CELL CULTURE, TRANSPORT AND INVESTIGATION
Provided herein is a cell culture module for culturing one or more cells in an array of chambers formed therein the cell culture module. In some cases, the cell culture module may further comprise one or more sensors. In some cases, the cell culture module may further comprise one or more electrodes.
1 - 20 . (canceled)
21 . A cell culture system comprising:
a transparent module having a plurality of chambers, a plurality of cells in each chamber attached to a substrate in each chamber, each chamber connected to a channel; and
a base unit comprising a control system and a fluid delivery system, the control system electrically connected to a light source and to an optical sensor configured for sensing a fluorescent or luminescent signal from one or more of the chambers, the fluid delivery system including a fluid reservoir, the base unit configured to retain the module and the fluid delivery system configured to deliver a fluid to each chamber through the channel connected to each chamber.
22 . The cell culture system of claim 21 wherein the module is manufactured using a plurality of layers.
23 . The cell culture system of claim 21 wherein the substrate comprises a porous membrane.
24 . The cell culture system of claim 23 wherein the plurality of cells are seeded on one side of the porous membrane.
25 . The cell culture system of claim 21 wherein the module has a width and/or a length less than about 2 inches.
26 . The cell culture system of claim 21 wherein the module has 2 to 5 chambers.
27 . The cell culture system of claim 21 wherein the module has 4 chambers.
28 . The cell culture system of claim 21 wherein each chamber contains 100 or more cells.
29 . The cell culture system of claim 21 wherein the fluid is a liquid.
30 . The cell culture system of claim 21 wherein the module has a rectangular prism shape.
31 . A cell culture system comprising:
a transparent cell culture module having a plurality of cell chambers;
a plurality of cells in each cell chamber;
each cell chamber connected to a channel;
a membrane structure positioned and configured to allow flow out of the cell chambers while containing the cells in the cell chambers; and
a control system and a fluid delivery system, the control system electrically connected to an optical sensor and to a light source, the fluid delivery system including a fluid reservoir connected to the channel for providing a fluid into the cell chambers.
32 . The cell culture system of claim 31 wherein the membrane structure has a pore size of less than 0.05 micrometers.
33 . The cell culture system of claim 31 wherein the module has a length and/or a width less than about 2 inches.
34 . The cell culture system of claim 31 wherein the module has 2 to 5 chambers.
35 . The cell culture system of claim 31 wherein the fluid is a cell medium liquid.
36 . The cell culture system of claim 31 wherein the module has an rectangular prism shape.
37 . The cell culture system of claim 31 further including a vacuum pump connected to the cell culture module.
38 . A cell culture system comprising:
a quadrilateral transparent prism module having a plurality of cell chambers;
a plurality of cells in each cell chamber;
a plurality of fluid channels in the prism module, each fluid channel connecting into one of the cell chambers;
each cell chamber associated with a passageway in the prism module; and
a control system and a fluid delivery system, the control system electrically connected to an optical sensor and to a light source, the fluid delivery system including a fluid reservoir connected to the channel for providing a fluid into the cell chambers.
39 . The cell culture system of claim 36 further including a membrane structure positioned and configured to allow flow out of the cell chambers while containing the cells in the cell chambers.
40 . The cell culture system of claim 39 further including a vacuum pump connected to the prism module.