体腔

基本解释 (translations)

coelom  ·  coeloma  ·  coelomic  ·  splanchnocoele  ·  syncoelom  ·  celom  ·  coeloms  ·  coelome  ·  syncelom

词组短语

body cavity · body-cavity

与体腔相关的网络例句 [注：此内容来源于网络，仅供参考]

The coelom formed from a pocketlike outgrowth of the wall of the archenteron, especially in echinoderms and ''.

肠体腔由原肠壁的袋装生长而形成的体腔，尤其存在于棘皮动物和脊索动物中

The coelom formed from a pocketlike outgrowth of the wall of the archenteron, especially in echinoderms and chordates.

肠体腔由原肠壁的袋装生长而形成的体腔，尤其存在于棘皮动物和脊索动物中

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成"前体腔上皮"，经再分化形成新的体腔上皮。

Oogonium develops into early oocyte in the ovary, and then the oocyte leaves the ovary for the coelomic fluid in the form of single cell or cell mass followed by the rapid separation of the group of oocytes into individual ones. Oocyte enters into the nephridium after its maturation. The rupture of germinal vesicle marks the oocyte maturation. Oocyte in the coelom does not have follicle membrane and vitelline membrane is formed and developed by the oocyte itself. Smaller oocyte (0μm in diameter) is round, and larger ones (≥60μm in diameter) is ovate. The short and long diameters of a morphologically mature oocyte are about 115—120μm and 140—145μm respectively, and the vitelline membrane is 7—9μm thick.

卵原细胞在卵巢中发育至早期卵母细胞时期单个或成团脱离卵巢入体腔液中，卵母细胞团细胞很快分离为单个细胞；卵母细胞在体腔液中发育成熟后进入肾管；生发泡破裂是卵母细胞成熟的标志；体腔中卵母细胞无滤泡膜，卵黄膜的形成与发育靠卵母细胞本身；卵径小于60μm的卵母细胞呈圆形，卵径大于60μm 的卵母细胞为卵圆形，形态上成熟的卵母细胞短径约115—120μm、长径约140—145μm、卵黄膜厚7—9μm。

After amputation, the expression of desmin appears first in the distal end epidermis and the peritoneum 4 d PA. The expression in the peritoneum lasts to the 14 d PA when expression of desmin appears in the musculature, while that in the distal end epidermis only lasts to the 8 d PA when the connective tissue below begins to express desmin. Moreover, from the 4 d PA, musculature and epidermis of the tube foot begin to express desmin and the expressions last to the 20 d PA. From 8-14 d PA, musculature of the ambulacral plate expresses myogenin and the peritoneum also expresses myogenin from 14-20 d PA. All these results indicate that precursor cells for muscle regeneration in adult starfish A.rollestoni are mainly from the distal end epidermis and the parietal peritoneum.

创伤后第4 d，顶端表皮层及体腔上皮中首先出现了desmin表达，体腔上皮中desmin的表达一直持续到第14 d，此时其上方的肌肉组织中也出现了desmin表达；而顶端表皮层中desmin的表达仅持续到第8 d，同时其下方的结缔组织也开始表达desmin；此外，从第4 d起，管足肌肉及管足表皮层开始表达myogenin，且该表达一直持续到创伤后的第20 d；而第8 d起，步带板肌肉也出现了myogenin的表达，此表达一直持续到第14 d；从第14 d起，体腔上皮也出现myogenin表达，且一直持续到第20 d。

There was the maximal complement analogues AjC3, AjC4 in the coelomic fluid, followed by in the coelomocytes and the minimum in the supernatant of the coelomic fluid.

仿刺参体内总补体溶血活性和补体类似物AjC3、AjC4的活性依次顺序均为体腔液＞体腔细胞＞体腔液上清液。

The hemolytic activity and complement analogues AjC3, and AjC4 in coelomic fluid, the supernatant of coelomic fluid and coelomocytes were tested in sea cucumber Apostichopus japonicus by three methods.

用3种方法对仿刺参Apostichopus japonicus体腔液、体腔液上清液及体腔细胞中的总补体溶血活性和补体类似物AjC3、AjC4活性进行测定。

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成&前体腔上皮&，经再分化形成新的体腔上皮。

Results analysis of data indicated a significant positive correlation among the refraction dioptres of myopia and axis length,vitreous length of eye (standardized coefficients are 0.909 and 0.803,respectively). multiple linear regression analysis of the data showed that vitreous length was the main factor to affected the formation and development of myopia diopter.

结果 眼轴长度（标准化回归系数b'j =0.909）及玻璃体腔长度（标准化回归系数b'j =0.893）均与近视屈光度呈显著正相关；用逐步回归多元线性分析法分析玻璃体腔长度、晶体厚度及前房深度各屈光要素，其中玻璃体腔长度对眼轴长度的影响最大。

SPSS 11.5 software package were applied to analyze the data. Results Analysis of data indicated a significant positive correlation among the refraction dioptres of myopia and axis length,vitreous length of eye (standardized coefficients are 0.909 and 0.803,respectively).

结果 眼轴长度（标准化回归系数b'j =0.909）及玻璃体腔长度（标准化回归系数b'j =0.893）均与近视屈光度呈显著正相关；用逐步回归多元线性分析法分析玻璃体腔长度、晶体厚度及前房深度各屈光要素，其中玻璃体腔长度对眼轴长度的影响最大。

与体腔相关的网络解释 [注：此内容来源于网络，仅供参考]

body cavity：体腔

它形成脊椎动物和多数无脊椎动物的主要体腔 (body cavity).它是由中胚层(mesoderm)分化形成的.体腔管连系体腔与 外面,生成的废物和配子由此排出.在高等哺乳动物中,被特化作为输 卵管等.在环节动物和脊椎动物中,

primary body cavity：原始体腔;初级体腔

原发性贫血 primary anemia | 原始体腔;初级体腔 primary body cavity | 初级支气管 primary bronchus

secondary body cavity：后成体腔;次级体腔

次生臀脉 secondary anal vein | 后成体腔;次级体腔 secondary body cavity | 次骨 secondary bone

coelom：体腔

肠体腔囊壁就是新发生的中胚层,中间的空腔即体腔(coelom). 文昌鱼前部的中胚层是以肠体腔囊方式形成,这是与棘皮动物、半索动物一致的,反映了与它们在系统发生上的亲缘关系;但在14对体节以后,中胚层脱离了原肠,从一条独立的细胞带发生,

coelom theory：体腔说

体腔 coelom | 体腔说 coelom theory | 体腔动物 coelomaria

coelomic epithelium：体腔皮膜;体腔外皮

\\"体腔动脉\\",\\"coelomic artery\\" | \\"体腔皮膜;体腔外皮\\",\\"coelomic epithelium\\" | \\"体腔液\\",\\"coelomic fluid\\"

coelomic fluid：体腔液

\\"体腔皮膜;体腔外皮\\",\\"coelomic epithelium\\" | \\"体腔液\\",\\"coelomic fluid\\" | \\"体腔衬膜\\",\\"coelomic lining\\"

enterocoelic pouch：肠体腔囊

3.中胚层的发生与器官的分化:在形成脊索的同时,在原肠靠背方两侧出现一系列彼此相连接、按节分布的肠体腔囊(enterocoelic pouch),其后与原肠分离. 肠体腔囊壁就是新发生的中胚层,中间的空腔即体腔(coelom). 文昌鱼前部的中胚层是以肠体腔囊方式形成,

exocoelom：外体腔 胚外体腔

exocoele 外腔 | exocoelom 外体腔 胚外体腔 | exocoeloma 外体腔

schizocoel：裂体腔

次生体腔位于中胚层之间,为中胚层裂开形成,故又称裂体腔(schizocoel). 因此,次生体腔为中胚层所覆盖,并具有体腔上皮(peritoneum)或称体腔膜. 次生体腔的出现,是动物结构上一个重要发展. 消化管壁有了肌肉层,增强了蠕动,提高了消化机能.