Finally, there are reticular fibers — short, finer collagen fibers with an extra coating of glycoprotein.

最后是网状纤维——更短更细的胶原纤维带有一层额外的糖蛋白涂层。

Reticular theory captivated the field with its elegant simplicity.

网状理论以其优雅的简单性吸引了该领域。

I got a neuroanatomic lesion affecting my reticular activating system.

我有神经损伤影响到我脑袋的网状活化系统。

Reticular tissue is like areolar tissue, but with a woven mess of reticular fibers — rather than collagen and elastin fibers — hence the name.

网状结缔组织类似于蜂窝组织，但是由网状纤维编织而成——而不是胶原蛋白和弹性蛋白纤维——因此得名。

60 years before reticular theory was born, developments in microscope technology revealed cells to be the building blocks of organic tissue.

在网状理论诞生前 60 年，显微镜技术的发展揭示了细胞是有机组织的基石。

This idea, called reticular theory, imagined the nervous system as a massive web of tissue that physically connected every nerve cell in the body.

这个想法，称为网状理论，将神经系统想象成一个巨大的组织网，物理连接身体中的每个神经细胞。

Just as your areolar tissue is a kind of sponge for watery ground substance, your reticular tissue is what holds your blood in place in many of your organs.

就像你的蜂窝组织是一种海绵，用于水样物质，你的网状组织是在你的许多器官中保持血液的地方。

And what these new slides revealed would upend reticular theory— the branches reaching out from each nerve cell were not physically connected to any other tissue.

这些新幻灯片揭示的内容将颠覆网状结构理论——从每个神经细胞伸出的分支与任何其他组织没有物理连接。

Today we wrapped up our four-episode series on tissues, with a survey of the sub-groups of loose and dense connective tissue, including areolar, adipose, reticular, tendons, ligaments, dense irregular, and dense elastic tissue.

今天我们总结了关于组织的四集系列，调查了松散和致密结缔组织的亚群，包括蜂窝、脂肪、网状、肌腱、韧带、致密不规则组织和致密弹性组织。