<transcript><audio_59>fluid volumes that prevent rapid changes in a micr fluidic systems there are small volumes that allow Dynamic control uh so uh uh regarding addition of nutrients and removal of metabolites</transcript><transcript><audio_60>uh in conventional system it is infrequent and manual exchange of large volumes in a microfluidic system it is precisely measured continuous or transient but it is fully controlled stimulation with drugs</transcript><transcript><audio_61>proteins and simultaneous Imaging this is a very very important consideration because many of the diseased conditions of cells or many physiological or biophysical conditions of the cells can be obtain by Imaging now in a</transcript><transcript><audio_62>conventional system it is mostly not visible that you simultaneously give drugs and proteins uh and take the Imaging but in a microfluidic system it is visible parallelization of cellular</transcript><transcript><audio_63>asses in conventional system it is not feasible in a micr fluidic system it is feasible automation of cell culture tasks in a conventional system it is uh</transcript><transcript><audio_64>possible but bulky expensive fluid handling robots must be used in a micr fluidic system uh uh uh it is possible with a high capability of Automation in compact inexpensive format you don't</transcript><transcript><audio_65>need uh to use bulky robots single cell manipulation and Analysis in conventional system it is manually involved inaccurate and low throughput system and most importantly</transcript> fluid volumes that prevent rapid changes in a micr fluidic systems there are small volumes that allow Dynamic control uh so uh uh regarding addition of nutrients and removal of metabolites uh in conventional system it is infrequent and manual exchange of large volumes in a microfluidic system it is precisely measured continuous or transient but it is fully controlled stimulation with drugs proteins and simultaneous Imaging this is a very very important consideration because many of the diseased conditions of cells or many physiological or biophysical conditions of the cells can be obtain by Imaging now in a conventional system it is mostly not visible that you simultaneously give drugs and proteins uh and take the Imaging but in a microfluidic system it is visible parallelization of cellular asses in conventional system it is not feasible in a micr fluidic system it is feasible automation of cell culture tasks in a conventional system it is uh possible but bulky expensive fluid handling robots must be used in a micr fluidic system uh uh uh it is possible with a high capability of Automation in compact inexpensive format you don't need uh to use bulky robots single cell manipulation and Analysis in conventional system it is manually involved inaccurate and low throughput system and most importantly
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