Bio-Techne Application Notes
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A Novel Platform For icIEF Fractionation Of Antibody Charge Variants
1/31/2023
Learn about an icIEF-based fractionation platform that can be used to collect protein variants and enable downstream analysis of the variants with techniques such as mass spectrometry.
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Lentiviral Vector Characterization Made Easy
1/4/2023
Learn one way to address the challenges presented by SDS-PAGE and ELISA analytical techniques when accurately characterizing viral vectors for various attributes.
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Automated And Sensitive Benzonase Quantification In Whole-Cell Lysates
1/4/2023
Learn about an automated western blot system that automates residual Benzonase screening with reproducible and sensitive quantification in HEK293T whole-cell lysates.
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Fast, Reproducible AAV Vector Quantification With Simple Plex Assays
11/2/2022
Explore an effective automated analytical solution that could lead to increasing your facility's throughput during the viral quantification process.
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Dispensing Fungal Spores
10/11/2022
Learn how this single cell dispenser was used to sort and isolate individual, fluorescently labeled germinating fungal spores among non-germinating spores.
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Dispensing Microalgae
10/11/2022
Explore how this single cell dispenser was used to isolate individual microalgae directly from pond water with minimal handling and preparation.
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Single Nucleus Dispensing
10/11/2022
Learn how a single cell dispenser was used to isolate single DNA-labeled nuclei to demonstrate compatibility with snRNA-seq workflows.
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Single Cell Isolation With Minimal Input
10/11/2022
Learn about the single cell isolation efficiency of this single cell dispenser with a low sample input of 100 cells with both adherent and non-adherent cell lines.
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Generating Clonal GFP Cell Lines
10/11/2022
Explore the ability of this single cell dispenser to isolate and dispense individual GFP-positive cells for clonal expansion while preserving the integrity and viability of sorted cells.
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Rare Cell Isolation
10/11/2022
Learn how we perform rare cell isolation as a sequential, two-step process with a target frequency of less than 0.01%.