- 更多网络例句与围口纤毛的相关的网络例句 [注：此内容来源于网络，仅供参考]
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It is proved that cyst wall undergo the process of becoming thinner and thinner and break at last, the ciliatures grow gradually from the position of kinetosomes and adoral zone of membranelle is formed during the resting cysts differentiation .
在此基础上，本实验证实，在休眠细胞解脱过程中，包囊壁经历了一个逐渐变薄并最终断裂的过程，纤毛杆从残留的毛基体位置逐渐长出，口围带在休眠细胞解脱的后期形成。
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These base-associated microtubules is comprise of membranlle brackets of AZM,its associated oral rib-wall microtubules, base body brackets of UM,anterior longitudinal microtubulesand posterior longitudinal microtubules of frontal cirri,ALM of TC,ALM,PLM and transverse microtubules of midventral cirri and L-and RMC.
其中，口围带小膜托架及其相联系的肋壁微管和波动膜基体托架，额棘毛基部前纵微管束、后纵微管束及横棘毛基部前纵微管束，中腹棘毛及左、右缘棘毛基部前纵微管束、后纵微管束和横微管束是该纤毛虫皮层纤毛器基部的主要附属微管。
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Lastly, based on analysis on phylogentic relationships among 39 ciliates combined with their main morphologic characters, some conclusion were drawn: 1 the monophyly of the peritrichs was strongly supported, and its subclass rank in the class Oligohymenophorea is reasonable; 2 the genus Epistylis might not be monophyletic, and the peristomial area, especially the peristomial lip, might be an important phylogenetic character within the genus Epistylis; 3 the taxonomic rank of the genus Carchesium and the genus Campanella were suggested to be adjusted; 4 Opisthonecta probably diverged from peritrichs with stalks; 5 the phylogenetic tree of peritrichs was reconstructed based on the molecular information inferred from SSrRNA gene sequences and the morphology.
测定了6科8属13种缘毛类纤毛虫的SSrDNA序列，将构建的最大简约树和邻接树与形态学相结合，分析得出：1）缘毛类纤毛虫是单系的，其分类地位是隶属于纤毛门寡膜纲缘毛亚纲：2）指出累枝虫属可能不是单系的，口围区是累枝虫属中重要的系统发育特征；3）建议调整独缩虫和聚钟虫属的分类地位；4）得出后游虫可能是由有柄缘毛类进化而来的类群；5）基于缘毛类反口区结构和SSrRNA基因序列提供的信息重建了缘毛类纤毛虫的系统发育树。
- 更多网络解释与围口纤毛的相关的网络解释 [注：此内容来源于网络，仅供参考]
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peristomium：围口节
另一种是不能自由活动的,包括一些相似的体节组成,例如沙蚕,身体的最前端有发达的口前叶(prostomium)、口前叶上有各种感觉结构,通常包括眼、触手(antennae),腹侧的触须(palps)及纤毛穴或纤毛沟等,口前叶之后为围口节(peristomium),围口节常与其后的