- 更多网络例句与沟细胞相关的网络例句 [注：此内容来源于网络，仅供参考]
-
By using GFP-CaM fusion protein, we have observed the detailed dynamic redistribution of CaM in HeLa cells during cytokinesis.
我们采用绿色荧光蛋白标记技术，重点观察了胞质分裂期HeLa细胞中GFP-CaM的动态分布；应用三极细胞模型研究了CaM的分布与分裂沟形成之间的关系；还通过在胞质分裂不同阶段抑制CaM的活性研究了CaM在整个胞质分裂过程中的作用机制。
-
The results demonstrated that the exterior morphological structure of the pharynx showed the presence of the endlong pleat.
结果表明：黄鳝咽部表面具有许多纵行的褶，细胞间具有深沟、深洞和不规则的颗粒等不同结构。
-
e-PTFE was implanted into the pitting area after subcuntaneous disjunction. Results: 15 cases were followed for about 3 and 6 momths after implant of e-PTFE, including cases with saddle nose, pitting deformity of orbit, congenital lip cleft with depressed soft tissue around pyriform opening, parbial defect of helix. In these cases, satisfaction rate is evaluated as high as 97.9%, unexpected tissue response was not shown in this clinical trail.Conclusion: Depended on this clinical trail, we believe local e-PTFE manufactured by Shanghai Suo-kang Medical Implants Co., Ltd.
由于e-PTFE的组织相容性好，在80年代初期一些发达国家已经应用于整形美容外科[1]，尤其应用于隆鼻术、面部凹陷畸形的整复、唇线增高、唇加厚、鼻唇沟过深的整形美容术、耳廓缺损等手术中，学者们认为e-PTFE排斥反应的发生率低，弹性和硬度与软组织相似，周围组织细胞能够长期进入移植物内，不形成纤维囊，在整形美容外科领域有重要的应用价值。
-
Results①Make clear of the general principal during the morphologicaldevelopment of the C57BL/6 mouse inner ear and reconstructed the 3D modelof E13 inner ear;②The mature time of many histological structuresassociated closely with the hearing setout of C57BL/6 mouse were madeclear as basilar membrane in D10, scala vestibular and tympanicD4, Cortis tunnel D12, inner sulcus D10, tectorial membrane D10, haircells D12, spiral ganglion neurons D12 and neurofilament in cochlear axisD12-D14.③Outlined the time table and the patterns of the expressionsof those proteins associated with the inner ear development which includedproneural committed proteins, neuronal differential proteins,neurotrophic factors and neuron special proteins.
结果①HE常规染色大体观上了解了C57BL／6小鼠内耳形态发育E8-Da期间的一般规律并且获得了E13的三维立体图像；②获得了各种听功能密切相关的结构的成熟时间点，基底膜(D10)、鼓阶前庭阶(D4)、螺旋器隧道(D12)、内螺旋沟(D10)、盖膜(D10)、毛细胞(D12)、螺旋神经元(D12)和蜗轴纤维(D12-D14)；③完成了前神经决定蛋白、神经分化蛋白、神经营养因子和神经元特异性蛋白等内耳发育相关的蛋白的表达时限表并详细观察了其在内耳各个部位表达随发育变化的特点：④Calbindin在E16以后的螺旋神经元没有表达，但是在scarpa神经元持续表达。
-
Results①Make clear of the general principal during the morphologicaldevelopment of the C57BL/6 mouse inner ear and reconstructed the 3D modelof E13 inner ear;②The mature time of many histological structuresassociated closely with the hearing setout of C57BL/6 mouse were madeclear as basilar membrane in D10, scala vestibular and tympanicD4, Corti\'s tunnel D12, inner sulcus D10, tectorial membrane D10, haircells D12, spiral ganglion neurons D12 and neurofilament in cochlear axisD12-D14.③Outlined the time table and the patterns of the expressionsof those proteins associated with the inner ear development which includedproneural committed proteins, neuronal differential proteins,neurotrophic factors and neuron special proteins.
结果①HE常规染色大体观上了解了C57BL／6小鼠内耳形态发育E8-Da期间的一般规律并且获得了E13的三维立体图像；②获得了各种听功能密切相关的结构的成熟时间点，基底膜(D10)、鼓阶前庭阶(D4)、螺旋器隧道(D12)、内螺旋沟(D10)、盖膜(D10)、毛细胞(D12)、螺旋神经元(D12)和蜗轴纤维(D12-D14)；③完成了前神经决定蛋白、神经分化蛋白、神经营养因子和神经元特异性蛋白等内耳发育相关的蛋白的表达时限表并详细观察了其在内耳各个部位表达随发育变化的特点：④Calbindin在E16以后的螺旋神经元没有表达，但是在scarpa神经元持续表达。
-
In this paper, a new REE tracer method was used to quantitatively distinguish sheet and rill erosion amount. The new REE tracer method should be useful to future studying of erosion processes on slope lands.
本研究为定量区分片蚀和细沟侵蚀量以及坡面侵蚀过程中片蚀向细沟侵的转变以细胞侵蚀发生、发育提供了新的思路和解决途径。
-
There were many apoptotic cells spreading through the short cloacal membrane in cloaca malformation rat embryos on gestational days 13.5. But from gestational days 14.5 to 15 cellular apoptosis did not occur in terminal rectum and"tail groove" in cloaca malformation rat embryos, rectum could not connect to the outside.
ETU致畸的胎鼠13.5天时，短小的泄殖腔膜布满大量凋亡的细胞。14.5天-15天直肠末端与相应的尾沟处未见细胞凋亡发生，直肠末端未与外界相通。
-
Volume of cell ill will color is larger, polygonal, afterbirth film is clear, afterbirth qualitative translucence is fine meshy, afterbirth nucleus shrinkage, visible nucleus channel and nuclear different, nucleolus is unidentified show; and acidity of qualitative be addicted to of afterbirth of acerbity cell of be addicted to submits fine grained form, apparent nuclear week sky is dizzy it is thus clear that.
嫌色细胞体积较大，多角形，胞膜清楚，胞质半透明细网状，胞核皱缩，可见核沟及核异型，核仁不明显；而嗜酸细胞胞质嗜酸性呈细颗粒状，可见明显的核周空晕。
-
Results D Cell morphology : Osteoblasts adhered tightly to five different titanium surface; On G surface, osteoblasts were spindle-shaped along the groove; Osteoblasts were cubic, multangular and abundant cytoplasm on SB surface and TPS surface, spreading in all directions.
①细胞粘附形态：成骨细胞在五种不同处理钛片表面粘附生长，SB组、TPS组表面细胞为多边形，胞浆丰富，有多个伪足突起呈分化表型；G组表面细胞胞体沿打磨沟嵴的方向伸展呈长梭形，少见伪足突起。
-
Based on the results, it has found that six distinct layers can be identified from lateral to medial in the olfactory bulbs, and the adults have more cells than the subadults. Ventricles of the adults take up larger vacuity, have richer choroids plexus, and primordial pallium and primordial hippocampus of them are more developed than the subadults, in which the primordial piriform is well-developed. Ventral to the primordial hippocampus, there is a septal area which can not be divided into medial and lateral parts in both adults and subadults, nor there is lateral limiting sulcus to separate the primordial piriform and the corpus striatum, but only in the subadults, a medial limiting sulcus can be clearly identified to separate the primordial hippocampus and the septal area. Besides, the corpus striatum of Onychodactylus fischeri is paleostriatum. The cell group that located at two sides of the third ventricle is amygdale, and shape and size of neurons within the telencephalon are poorly differentiation.
结果表明：爪鲵嗅球内细胞从外到内大致可分为6层结构，亚成体的细胞数量少于成体；成体爪鲵的侧脑室所占空间较大，脉络丛更为丰富，原始大脑皮层和原始海马都比亚成体发达，后者大脑内原始梨状区较为发达；隔区位于原始海马的下方，成体和亚成体都没有外侧隔核和内侧隔核之分，也没有外侧界沟作为原始梨状区和纹状体的分界，而在亚成体的侧脑室壁有内侧界沟区分原始海马和隔区，成体则没有；此外，爪鲵的纹状体属于古纹状体，杏仁核是位于第三脑室两侧的两个细胞团，端脑内细胞形态和大小分化较为单一。
- 更多网络解释与沟细胞相关的网络解释 [注：此内容来源于网络，仅供参考]
-
epithelial cell：分泌;细胞层;沟周细胞
epins (木材)扭纹斑 | epithelial cell 分泌;细胞层;沟周细胞 | epithelial parenchyma 上皮薄壁细胞
-
endodermal groove：内胚层沟
endodermal cell with casparian strip 具有凯式带的内皮层细胞,具有凯式带的内皮层细胞 | endodermal groove 内胚层沟 | endodermal sinus tumor of ovary 卵巢内胚层窦瘤
-
peripharyngeal groove：围咽沟
咽腔的内壁生有纤毛,其背、腹侧的中央各有一沟状结构,分别称为背板(dorsal lamina或咽上沟epipharyngeal groove)和内柱(endostyle),沟内有腺细胞和纤毛细胞;背板和内柱上下相对,在咽的前端以围咽沟(peripharyngeal groove)相连,腺细胞能分泌粘液,
-
canal cell：沟细胞
canal 沟,管,道 | canal cell 沟细胞 | canalicular apparatus 微管器
-
neck canal cell：颈沟细胞
颈卵器的外形如瓶状,上部细狭,下部膨大.细狭的部分称颈部(neck),膨大的部分称腹部(venter),颈部的外壁由一层细胞所构成,中间有一条沟,称颈沟(neck canal).颈沟内有一串细胞,称颈沟细胞(neck canal cell).腹部的外壁是由多层细胞所构成,
-
neck canal cell：颈沟细胞 ; 颈管细胞
nauplius 无节幼体 ; 无节幼虫 | neck canal cell 颈沟细胞 ; 颈管细胞 | neck cell 颈细胞
-
neck canal cell：颈沟细胞,颈沟细胞
neck bush ==> 颈衬布司,内衬套 | neck canal cell ==> 颈沟细胞,颈沟细胞 | neck chain ==> 颈链,颈链
-
primary canal cell：初生沟细胞
04.068 初生颈细胞 primary neck cell | 04.069 初生沟细胞 primary canal cell | 04.070 雌配子 megagamete
-
ventral canal cell：腹沟细胞
腹部的外壁由1至多层细胞构成,内有1卵细胞(egg cell),卵细胞与颈沟细胞最下一个细胞之间有1个腹沟细胞(ventral canal cell),受精前颈沟细胞和腹沟细胞均解体,精子器成熟后,精子逸出,在有水的条件下,游入发育成熟的颈卵器内.
-
endodermal cell with casparian strip：具有凯式带的内皮层细胞,具有凯式带的内皮层细胞
endocrinopathy of pancreatic islets ==> 胰岛内分泌病 | endodermal cell with casparian strip ==> 具有凯式带的内皮层细胞,具有凯式带的内皮层细胞 | endodermal groove ==> 内胚层沟