Hydrogel Microfluidic Co Culture Device A Schematic Drawing Of

The hydrogel microfluidic co culture device mainly consisted of square shaped microchambers, bridge microchannels, and gelma hydrogel embedding cross shaped microchannel ( fig. 1a and b). the. (a) schematic drawing of the hydrogel microfluidic co culture device. (b d) confocal microscopy images of mcf7 breast cancer cells and metastatic u87mg glioblastoma cultured for 5 days in hydrogel.

Schematic diagram of aspiration mediated patterning within an open microfluidic device. (a) schematic of a rail based open microfluidic device, which is designed to yield a single channel beneath. (a) schematic drawing of the hydrogel microfluidic co culture device. (b d) confocal microscopy images of mcf7 breast cancer cells and metastatic u87mg glioblastoma cultured for 5 days in hydrogel. (a) design of microfluidic co culture devices, (b) a picture of the microfluidic devices, (c) schematic illustration of co culture chamber a, (d) a sectional view of the microchannel arrays in c, and (e) an optical image of positions b, c, and d. scale bar represents 600 μm. (with permission from mi et al. 80). Abstract. we developed the photo crosslinkable hydrogel microfluidic co culture device to study photothermal therapy and cancer cell migration. to culture mcf7 human breast carcinoma cells and metastatic u87mg human glioblastoma in the microfluidic device, we used 10 w v% gelatin methacrylate (gelma) hydrogels as a semi permeable physical barrier.