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(MDF TEXT) Membranes for use with epifluorescence microscopy Nuclepore™ black dyed polycarbonate membranes are high performance membranes ideally suited for applications using epifluorescence microscopy, Black membranes greatly reduce background fluorescence, which results in improved microorganism and particulate visibility, Using these membranes in combination with epifluorescence techniques, rapid enumeration of viable and nonviable microorganisms and particulate matter can be conducted in 30 minutes or less, Conventional culturing methods require incubation times of more than 24 hours, Use black track etched membranes with epifluorescence techniques to achieve rapid, direct enumeration of microorganisms, Features and benefits: Polycarbonate track etched membrane dyed black with Irgalan Black Flat, smooth surface assures surface capture of microorganisms and particles Extremely low nonspecific absorption Applications: Potable water, Ultra pure water , Food and dairy , Wine and beverages , Clinical, Electronics Circles, black, 0,2 µm, 47 mm, 100/pk (WEB) Nuclepore Polycarbonate Membrane, circle, black, 0.2 µm pore size, 47 mm Nuclepore polycarbonate membranes, black, circles Polycarbonate tracketched membrane dyed black with Irgalan Black. Flat, smooth surface assures surface capture of microorganisms and particles. Extremely low nonspecific absorption. Nuclepore black dyed polycarbonate membranes are high performance membranes well suited for applications using epifluorescence microscopy. Black membranes greatly reduce background fluorescence, which results in improved microorganism and particulate visibility. Using these membranes in combination with epifluorescence techniques, rapid enumeration of viable and nonviable microorganisms and particulate matter can be conducted in 30 minutes or less. Conventional culturing methods require incubation times of more than 24 hours. Use black tracketched membranes with epifluorescence techniques to achieve rapid, direct enumeration of microorganisms. Membranes for use with epifluorescence microscopy