鹅膏毒肽,α-amanitin
1)α-amanitinα-鹅膏毒肽
1.Study of α-amanitin and Philosophy Thinking;α-鹅膏毒肽的研究和哲学思考
2.Studies on the Identification of the Objective Mice's Differentia Expressing Gene Affected by α-amanitin and the Drug Screening of α-amanitin Resistence;α-鹅膏毒肽给药小鼠差异表达基因的鉴定及其拮抗药物的筛选
3.Preliminary Study on Sporocarp Formation of Asterophora Lycoperdoides and Purification and Isolation of α-amanitin;蕈菌的出菇培养及α-鹅膏毒肽的分离纯化
英文短句/例句

1.The Effect of α-Amanitin on the Replication of HBV in Vitro;α-鹅膏毒肽对乙型肝炎病毒复制的体外影响
2.The Experimental Study of the Inhibition of a-amanitin on HBV Replication;α-鹅膏毒肽抑制乙型肝炎病毒复制的实验研究
3.Preliminary Study on Sporocarp Formation of Asterophora Lycoperdoides and Purification and Isolation of α-amanitin;蕈菌的出菇培养及α-鹅膏毒肽的分离纯化
4.The Protective Effects of Polysacharidum of G.Lucidum Karst on Hepatic and Nephritic Injury Induced by α-amanitin in Mice灵孢多糖对α-鹅膏毒肽中毒小鼠肝肾保护作用的研究
5.Influency of α-Amanitin on the secretion of HBsAg and HBeAg to 2.2.15 Cellsα-鹅膏毒肽对2.2.15细胞乙肝病毒HBsAg和HBeAg分泌的影响
6.Studies on the Identification of the Objective Mice's Differentia Expressing Gene Affected by α-amanitin and the Drug Screening of α-amanitin Resistence;α-鹅膏毒肽给药小鼠差异表达基因的鉴定及其拮抗药物的筛选
7.Determination of Toxic Peptides in Amanita virosa and Amanita verna鳞柄白毒伞和白毒伞的鹅膏多肽毒素测定
8.Purification, Chemical Structure Identification and Toxicity Test of Main Peptide Toxins from Amanita Fuliginea;灰花纹鹅膏四种肽类毒素的分离纯化、结构鉴定与毒性分析
9.Toxicology of Amatoxin and Protective Effect of Ganoderma Lucidum on Amatoxin-induced Liver Injury鹅膏肽类毒素的毒理及灵芝对其所致肝损伤的保护作用研究
10.HPLC Separation and Purification of Peptide Toxin and It s Antitumor Effect of Amanita Subjunquillea.S.lmai;黄盖鹅膏肽类毒素的分离纯化及抗肿瘤活性研究
11.Determination, Purification and Chemical Structure Identification of Main Peptide Toxins from Amanitas;鹅膏菌主要肽类毒素的检测分析、分离纯化与结构鉴定
12.Component analysis of peptide toxins from Amanitia exitialis and their anti-tumor activities in vitro致命鹅膏子实体肽类毒素的成分分析及体外抗肿瘤活性研究
13.AMANITA VERNA:CULTIVATION AND TOXICITY VARIATION DETERMINATION白毒鹅膏菌人工驯化及毒力变异试验
14.Pure Culture and Toxin Determination of the Mycelia of Amanita Exitialis;致命鹅膏菌丝体人工培养及毒素检测
15.Study of Toxic Theory of the Peptides Toxins from Amantia Fuliginea and Pilot Study in Alexipharmic for These Toxins;灰花纹鹅膏菌毒素毒理研究及解毒药物初探
16.Research on the Treatment of Ganoderma Lucidum to the Acute Toxicosis by Amanita Fuliginea;灵芝煎剂治疗急性鹅膏毒蕈中毒的实验研究
17.Toxicity of α-amanitin on Mice in vivo环肽α-amanitin在小鼠体内的毒性作用研究
18."The most deadly, Amanita phalloides ("death cup"), causes violent abdominal pain, vomiting, and Bloody diarrhea."毒鹅膏(又称死杯)的毒性较强,会引起剧烈腹痛、呕吐、血性腹泄。
相关短句/例句

amatoxins鹅膏毒肽
1.DNA Damage Induced by Amatoxins and Antagonism of Eicosapentaenoic Acid, Docosahexaenoic Acid in Rat Histiocytes;鹅膏毒肽致大鼠多组织细胞DNA损伤及EPA和DHA的拮抗效应
2.The Effect of Amatoxins on Biochemical Indices of Rats’Kidney Function.;鹅膏毒肽对肾功能生化指标影响的实验研究
3.Three known amatoxins were isolated from Amanita fuliginea and their structures were determined as α-amanitin,β-amanitin and amanin based on the spectral methods including 2D-NMR and FAB-MS.从灰花纹鹅膏(Amanita fuliginea)中分离得到3个已知鹅膏毒肽类成分,利用波谱方法(1H-NMR 13C-NMR、2D-NMR和FAB-MS等)对这些结构较为复杂的环肽类成分进行了鉴定,结构分别为α-Amanitin、β-Amanitin和Amanin。
3)amanitin[,?m?'ni:tin]鹅膏毒肽
4)β-amanitinβ-鹅膏毒肽
5)amanitine鹅膏毒环肽
6)amanullin鹅膏无毒环肽
延伸阅读

毒蝇鹅膏菌毒蝇鹅膏菌Amanitamuscaria(L.:Fr.)Pers.exHook.蛤蟆菌、捕蝇菌、毒蝇菌、毒蝇伞中文学名毒蝇鹅膏菌拉丁学名Amanitamuscaria(L.:Fr.)Pers.exHook.中文别名蛤蟆菌、捕蝇菌、毒蝇菌、毒蝇伞同物异名分类地位伞菌目>鹅膏菌科>鹅膏菌属>  又称哈蟆菌、捕蝇菌、毒蝇菌、毒蝇伞。  子实体较大。菌盖宽6-20cm。边缘有明显的短条棱,表面鲜红色或桔红色,并有白色或稍带黄色的颗粒状鳞片。菌褶纯白色,密,离生,不等长。菌肉白色,靠近盖表皮处红色。菌柄较长,直立,纯白,长12-25cm,粗1-2.5cm,表面常有细小鳞片,基部膨大呈球形,并有数圈白色絮状颗粒组成的菌托。菌柄上部具有白色腊质菌环。  夏秋季在林中地上成群生长。  分布于我国黑龙江、吉林、四川、西藏、云南等地。  此蘑菇因可以毒杀苍蝇而得名。其毒素有毒蝇碱、毒蝇母、基斯卡松以及豹斑毒伞素等。误食后约6小时以内发病,产生剧烈恶心、呕吐、腹痛、腹泻及精神错乱,出汗、发冷、肌肉抽搐、脉搏减慢、呼吸困难或牙关紧闭,头晕眼花,神志不清等症状。使用阿托品疗效良好。此菌还产生甜菜碱,胆碱和腐胺等生物碱。  该菌可药用,小剂量使用时有安眠作用。子实体的乙醇提物,对小白鼠肉瘤180有抑制作用。所含毒蝇碱等毒素对苍蝇等昆虫杀力很强,可用于森林业生物防治。  据记载,西伯利亚的通古斯人及雅库将人曾用作传统的节日食用菌。一般成人食一朵后便会产生如痴似醉的感觉,他们认为这是一种享受。印度用它作为魔术师的药剂。在一些国家民间被作为一种安眠药物。我国东北地区将此毒菌破碎后拌入饭中用来毒死苍蝇,甚至毒死老鼠及其它有害动物。另外毒蝇伞表面的鳞片脱落后,往往与可食用的橙盖伞相似,采食时需注意区别。在德国民间将此菌浸入酒中,用以治风湿痛。  该菌含丙酸,可用于制造丙酸盐用作防腐剂、香料脂、人造果子香等。  此菌属外生菌根菌。与去杉、冷杉、落叶松、松、黄杉、桦、山毛榉、栎、杨等树木形成菌根。