- 更多网络例句与对虾相关的网络例句 [注：此内容来源于网络，仅供参考]
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Taxonomic hierarchy of Litopenaeus Stylirostris: Phylum Arthropoda, Class Crustacea, Subclass Malacostraca, Order Decapoda, Suborder Dendrobranchiata, Family Penaeidae, and Genus Penaeus Subgenus Litopenaeus.
两种对虾肌肉中的氨基酸组成除南美蓝对虾的Trp、Cys显著高于南美白对虾(P＞0.05)外，其它氨基酸组成无显著差异，两种对虾的肌肉氨基酸含量的高低排序基本一致。
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The main differences in chemical compounds related to the taste and flavorbetween cultured and wild prawns may be summerized as follows: 1 The content of quaternary bases in the extractives of wild prawn is higher than that of cultured prawn; 2 The content of fatty acids, C18:2ω6 is higher in the cultured prawn; 3 Many thiazole compounds were found in the odor concentrate of cultured prawn, azulene was found in the odor compounds of wild prawn; 4 The textrue of cultrued prawn meat is relatively weak.
综上所述，养殖对虾与天然对虾的尝味比较中主要差别是提取物组分的有机碱；对虾肌肉脂质比较结果是养殖对虾肌肉脂质中C18：2ω6含量特别高；对虾挥发性成分结果是养殖对虾中有大量的噻唑化合物，天然对虾存在薁类化合物；两类对虾质地比较的结果是养殖对虾质地不及天然对虾。
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So it is an exigence to develop tools for the rapid recognition and control of pathogens.The immunology mechanism of shrimp must be well understood to give the best way on the diseases treatment.
解决这一问题除了要考虑对虾合适的养殖环境，对虾的自然生态环境外，还要研究清楚对虾的免疫机理，给对虾疾病的治疗提供一定的理论依据。
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These specific cDNAs and DNAwere subcloned into vector for sequencing.The sequencing results demonstrated thatthe specific cDNA from P.chinensis eyestalk consists of 203 base pairs,and all thespecific cDNAs from the shrimps T.curvirostris,P.stylirostris and the crab E.sinensis consist of 215 base pairs.
分别将这些片段亚克隆到载体中进行测序，测得中国对虾特异性cDNA片段由203个碱基组成，中华绒螯蟹、鹰爪虾、蓝对虾的特异性cDNA片段及蓝对虾的特异性DNA片段由215个碱基组成，其中蓝对虾的特异性cDNA与由蓝对虾的基因组DNA扩增得到的特异性DNA片段的碱基序列几乎完全相同。
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It can be concluded from the experiment results that hatchery seed has lower genetic variation and large-scale hatchery seed releasing affects the genetic diversity of the natural population. The shrimp distributed along China coast in Bohai Sea and Yellow Sea may consist of more than one populations. The viral disease resistant ability of F. chinensis is proved to be genetically inherited and can be improved by genetic selection.
通过对实验结果的进一步分析认为：中国对虾人工育苗的过程使后代群体的遗传多样性下降，人工培育苗种的大规模放流影响了自然群体的遗传多样性；，分布于我国沿海的中国对虾可能由多个自然群体构成，还存在未被发现的种质资源；中国对虾抗WSSV病毒感染是由遗传决定的，选育可提高中国对虾对WSSV的抗性。
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During the breeding process of Penacus vannamei,the PCR and RT-PCR techniques are applied to detect three types of virus,that is,WSSV,IHHNV,TSV,to protect the parental shrimp,egg,nauplius,parental shrimp feed,artemia and water from being infected.The purpose of this work is to breed the healthy Penacus vannamei,and to offer a feasible measure to keep a sustainable development for Penacus vannamei breeding.
应用PCR和RT-PCR技术对WSSV、IHHNV和TSV这3种对虾病毒在凡纳滨对虾育苗过程中各个环节进行了检测，防止亲虾、卵、无节幼体、仔虾、亲虾饵料、丰年虫、水体等诸环节受到以上3种病毒携带或感染，保证培育出的凡纳滨对虾仔虾是高健康的虾苗，为凡纳滨对虾健康养殖的可持续发展提供一条可行的途径。
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Ambient salinity and dietary protein level only had significant interaction on the body ash content, while no significant interaction effects were observed in other parameters. Tubules of shrimp fed with CP30 and CP40 had the normal structure, though CP40 increased the number of R cells. Tubules of shrimps fed with CP20 had relatively fewer R cells and arranged incompactly. And the basal membranes of partial tubules were in disrepair. While tubules of shrimps fed with CP50 compactly arranged with much ambiguous materials in B cells.
饲料蛋白质含量明显影响了凡纳滨对虾肝胰腺的组织结构，投喂CP30和CP40饵料的对虾肝小体基膜完整，投喂CP40对虾的肝小体中还出现了大量的存储细胞；而投喂CP20饵料的对虾肝小体分布松散，R细胞数量较小，并且部分肝小体基膜破损；而投喂CP50饵料的对虾的肝小体排列紧密，且B细胞内出现大量内容物质。
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It can be concluded that WSSV infection can stimulate the iNOS synthesis in shrimps. However, the enzyme activity decreased sharply after the proliferation of virus. Therefore, iNOS can be considered as a valuable index for indicating the health status of Chinese shrimp F. chinensis and Kuruma prawn M. japonicus. In comparison with Chinese shrimp F. chinensis, the iNOS in the haemocytes of Kuruma prawn M.
我们通过NBT还原法和血细胞形态法在中国对虾和日本对虾血细胞中鉴定到了iNOS，并通过亚硝酸盐法和L-瓜氨酸法对比研究了感染WSSV后这两种对虾血细胞中iNOS的变化情况，结果显示：在WSSV感染初期，WSSV可以诱导中国对虾和日本对虾产生iNOS，且日本对虾比中国对虾的iNOS更容易被LPS所诱导。
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Oocystis borgei, which was selected from the prawn culture pond and expanded after 3-grade cuture, was artificially introduced into the culture system of Litopenaeus vannamei. The structure of microalgae community, the water quality, the factors that relate to the anti-disease ability of prawn and the growth of prawn were inspected to study the technology of microalage-ecology control to prevent shrimp diseases.
采用微藻三级扩大培养技术，将在对虾养殖池选育的波吉卵囊藻Oocysits borgei引入凡纳滨对虾Litopenaeus vannamei高位养殖池，并检测养殖环境中微藻群落结构、水质因子、对虾抗病力相关因子、对虾生长情况，研究了以微藻生态调控为主的对虾防病技术。
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The compositions of fatty acids in mid-gut gland of cultured healthy Penaeus monodon, healthy Penaeus japonicus, P. monodon slightly infected by MBV, P. monodon severely infected by MBV and P.
应用气相色谱法分别检测了人工养殖的健康斑节对虾、健康日本对虾、斑节对虾杆状病毒轻度感染斑节对虾、MBV重度感染斑节对虾及患中肠腺坏死杆状病毒病日本对虾中肠腺脂肪酸的组成及含量。
- 更多网络解释与对虾相关的网络解释 [注：此内容来源于网络，仅供参考]
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Langoustes sauce brune：红烧对虾
灯笼大虾 Langoustines | 红烧对虾 Langoustes sauce brune | 软炸对虾 Langoustes frites
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King Prawns：大对虾
虾仁 Peeled Prawns | 大对虾 King Prawns | 田螺 Winkles
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lobster：对虾
prawn 对虾 | lobster 对虾 | crab 螃蟹
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Prawn：对虾
对虾知识介绍: 对虾(Prawn)属甲壳尖动物,虾体小者称为虾钱. 主要产于我国的渤海、黄海及朝鲜的西部沿海. 世界各地海洋中所产品种甚多,有中国对虾、日本对虾、斑节对虾、墨吉对虾、长毛对虾、短沟对虾等. 我国产的对虾以天津河口尾红、爪红的对虾为最好.
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FRAWN KG：对虾
25 虾仁 SHRIMP SHELLED KG | 26 对虾 FRAWN KG | 27 鲈子鱼 PERCH KG
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Penaeus monodon：斑节对虾
文章摘要:应用聚丙烯酰胺凝胶电泳技术研究了南美白对虾(Penaeus vannamei),日本对虾(Penaeus japonicus),斑节对虾(Penaeus monodon),新对虾(Metapenaeus ensis)养殖群体杂合体缺乏及过量.
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Penaeus monodon：草对虾
\\"日本对虾\\",\\"Penaeus japonicus\\" | \\"草对虾\\",\\"Penaeus monodon\\" | \\"嗉囊下垂\\",\\"pendulous crop\\"
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Penaeus monodon：南美白对虾
中国对虾:Penaeus chinesis | 南美白对虾:Penaeus monodon | 凡纳对虾:Penaeus vannamei
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Penaeus monodon Fabr iciu：斑节对虾
斑节对虾头:head of Penaeus monodon | 斑节对虾:Penaeus monodon Fabr iciu | 华根霉:Rhizopus chinensis
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Langoustes frites：软炸对虾
红烧对虾 Langoustes sauce brune | 软炸对虾 Langoustes frites | 炒虾腰 Fricasse de crevettes et de rognons