細(xi)胞融(rong)合--迂(yu)回(hui)融(rong)合腔

細(xi)胞融(rong)合--迂(yu)回(hui)融(rong)合腔用(yong)於微生物(wu)、植(zhi)物、真菌、酵(jiao)母(mu)及哺乳動物細(xi)胞的細(xi)胞融(rong)合

The BTX Meander Fusion Chamber is a microslide with a novel designspecifically used for electro cell fusion. This chamber isconstructed of a conductive metal alloy, which has been depositedin a finger-like projection array on a glass microscope slide. Thismethod of manufacturing creates a highly precise working area. Theconfiguration is designed to give direct viewing of a surface area.This can be used for viewing dimer formation during alignment whileunder a microscope. The gaps are set at 0.2mm. 

Applications

The Meander Fusion Chamber generates an inhomogenous field and isused for cell fusion of microorganisms, plant, fungi, yeast andmammalian cells. It is compatible with most BTX pulse generators.Cao1 used the Meander Fusion Chamber to generate quadromassecreting bifunctional antibodies. He found this method both rapidand economical to produce several quadromas in a short time. 

Technical Specifications


Standard Capabilities *Depending on buffer composition andgenerator capability 
Voltage Range: 0 - 480 Vdc 
Frequency: 1 MHz 
Pulse Length/Time Constants Range: 1 µsec - 99 msec 
Pulse Number Range: 1-99 (depending on voltage) 
Operating Temperature: 5° - 40° C 
Intended Use: Indoor Use 
Relative Humidity: 20-80% 
Maximum Altitude: 2000m (6562 ft) 
Pollution Degree: II 
Insulation Category: CAT I 
Physical Characteristics 
Gap size: 0.2 mm 
Electrode Material: Silver 
Field Type: Inhomogeneous 
Compatibility 
Generators: ECM® 630, 830, 2001, 200, 600, & T820. 
細(xi)胞融(rong)合--迂(yu)回(hui)融(rong)合腔
Ordering Information

Model Description Part Number 
454 Meander Fusion Chamber, pkg. of 4 01-000098-01 
465 Square-post Micrograbber Cable 06-700044-01 
5343 Coaxial-Banana Connection Cable 06-700042-01 
4001 Enhancer 400 w/ Computer & Printer 01-001483-01 

Reference

Cao et al., A rapid non-selective method to generate quadromas bymicroelectrofusion, Journal of Immunological Methods, 187: 1-7(1995). BTX Reference ID#3194.