Brand:	IBIDI
Item number:	10902 10903 10904 10905
defects liability period:	a year
Spot status:	Spot supply
supplier:	Guangzhou Keshite Scientific Instrument Co., Ltd
Specifications:	Detailed inquiry

In living organisms, many types of adherent cells are exposed to shear stress generated by the flow and friction of biological fluid systems, such as blood vessels. These mechanical forces have a significant impact on the physiological response and adhesion properties of cells. Therefore, if a sustained shear stress can be applied to cells outside the body, it can simulate the fluid environment inside the organism, making cell biology research in vitro closer to physiological conditions inside the body. The use of ibidi's unique CNC perfusion cell culture pump system can perfectly simulate the real biological behavior of cells in the vascular fluid environment. The system received unanimous praise from attending experts at the recent 15th China Microcirculation Science Conference. The ibidi pump system is a pump system designed by the German company ibidi specifically for live cell culture under fluid conditions. Combined with ibidi's channel slides, it can simulate cell microscopy imaging under in vivo blood flow conditions, and can simulate physical conditions such as continuous directional flow, oscillatory flow, and pulsed flow. It can be used together with the incubator or separately. Suitable for real-time observation with inverted microscope, with a simple and intuitive operating interface. Overview of ibidi products: Simulating the flow state of blood vesselsbiological fluidCulture system Excellent simulation of various physiological conditions, including continuous unidirectional flow, oscillatory flow, and pulsed flow Compatible with various microscopes and all cell culture chambers A completely sterile closed loop device Minimum mechanical pressure and minimum amount of cell culture medium used O Comes with pump control software for precise control of fluid parameters Multiple cellular biology applications Long term cell culture under constant or variable shear stress (such as vascular endothelial cells, kidney cells, or biofilms) Imaging and immunofluorescence staining of live cells under shear stress environment Simulate shear stress rings in arteries, veins, and capillaries It can also be used for rolling and adhesion experiments of suspended cells O River interception test 3D cell culture in interstitial flow Fluid test for electronic cell matrix impedance assessment (ECIS) Study the interaction between endothelial cells and suspended cells under perfusion experimental conditions technical feature Each ibidi pump can simultaneously drive four parallel fluid devices Fluid characteristics: All fluid types are laminar flow Suitable for all u-Slides series with Ruhr interface O Also applicable to self-made flow chambers Compatible with all mainstream cell culture chambers Control flow rate and shear pressure through software APPLICATION PARAMETERS Simulate unidirectional flow of veins and arterioles Simulating back and forth oscillation under turbulent vascular conditions Simulate pulse flow under arterial conditions Flow rate: 0.03-35ml/min O Shear stress: 0.3-150 dyn/cm ^ 2 Working volume: 2.5-12 ml Product advantages The fluid device can be placed inside the incubator, while the ibidi pump is located outside the incubator The fluid device and ibidi pump are both in a sterile state after separation, which is convenient for experimental preparation and live cell microscopy imaging observation Compatible with all incubators Reduce mechanical force on suspended cells such as monocytes The one-way flow mode uses a small amount of reagents Easy to operate fluid components and Ruhr connectors Pump control software Using a computer system to fully control the ibidi pump system simplifies the automatic fluid control settings for fluid testing with an intuitive interface, and can automatically calculate flow rate, shear rate, and shear stress. Components of the ibidi fluid shear force system: 1. ibidi pump 2. Fluid unit (Single link) (Four link) 3. Irrigation tube 4. Pump control software (installed on the accompanying computer)