teleost

1. Teleost fishes having fins with sharp bony rays.
   硬骨鱼类，其鳍有锋利的鳍刺。
2. A teleost fish with fins that are supported by sharp inflexible rays.
   硬骨鱼，鳍由尖而硬的鳍刺支撑。
3. The linkage structure and phylogeny of DMRT gene family in the teleost fish
   真骨鱼类DMRT基因家族的连锁结构及其系统发生
4. An extensive group of teleost fishes having fins supported by flexible cartilaginous rays.
   有软骨支撑鳍的一个大硬骨鱼类。
5. Movement toward a chemical stimulus. ON SOME POINTS CONCERNING THE RESPONSE OF THE TELEOST'S BRAIN TO CERTAIN CHEMICALS
   趋向化学刺激物的运动。硬骨鱼脑对于某些化学刺激的反应
6. Marine food fish of North Atlantic or North pacific; the largest flatfish and one of the largest teleost fishes.
   太平洋或大西洋北部水域中的海生食用鱼；最大的比目鱼以及最大的硬骨鱼的一种。
7. Bony fish: a fish having a bony rather than cartilaginous skeleton; a teleost.
   硬骨鱼：一种长着硬骨架的多骨鱼；硬骨鱼。
8. Hardness was decreased after maximum by high temperature heating. bony fish: a fish having a bony rather than cartilaginous skeleton; a teleost.
   高温加热硬度达最大硬度以后保温硬度降低。硬骨鱼：一种长着硬骨架的多骨鱼；硬骨鱼。
9. On some points concerning the response of the teleost's brain to certain chemicals "that affected his mind," she said.
   硬骨鱼脑对于某些化学刺激的反应正是这件事刺激了他的头脑，她说。
10. The migration of the primordial germ cells ( PGCs), formation of the genital ridge, gonad sex differentiation, and their variations under different water temperatures were investigated using histological methods in the teleost, Pseudobagrus vachelli.
    通过组织学方法观察江黄颡鱼原始生殖细胞（PGCs）迁移、生殖嵴生成和性腺分化，并且探讨在不同温度培育下性腺分化的差异。
11. The eyeball structures of Amur sturgeon larva are different from Chondrichthyes ', and little disagreement with Teleost' s.
    同时施氏鲟仔鱼的视网膜中只有视杆细胞和单视锥细胞，这些结构特征不同于软骨鱼，也与大部分硬骨鱼有差异。
12. Progress of Nuclear Transplantation in Teleost
    硬骨鱼类细胞核移植的研究进展
13. Somatic nuclear transplantation in teleost fishes&(ⅰ) transplantation between the somatic nucleus of Carassius auratus and egg cytoplasm of Cyprinus carpio
    硬骨鱼类体细胞核的移植&（Ⅰ）鲫鱼体细胞核和鲤鱼卵细胞质配合的移植
14. The comparative anatomy studies on digestive system of 6 fish species of STOMACH-CONTAINING teleost in freshwater
    6种有胃真骨鱼消化系统比较解剖的研究
15. The formation and disintegration of chromatoid body, as well as the relationship between the chromatoid body and mitochondrion in the spermatogenesis of teleost Carassius auratus was analyzed by transmission electron microscopy.
    运用电子显微镜观察了鲫鱼生精细胞发育过程中拟染色体的形成和解体，以及拟染色体和线粒体的关系。
16. Studies on the histopathology of 'white spot' disease in marine teleost
    海水硬骨鱼白点病组织病理学研究
17. The results are discussed in relation to the structure of testis and spermiogenesis in teleost.
    本文并讨论硬骨鱼类精巢结构和精子发生的有关问题。
18. Recent progresses of study on fertilization cytology in teleost
    硬骨鱼类受精细胞学研究进展
19. Studies on the Origin and Development of the Pituitary Gland and Its Ultrastructure of Teleost, Silurus Asotus
    鲇脑垂体的起源和发生及其超微结构的研究
20. Genetic Control of Biosynthesis of Immunoglobulin in Teleost Fish
    鱼类免疫球蛋白生物合成的遗传控制研究综述
21. Spermatogenesis of teleost and its prospective application in the study of phylogenetic development
    硬骨鱼类精子发生及其在系统演化研究中的应用前景
22. The results that suggest lineage-specific β-actin loss might happen in the radical evolution of teleost fishes.
    这暗示伴随着鱼类的辐射式进化历程，可能发生了种系特异性的βactin的丢失。
23. Evolutionary tree analysis shows that CTGF gene sequences of teleost have higher homology.
    进化树分析表明，硬骨鱼类的CTGF基因具有高度同源性。
24. Environmental endocrine disrupting chemicals ( EDCs) may disturb the sex hormone level of organisms, thereby affected the sex determination and reproduction process of many teleost fish.
    环境内分泌干扰物（EDCs）能够干扰生物体内性激素的正常表达，从而影响生物的性别分化和生殖功能。
25. In teleost, although protein sequences with SRCR structure have been identified in some species, very little functional investigation has been carried out.
    在硬骨鱼中，虽然已经分离了SRCR结构的蛋白序列，但对其功能了解很少。
26. Rainbow trout is a teleost fish which stands for a critical stage of the immune system evolutionary history. So it is significant to study its immune system.
    虹鳟作为硬骨鱼，代表了免疫系统进化史上的一个重要的阶段，对其免疫系统的研究具有重要的意义。
27. The research about teleost immune not only contributes to the understanding of the immune molecules from the perspective of molecular evolution, but also has an important position and role in fish disease control.
    硬骨鱼类免疫相关研究不仅有助于从分子进化角度深化对免疫分子的认识与理解，而且在鱼类病害防治方面具有重要意义。
28. Teleost fish are the most primitive vertebrates with both non-specific and specific immune response.
    硬骨鱼类是同时拥有非特异性免疫应答与特异性免疫应答的最原始脊椎动物。

noun

1. a bony fish of the subclass Teleostei

   Synonym:    teleost fishteleostan