… key elements of microscale cell culture and the major … cell microenvironment, discuss
conventional cell culture techniques, and summarize the major techniques for microfluidic control …

… cell microenvironments. The microgels can function as either individual cell culture units or
… allows user‐defined control of the microenvironments, from the order of singly encapsulated …

… are exposed in tissue culture … -term cell culture studies with the capability to accurately
control and continuously monitor the dissolved oxygen (DO) level in the cell microenvironment. In …

… cellular gaseous microenvironments have been proposed in recent years to overcome
the … cell culture devices that have been developed to control gaseous microenvironments …

… Recent studies of cancer cells in 3D cell culture … to control features at length scales from 1
μm to 1 cm 97 and are compatible with cells to control the cellular microenvironment in culture …

… (3) While this early work clearly demonstrated our ability to control cell function in specific
volumes in a 3D hydrogel, peptide immobilization could only be achieved as a uniform column …

… Stem Cells under the effects of Bone Morphogenetic Protein-2 gradients were performed
in order to demonstrate the efficacy of the system in controlling cell microenvironment. The …

… media for cells, requires the cell culture flask to be removed from a gas-controlled incubator
… laboratory techniques quickly becomes arduous under controlled oxygen concentrations. …

… exquisite control of the cellular microenvironment, we … cell culture techniques control the
cell density only at the macroscopic level of the cell-culture dish, creating poor uniformity in cell …

… Traditional cell culture approaches are restricted in their ability … microenvironmental conditions.
Specifically, tissue spreading is controlled via the coordinated interplay between cell-cell …