<transcript><audio_69>molecules low consumption of costly reagents automation of microfluidic cell culture systems allows culturing of cells for several weeks under precisely defined conditions without any manual</transcript><transcript><audio_70>intervention and it provides the possibility to deliver not only chemical but also mechanical signals providing an extra degree of control over the cultured cells so there are several steps</transcript><transcript><audio_71>involved in a microfic Cell culture system like uh uh basic basically you prepare microfuidic channels uh through soft lithography which is very common in biomicrofluidics applications we have</transcript><caption><image_72>The image is a slide from the Indian Institute of Technology, Kharagpur, India, which explains the steps involved in microfluidic cell culture. The slide is divided into three sections.

The first section on the left side of the slide shows a diagram of a cell culture, which is a type of cell culture that involves the formation of microfluids in a cell membrane. The diagram shows the different stages of the cell culture and how they interact with each other. The first section shows the cell structure, which includes the cell membrane, the cell cell membrane membrane, and the cell cells. The second section shows an illustration of a microscope slide with a red arrow pointing towards the cell. The third section shows a close-up of the microscope slide, which shows a microscopic view of the cells and the microscope. The image also includes text that explains the importance of analyzing the cells in the microfluide cell culture process.</caption><transcript><audio_73>discussed about this earlier then for cell culture you prepar the cells and then SE the cells inside the microfic channel and then you do an analysis which is mostly microscopy</transcript> molecules low consumption of costly reagents automation of microfluidic cell culture systems allows culturing of cells for several weeks under precisely defined conditions without any manual intervention and it provides the possibility to deliver not only chemical but also mechanical signals providing an extra degree of control over the cultured cells so there are several steps involved in a microfic Cell culture system like uh uh basic basically you prepare microfuidic channels uh through soft lithography which is very common in biomicrofluidics applications we have discussed about this earlier then for cell culture you prepar the cells and then SE the cells inside the microfic channel and then you do an analysis which is mostly microscopy
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