SciFlowTM1000 SciFlow-1000 System易用低成本微量滴定板动态流体系统

SciFlow Culture System; pack of 5

SCIFLOW CULTURE SYSTEM; PACK OF 5

Click on Product below to start transitioning your stagnant cultures into systems with nutrient flow.

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SCIFLOW-1000 SYSTEM; PACK OF 5 UNITS

Figure 1. Cross section of SciFlow. Green fill shows well locations and surfaces. Yellow fill shows 
the "row cover" that creates the capillary channel path for fluid. Fluid flows from the Reservoir 
towards Well11

The SciFlow-1000 system is composed of two fluidic divisions; see Figure 1. 
? Wells 1 and 2 are the fluid reservoir and fluid regulator; these wells 
work in tandem. The Source well supplies the row with fresh media. 
As the media enters the system, the regulator well helps maintain 
consistent fluid levels across the plate. 
? Wells 3 – 11 are locations for cells. 
? In the first generation SciFlow1000, well 12 is configured to 
incorporate additional functionalities as the product line grows. This 
protocol is written so that fluid should not enter this well 12. 

SciFlow is designed to combine three main features for creating biological 
systems on the benchtop: 
1. Constant fluid renewal 
2. Compartmentalized well-to-well communication 
3. Gradient-over-time exposures 
 
Users can take advantage of any or all of these features depending on the 
specific biological questions 
 
To use the SciFlow plate, users can follow typical cell culture 
approaches to plating cells and changing media while maintaining isolated 
culture wells. Once it is desired to link wells together, creating a system of 
connected cultures users simply increase the volume of media in culture