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Transluminators and UV Lights
UV tube, 6 W, 312 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9312
UV tube, 15 W, 302 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9309
UV tube, 8 W, 302 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9307
UV tube, 8 W, 365 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9305
UV tube, 8 W, 254 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9304
UV tube, 8 W, 302 nm
Long life UV tubes designed for MP Bio Transilluminators; Portable lamps or Template Tammer
11INSU9303
Transluminator, compact, 365/302/254 nm
The MP Bio Transilluminator offers three wave-length for different applications. For the detection of double-stranded and single-stranded ethidium bromide/acridine orange stained nucleic acids..
11INSU9302
Transluminator, compact, 365/302 nm
The MP Bio Transilluminator offers two wave-length for different applications. For the detection of double-stranded and single-stranded ethidium bromide/acridine orange stained nucleic acids..
11INSU9301
Transluminator, compact, 302 nm dual intensity
The MP Bio Transilluminator offers highly sensitive detection of double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange.
11INSU9300
Portable UV Lamp, 312 nm
The portable UV-Lamp is perfect for isolating DNA bands from CsCl density gradients and easy viewing of ethidium bromide stained gels while they are running.
11INSU9209
Transluminator, Large size, 20 x 40 cm
The MP Bio Transilluminator offers the researcher uniform and intense sources of ultraviolet light (radiation) in a compact package. The 302nm UV back-illumination provides a highly sensitive method to detect double-stranded nucleic acids that have been labeled with fluorescent dyes such as ethidium bromide or acridine orange. Single stranded nucleic acids may be detected, but with a lower excitation wavelength more sensitive for nucleic acid visualization than the 365nm model.
11INSU9103