Revision as of 15:09, 27 January 2022

Present: Kristina, Erik, Claudia, Tiril, Thomas and Dag

Plan for spring 2022

We have some microfluidic chip designs we can use although none are perfect (see examples below)
Protocol for fibronectin coating is established
Filling with cells works and cells do adhere.
Problems with air bubbles.
Finite lifetime of cells. Probably because they lack oxygen and correct CO2 level.

Make a device that fulfills the following

Controls CO2 level
- CO2 input can be quickly changed
- CO2 concentration is measured
- feedback from measurement to CO2 input
Cells adhere
Cells stay alive and divide until they are confluent
Splitting: partial cell release by trypsination and increased flow rate
Cells continue to adhere and divide after splitting

Write a scientific paper

Network with gradient generator

Network with gas flow channels separated from cell area with gel channels.

@@ Line 2: / Line 2: @@
 = Plan for spring 2022 =
 == Current state of project ==
-* We have some microfluidic chip designs we can use although none are perfect
+* We have some microfluidic chip designs we can use although none are perfect (see examples below)
+* Protocol for fibronectin coating is established
+* Filling with cells works and cells do adhere.
+* Problems with air bubbles.
+* Finite lifetime of cells. Probably because they lack oxygen and correct CO2 level.
+== Goal for semester ==
+Make a device that fulfills the following
+* Controls CO2 level
+** CO2 input can be quickly changed
+** CO2 concentration is measured
+** feedback from measurement to CO2 input
+* Cells adhere
+* Cells stay alive and divide until they are confluent
+* Splitting: partial cell release by trypsination and increased flow rate
+* Cells continue to adhere and divide after splitting
+Write a scientific paper
 [[File:Anniken network.png|left|thumb|Network with gradient generator]]
 [[File:Gel gas flow network.png|left|thumb|Network with gas flow channels separated from cell area with gel channels.]]