Tubular vascular chambers have been designed to allow developing cell cultures on cylindrical scaffolds mimicking the effect of flow caused by, e.g., by the blood flow on arteries and veins. Thus, vascular scaffolds are good candidates to be used with this type of chambers, although any other tube-shaped scaffolds or organs can be also cultured in this chambers (trachea, esophagus, etc.).

These chambers allow the user to create two independent flow circuits. The internal or luminal one is intended to circulate culture media through the lumen of the scaffold in order to simulate, e.g., the blood flow circulation, whereas the other one allows the user to circulate culture media around the external surface of the scaffold. Both circuits are not independent and are not connected to each other, which makes possible to use different culture media in both circuits. Co-culture experiments with different media types can be easily performed with these chambers.

Tubular chambers can be adapted to be used with to different scaffold sized both in diameter and in length in order to adapt to different scaffold geometries and sizes. All the chambers can be used in combination with the TEB series to create the desired flow conditions. 

 Tubular vascular chambers 血管培养舱

管状血管室被设计成允许在圆柱形支架上进行细胞培养，模拟由动脉和静脉上的血流引起的流动效应。因此，血管支架很适合用于这种类型的腔室，尽管其他管状支架或器官也可以在这种腔室（气管、食道等）中培养。

这些腔室允许用户创建两个独立的流动回路。内部或管腔式的***个用于通过支架的管腔循环培养基，以模拟血液循环，而另***个允许用户在支架的外表面周围循环培养基。这两个电路不是独立的，也不是相互连接的，这使得在两个电路中使用不同的培养基成为可能。不同培养基类型的共培养实验可以很容易地用这些培养箱进行。

管式腔室可适用于不同直径和长度的脚手架，以适应不同的脚手架几何形状和尺寸。所有的腔室都可以与TEB系列结合使用，以创造所需的流动条件。