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Application Notes

 
Antimicrobial Properties of Thermo Scientific Finnpipette F1 Compared to Traditional Pipettes
Application Note

In this application note the antimicrobial properties of the Thermo Scientific Finnpipette F1 were compared to traditional pipettes without antimicrobial treatment. The experiments were performed by an independent laboratory (Institut für Biotechnische Forschung und Entwicklung Graf GmbH, Kirkel-Limbach, Germany).

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Device Qualification of the Thermo Scientific Finnpipette Novus Electronic Pipette (IQ/OQ/PQ)
Application Note

During device qualification, one verifies and documents whether the equipment, in this case a pipette, is reliable and capable of fulfilling the requirements of its intended use. All qualification activities are fully documented according to pertinent quality and regulatory requirements and signed by authorized personnel.

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Use of Thermo Scientific Finnpipette Novus Electronic Pipettes for Accurate and Efficient Preparation of Standard Curves
Application Note

This application note discusses the use of a Thermo Scientific Finnpipette Novus Electronic Pipette for the preparation of standard curves. With 10 different functions, the versatile Novus Electronic pipette can perform most every standard curve required. The pipette’s performance was compared to a manual Thermo Scientific Finnpipette model to determine if there were appreciable differences in pipetting speed and accuracy during curve preparation.

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BD Cytometric Bead Array Cell Signaling Flex Set System
Application Note

BD Biosciences

The BD™ Cytometric Bead Array (CBA) Cell Signaling Flex Set system lets you achieve high productivity in cell signaling studies by extracting more data from less sample faster than traditional Western blot techniques.

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Bacterial Detection and Live/Dead Discrimination by Flow Cytometry
Application Note

BD Biosciences

Accurate determination of live, dead, and total bacteria is important in many microbiology applications. Traditionally, viability in bacteria is synonymous with the ability to form colonies on solid growth medium and to proliferate in liquid nutrient broths. These traditional, culture-based tests are time-consuming and can work poorly with slow-growing or viable, but non-culturable organisms.

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Counting Cells for Immunology Using CellometerTM Auto T4 Cell Counter
Application Note

CellometerTM Auto T4 is routinely used for counting cells used in immunology research. This application note provides some details on methods of using the CellometerTM system, and shows images and counting data to illustrate a typical application. Viability determination is based on trypan blue dye exclusion. Cell concentration is determined automatically based on total cell count and dilution factor. Cell size exclusion is used to count mature DC cells cultured from PBMC.

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Kinetics of CpG internalization and sub-cellular organelle co-localization within circulating human plasmcytoid dendritic cells
Application Note

Amnis

Plasmacytoid dendritic cells are principal players in the innate immune response to viruses. Although rare (less than 0.2% of circulating peripheral blood cells), they secrete over 3 pg of the potent antiviral cytokine IFN-a per cell in response to HSV, mainly via TLR-mediated signaling upon recognition of viral DNA motifs.

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Measurement of nuclear translocation in primary T cells using correlation analysis of images obtained on the ImageStream®
Application Note

Amnis

Molecular translocation of transcription factors from the cytoplasm to the nucleus is a pivotal event in many processes critical to cellular activation, diff erentiation and host defense. Existing methods used to measure nuclear translocation have significant limitations.

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