鳃的

基本解释 (translations)

branchial

与鳃的相关的网络例句 [注：此内容来源于网络，仅供参考]

The outside gill disappeared, the gill arches developed to from the branchia, later the branchia appeared primary protuberance, along with developing, it appeared the secondary protuberance and the third protuberance, until the 36 stage, the stage is the inside gill developing at the peak, later it came into the period of the metamorphosis, the inside gill degenerated, the third protuberance began shrank, next the secondary protuberance and the primary protuberance shrank, finally the gill arches shrank and disappeared, the metamorphosis completed.

内鳃的发育是首先由鳃弓上的突起形成鳃叶，其次鳃叶上出现初级突起，随着进一步发育出现次级突起和三级突起，直到内鳃发育最高峰(胚胎发育的36期)。随后进入变态期，内鳃开始退化，首先是三级突起开始萎缩，其次是次级突起和初级突起，最后是鳃弓，直至鳃弓完全消失，变态完成。

In second season, the DSV added Dagwood, a prototype GELF (Genetically Engineered Life Form), Tony Piccolo, a man with surgically implanted gills, and Dr.

皮考罗，一个通过手术安装了鳃的人和温迪。史密斯博士，一个心灵感应者/心灵共鸣者Dr。

Gill movement is a necessary condition of the gill breathing, it makes the water flow along a certain way, gill septum and gill cover is being opened, as if pumping the role of the water from the mouth out.

鳃的运动是鳃呼吸的必需条件，它使水沿着一定途径流动，鳃隔和鳃盖的启开，犹如泵的作用，将水从口腔中抽出。

When extremity , they showed nerval poisoning sign such as urgent swim, overturn, ankylosis and twitch. Gill thread turgescence, and the structure of some gill thread tip was destroyed, some dark globosity grains or actinomorphic anomaly accreted on it. Granular degeneration, vacuolar degeneration, necrosis ,in liver cells and renal tubular epithelial cells.

急性铜中毒金鱼体表和鳃的粘液增多，体色变淡，呼吸困难，严重者死亡：临死前有游窜、侧翻打转、僵硬抽搐等神经中毒表现；鳃丝肿胀，有的鳃丝末端形态破坏，鳃丝上附着有球状或不规则放射状的深色颗粒物。

A member of the order Dibranchiata, a classification formerly used for the two-gilled cephalopods, which include the octopuses, cuttlefish, and squids.

二鳃目二鳃目的一员（一种正式使用于二鳃的头足纲动物的分类），包括章鱼、乌贼和鱿鱼

The ultrastructure of the gill surface in largemouth bass Micropterus salmoides and blue gill Lepomis macrochirus was investigated using scanning electron microscopy.

应用扫描电镜对大口黑鲈Micropterus solmoides和蓝鳃太阳鱼Lepomis macrochirus鳃的表面微细结构进行了观察。

The results showed that the surface architecture and ultrastructure of gills filaments and secondary gill lamellaes of the largemouth and the blue gill were similar to other teleosts.

结果表明：大口黑鲈和蓝鳃太阳鱼鳃的表面结构和微细结构与其它硬骨鱼类基本相似，鳃弓和鳃耙表面被具环形微嵴的上皮细胞所覆盖，表面观凹凸不平；大口黑鲈鳃耙的尖齿直径和长度分别为蓝鳃太阳鱼鳃耙的3.4~3.8倍和2.1~3.8倍；两种鱼的鳃丝末端略为膨大呈勺状，鳃丝表面都具有规则或不规则分布的环形微峙、沟、坑、孔等结构；大口黑鲈鳃丝之间的距离相对较大，蓝鳃太阳鱼的鳃丝间距离仅为大口黑鲈的83%~88%；大口黑鲈鳃小片的高度、厚度和片间距都大于蓝鳃太阳鱼。

The surface architecture and ultrastructure of gill filaments and secondary gill lamellaes of S. oramin and S. argus were similar to other teleosts. The gills from both S. oramin and S. argus showed regular and irregular circular microridges, indentations, micropits and crevices.

结果表明，黄斑篮子鱼和金钱鱼鳃的表面结构及微细结构与其他硬骨鱼类基本相似，鳃丝表面都具有规则或不规则分布的环形微嵴、沟、坑、孔等结构。

The result showed that the surface architecture and ultrastructure of I.punctatus ' gill and secondary gill lamellae were similar to those of other teleosts. The surface of gill arches and gill rakers was covered with pavement cells which were characterized by circular microridges, and secreting-holes were found among cells on the surface of gill arches. The base part of gill rakers were bigger in terms of diameter. The pavement cells' surface of gill filaments' middle part was characterized by microridges with fine lateral protuberances on both sides which were either fused or interruped, while the microridges disappeared on the pavement cells' surface on both top and base parts of gill filaments, forming dense granulated protuberances. The height and interlamellar space of secondary gill lamellae in I.punctatus were relatively higher and bigger, respectively.

结果表明，斑点叉尾鮰鳃的表面结构和微细结构与其他硬骨鱼类基本相似，鳃弓和鳃耙表面被具环形微嵴的扁平上皮细胞所覆盖，鳃弓表面细胞之间有孔洞；鳃耙基部较粗壮；中部鳃丝上皮细胞表面的微嵴两侧有细小的横突，有些微嵴出现融合或间断；端部和基部鳃丝上皮细胞表面的微嵴消失，形成密集颗粒状突起；鳃小片的高度和片间距较大。

The result showed that: 1 Gill epithelium nucleus major-axis size, hemolymph nucleus diameter in the connective tissue of mantle and labial palps were significantly (P＜0.001) larger in triploids than in diploids, no significantly differences were found in rectum epithelium height between diploids and triploids.

另外，通过组织切片、扫描电镜和透射电镜等方法比较了二倍体和三倍体太平洋牡蛎的几种组织器官的细胞大小、鳃的表面结构和鳃的超微结构，二倍体和四倍体精子的超微结构上的差异，旨在为更好的发展多倍体育种技术、探索多倍体的快速生长机制提供理论依据。

与鳃的相关的网络解释 [注：此内容来源于网络，仅供参考]

abranchiate：无鳃的

abranchial 无鳃的 | abranchiate 无鳃的 | abrasion 磨蚀

branchial：鳃的

branchia 鳃 | branchial 鳃的 | branchial arch 鳃弓

branchial：鳃的, 鳃状的

branchial segment | 鳃节 | branchial | 鳃的, 鳃状的 | branchialchamber | 鳃室

branchial：(有)鳃的;鳃状的

branchia 鳃 | branchial (有)鳃的;鳃状的 | branchiate 有鳃的

tetrabranchiate：四鳃的

tetrabranch 四鳃软体类 | tetrabranchiate 四鳃的 | tetrabromated 四溴化的

branchiate：有鳃的

\\"鳃系\\",\\"branchial system\\" | \\"有鳃的\\",\\"branchiate\\" | \\"鳃栖性寄生\\",\\"branchicolous\\"

branchiate：具鳃的

branchial stegite 鳃盖 | branchiate 具鳃的 | branchiferous 有鳃的,具鳃的

branchiferous：有鳃的,具鳃的

branchiate 具鳃的 | branchiferous 有鳃的,具鳃的 | branchiform 似鳃的

branchiform：形状象鳃的

branchiate | 有鳃的 | branchiform | 形状象鳃的 | branching decay | 分支衰变

branchiform：似鳃的

branchiferous 有鳃的,具鳃的 | branchiform 似鳃的 | branchihyal 鳃弓成分,节