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4N6FLOQSwabs™, regular tip, peelpouch Thermo Scientific™
4N6FLOQSwabs, Regular Tip are comprised of a solid, molded plastic applicator shaft with a regular-sized tip that can vary in size and shape. The tip of the applicator is coated with short Nylon fibers that are arranged in a perpendicular fashion.
4N6FLOQSwabs™ for Crime Scene, regular tip, short tube Thermo Scientific™
At crime scenes, it is essential that the sample collection device prevents microbial contamination while preserving nucleic acid integrity. The unique 4N6FLOQSwabs™ for Crime Scene product line is specifically designed for sample collection of sweat, semen, blood stains, skin, and environmental...
4N6FLOQSwabs™, regular tip, 2-mL cuvette, peel-pouch Applied Biosystems™
4N6FLOQSwabs, regular tip, are comprised of a solid, molded plastic applicator shaft with a regular-sized tip. The tip of the applicator is coated with short Nylon fibers that are arranged in a perpendicular fashion.
Nunc™ Disposable Loops and Needles, needle Thermo Scientific™
Easily identify color-coded Thermo Scientific™ Nunc™ Disposable Loops and Needles, precision molded from nontoxic (USP Class VI) polystyrene material to provide a smooth loop surface. Thermo Scientific Nunc products are high quality plastics for use in biotechnology, pharmaceutical and research...
Nunc™ Disposable Loops and Needles, needle Thermo Scientific™
Easily identify color-coded Thermo Scientific™ Nunc™ Disposable Loops and Needles, precision molded from nontoxic (USP Class VI) polystyrene material to provide a smooth loop surface. Thermo Scientific Nunc products are high quality plastics for use in biotechnology, pharmaceutical and research...
Nunc™ Disposable Loops and Needles, needle Thermo Scientific™
Easily identify color-coded Thermo Scientific™ Nunc™ Disposable Loops and Needles, precision molded from nontoxic (USP Class VI) polystyrene material to provide a smooth loop surface. Thermo Scientific Nunc products are high quality plastics for use in biotechnology, pharmaceutical and research...
Nunc™ Cell Culture Inserts in Carrier Plate Systems Thermo Scientific™
The Thermo Scientific™ Nunc™ Carrier Plate system is designed to enable three different hanging height adjustments for the Cell Culture Inserts to accommodate liquid-air-interface culture and various cell feeding protocols.
Nunc™ Polycarbonate Cell Culture Inserts in Multi-Well Plates Thermo Scientific™
Cultivate most cell types without matrix coating when using Thermo Scientific™ Nunc™ Polycarbonate Membrane Inserts in Multidishes.
Reusable Calibrated Inoculating Loops Thermo Scientific™
Select, inoculate or transfer microbiological sample on media with Thermo Scientific™ Remel™ Reusable Calibrated Inoculating Loops. The gentle, malleable loops offer precise control when selecting or streaking inoculum, without cutting or tearing agar surfaces.
Remel™ Microloop Thermo Scientific™
Thermo Scientific™ Remel Microloop is a twisted nichrome loop without handle.
Disposable Calibrated Inoculating Loops Thermo Scientific™
Select, inoculate or transfer microbiological sample on media with Thermo Scientific™ Remel™ Disposable Calibrated Inoculating Loops. The gentle, malleable loops offer precise control when selecting or streaking inoculum, without cutting or tearing agar surfaces.
Remel™ Non-Calibrated Inoculating Loops, no handle, 2mm Thermo Scientific™
Thermo Scientific™ Remel Non-Calibrated Inoculating Loops are twisted nichrome without handle.
Remel™ Inoculating Needles Thermo Scientific™
Thermo Scientific™ Remel Inoculating Needles are straight and color coded with insulated handle.
Remel™ Calibrated Inoculating Loops Thermo Scientific™
Thermo Scientific™ Remel Calibrated Inoculating Loops are available in platinum, twisted nichrome and and plastic. Some are color coded with insulated handle.
LIVE/DEAD™ BacLight™ Bacterial Viability Kit, for microscopy & quantitative assays Invitrogen™
The LIVE/DEAD BacLight Bacterial Viability Kit *for microscopy and quantitative assays* is a convenient and easy-to-use kit for monitoring the viability of bacterial populations as a function of the membrane integrity of the cell.
