- 更多网络例句与林蛙相关的网络例句 [注：此内容来源于网络，仅供参考]
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These studies revealed significant genetic and morphological distinctions between populations from the type territory of Rana chensinensis David, 1875 sensu stricto and the populations of the Rana chensinensis complex from Beijing and Japan living northeastwards (ie closer to the populations from the Russian Far East).
这些研究发现显着的遗传和形态之间的区别人口从类型领土林蛙大卫， 1875年狭义严格，以及人口的林蛙复杂从北京和日本的生活东北（即接近人口从俄罗斯远东地区）。
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The results suggested that the roles of T in the differentiation and development of the spermatic cells were highly diverse.
结果表明，T在中国林蛙精巢内细胞的分化和发育过程中的作用具有高度可变性，T调控中国林蛙精巢的功能和发育。
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Jaonica and located in the South China. And the last map was focused on the distribution of wood frog around Bohai where six species was surveyed.
Jaonica的分布于南方的长肢林蛙种组(R.longicrus species-group)的分布，图3重点标明了环渤海区域已知6种林蛙的分布。
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Objective To study the effect of different doses of wood frogegg oil on liver injury caused by CCl 4 .Methods In order to observe the effectof wood frog egg oil on weight,ALT,AST and TG in serum of animal,with wood frog egg oil soft capsule made up of extraction of wood frog egg in China and acute liver injury model caused by CCl 4 .The experiment on animal was done.
目的 探讨不同剂量的林蛙卵油对四氯化碳肝损伤的影响方法以中国林蛙卵提取物主要原料制成的林蛙卵油软胶囊，进行动物实验，利用CCl 4 作为肝脏毒物造成急性肝损伤模型，观察对动物体重、血清ALT、AST、TG的影响。
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Methods In order to observe the effectof wood frog egg oil on weight,ALT,AST and TG in serum of animal,with wood frog egg oil soft capsule made up of extraction of wood frog egg in China and acute liver injury model caused by CCl 4 .The experiment on animal was done.
以中国林蛙卵提取物为主要原料制成的林蛙卵油软胶囊，进行动物实验，利用CCl 4 作为肝脏毒物造成急性肝损伤模型，观察对动物体重、血清ALT、AST、TG的影响。
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The content ofone liver protein band (R_f=0.79) at 1℃was significantly higher than at room temperature (P＜0.05).On the 2-D native-PAGE/SDS-PAGE gel, the content of P spot (MW=51kDa, R_1=0.47on the 1D native PAGE gel) at 1℃was significantly higher than at room temperature (P＜0.05), and the content of N spot (MW=65 kDa, R_f=0,94 on the 1D native PAGE gel) at roomtemperature was significantly higher than at 1℃. These protein spots may be related with the adaptation to the low temperature of the Heilongjiang wood frog.
黑龙江林蛙肝脏蛋白电泳显示，胶浓度6％的肝脏PAGE图谱分辨率高、谱带多，可分辨出15～19条谱带，其中1℃组R_f=0.79蛋白含量比室温组显著增加(P＜0.05)。2-D native-PAGE／SDS-PAGE电泳时，胶浓度为12％时分离效果较好，蛋白斑点较多。1℃组中P蛋白斑点(MW=51kDa，一向PAGE的R_f=0.47)显著性上调(P＜0.05)，N蛋白斑点(MW=65kDa，一向PAGE的R_f=0.94)显著性下调(P＜0.05)，推测这两种蛋白可能与黑龙江林蛙在低温环境下的适应性变化有关。
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It is significance to further study the tolerance mechanism ofHeilongjiang wood frog during hibernation. Its cold-tolerant mechanism has an importantapplied value and a great potential for exploitation and utilization.We choosed Heilongjiang wood frogs from Yichun, Heilongjiang province.
本试验选取黑龙江省伊春地区黑龙江林蛙为研究材料，观察黑龙江林蛙在环境温度为室温(14℃)、1℃和-2℃条件下的存活率，并采用2-D native-PAGE／SDS-PAGE电泳、酶活性比色法、同工酶电泳等生化技术检测不同温度环境下肝脏蛋白质及代谢酶的活性变化。
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The SOD and the LDH-1 activities and EST (R_f=0.17 and R_f=0.72) at 1℃weresignificantly higher than the values of the room temperature(P＜0.05), but the total enzymeactivities of LDH, G6PDH and EST at room temperature and 1℃were similar(P＞0.05).This showed well-developed anoxia tolerance of the Heilongjiang wood frog to maintainplasma viability when low temperature interrupts the delivery of oxygen and substrates. LDH-1rose significantly avoided the liver lactic acid accumulation that may created the liver to bewearied. EST (R_f=0.17 and R_f=0.72) rose may enhance the ester metabolism to offer muchenergy. These showed steady metabolic rate and relative stable organism environment of theHeilongjiang wood frog to survive under low temperature.Native PAGE separated proteins of liver tissue successfully on the better condition is 6％final gel concentration and there were 15～19 bands identified on this condition.
同功酶电泳图谱显示，1℃组与室温组黑龙江林蛙肝脏LDH酶活性差异不显著，均以LDH-5为主，但1℃组LDH-1显著高于室温组(P＜0.05)，推测黑龙江林蛙为适应低温低氧环境，增强LDH-1酶活性以较好的利用乳酸，避免因大量乳酸形成造成肝脏疲劳；而1℃组肝脏G6PDH酶活性无显著变化，进一步说明低温条件下葡萄糖戊糖途径和糖酵解作用的互相协调，维持机体代谢的稳定；1℃组和室温组EST总酶比活力无显著变化，但1℃组中R_f=0.17和R_f=0.72的EST同工酶显著升高(P＜0.05)，推测在低温条件下黑龙江林蛙可能通过选择性增强部分酯酶同功酶活性，增加肝脏酯类物质代谢，为机体提供维持生命必需的最低能量。
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The substance with a molecular weight of 6.28kDa has very strong cation character determined by the electrophoresis of diaphragm wafer of fiber of acetic acid. The substance with antibacteria action obtained from forest frog is made up of alanine,aminoacetic acid,leucine,Isoleucine,Proline,aminoglutaric acid,threonine,Serine,lysine.
纯化林蛙皮肤中的抗菌活性物质经醋酸纤维薄膜电泳，表明其具有较强的阳离子特征；经氨基酸分析，表明林蛙皮肤抗菌活性物质是由丙氨酸、甘氨酸、亮氨酸、异亮氨酸、脯氨酸、中国林蛙皮肤抗菌肽的分离纯化和鉴定一摘要谷氨酸、苏氨酸、丝氨酸、赖氨酸组成。
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These indicates bioactive peptides in Chinese forest frog skins have great potential for the exploitation and utilization. S_(180) cells were inoculated hypodermically at the concentration of 1×10~6 cells per mouse and the bioactive peptides in Chinese forest frog skins were resolved into aseptically distilled water to make injection liquid. After injected continuously 15 days, the inhibition rate of tumor was calculated. The induction of tumor cell apoptosis of active peptides in Chinese forest frog skins could be detected by morphological
将S_(180)胃肉瘤细胞接种至小鼠皮下，选取中国林蛙皮肤生物活性肽不同浓度样品液，连续注射种瘤小鼠15天后，计算抑瘤率；采用透射电镜观察细胞形态学变化、DNA梯度琼脂糖凝胶电泳技术、MTT比色法、流式细胞检测等技术观察中国林蛙皮肤生物活性肽对K562肿瘤细胞凋亡过程的诱导。
- 更多网络解释与林蛙相关的网络解释 [注：此内容来源于网络，仅供参考]
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Pana adenopleura：弹琴蛙
181 双团刺胸蛙 Paa yunnanensis | 182 弹琴蛙 Pana adenopleura | 183 阿尔泰林蛙 Pana altaica
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Pana altaica：阿尔泰林蛙
182 弹琴蛙 Pana adenopleura | 183 阿尔泰林蛙 Pana altaica | 184 黑龙江林蛙 rana amurensis
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Tree Frog Box：樹蛙盒 树蛙盒
Mechanical Chicken 機械小雞 机械小鸡---------- | Tree Frog Box 樹蛙盒 树蛙盒---------- | Wood Frog Box 林蛙盒 林蛙盒------------
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Wood Frog Box：林蛙盒 林蛙盒
Tree Frog Box 樹蛙盒 树蛙盒---------- | Wood Frog Box 林蛙盒 林蛙盒------------ | A Jubling's Tiny Home 加布林的小窩 加布林的小窝------------
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ANURA：无尾目
林蛙亦称中国林蛙(RanatemporariachensinensisDarid)属两栖纲(Amphibia)无尾目(Anura)蛙科(Ranidae)蛙属(Rana). 林蛙肉富含多种蛋白质、氨基酸等;蛙油(雌性输卵管)因含蛋白质、雌二醇、孕酮、睾酮等成为名贵天然滋补品,销售价格高.
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Apus apus：楼燕
是传统的中药材,林蛙又是营养丰富的美味食品. 6、楼燕(Apus apus)隶属鸟纲,雨燕目,雨燕科. 夏候鸟. 头顶、上体至尾纯黑褐,头顶、上背具金属光泽,尾叉状,翅尖长,呈镰刀状.
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Nymphaea tetragona：睡莲 睡莲
林蛙 哈士蟆油 Rana | 睡莲 睡莲 Nymphaea tetragona | 鳞毛蕨 贯众 Dryopteris chinensis
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Rana：蛙属
林蛙亦称中国林蛙(RanatemporariachensinensisDarid)属两栖纲(Amphibia)无尾目(Anura)蛙科(Ranidae)蛙属(Rana). 林蛙肉富含多种蛋白质、氨基酸等;蛙油(雌性输卵管)因含蛋白质、雌二醇、孕酮、睾酮等成为名贵天然滋补品,销售价格高.
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Rana：中国林蛙
ramus 羽支 | rana 中国林蛙 | ranachrome 蛙色素
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Ranidae：蛙科
林蛙亦称中国林蛙(RanatemporariachensinensisDarid)属两栖纲(Amphibia)无尾目(Anura)蛙科(Ranidae)蛙属(Rana). 林蛙肉富含多种蛋白质、氨基酸等;蛙油(雌性输卵管)因含蛋白质、雌二醇、孕酮、睾酮等成为名贵天然滋补品,销售价格高.