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superepoxy substrates  (TeleChem International)

 
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    Structured Review

    TeleChem International superepoxy substrates
    Superepoxy Substrates, supplied by TeleChem International, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/array+superepoxy+microscope+slides/superepoxy+substrates/us08932879-2795-14-20
    Average 90 stars, based on 1 article reviews
    superepoxy substrates - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Suspension:

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24 with the following exceptions: 40 μL of the aforementioned 1% (v/v) bead suspension was applied to the substrate and overlaid with a 18×18 mm square cover glass (coverslip).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer of Captured BRCA Peptides and Mass Spectrometry To demonstrate the compatibility of contact photo-transfer with matrix-assisted laser desorption/ionization time of flight (MALDI-TOF) mass spectrometry, a 0.5 μL droplet ( ̃2 mm diameter) of the aforementioned 50% (v/v) bead slurry was applied to the surface of an epoxy activated glass microarray slide (SuperEpoxy substrates, TeleChem International, Inc, ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24; except that after contact photo-transfer, washing and drying of the microarray slides, the slides were further processed for antibody probing as described in the following paragraphs.

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: The 0.5% bead suspension containing the captured proteins was resuspended by vortex mixing and 10 μL of suspension was manually pipetted to the surface of epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Coated or activated glass microarray surfaces for printing will be amine-reactive aldehyde or epoxy activated substrates (SuperAldehyde or SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.), amine derivatized substrates (GAPS II substrates, Corning Incorporated Life Sciences, Acton, Mass.) and nitrocellulose coated substrates (SuperNitro Substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).

    Microarray:

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24 with the following exceptions: 40 μL of the aforementioned 1% (v/v) bead suspension was applied to the substrate and overlaid with a 18×18 mm square cover glass (coverslip).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer of Captured BRCA Peptides and Mass Spectrometry To demonstrate the compatibility of contact photo-transfer with matrix-assisted laser desorption/ionization time of flight (MALDI-TOF) mass spectrometry, a 0.5 μL droplet ( ̃2 mm diameter) of the aforementioned 50% (v/v) bead slurry was applied to the surface of an epoxy activated glass microarray slide (SuperEpoxy substrates, TeleChem International, Inc, ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24; except that after contact photo-transfer, washing and drying of the microarray slides, the slides were further processed for antibody probing as described in the following paragraphs.

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: The 0.5% bead suspension containing the captured proteins was resuspended by vortex mixing and 10 μL of suspension was manually pipetted to the surface of epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Coated or activated glass microarray surfaces for printing will be amine-reactive aldehyde or epoxy activated substrates (SuperAldehyde or SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.), amine derivatized substrates (GAPS II substrates, Corning Incorporated Life Sciences, Acton, Mass.) and nitrocellulose coated substrates (SuperNitro Substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).

    Mass Spectrometry:

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24 with the following exceptions: 40 μL of the aforementioned 1% (v/v) bead suspension was applied to the substrate and overlaid with a 18×18 mm square cover glass (coverslip).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer of Captured BRCA Peptides and Mass Spectrometry To demonstrate the compatibility of contact photo-transfer with matrix-assisted laser desorption/ionization time of flight (MALDI-TOF) mass spectrometry, a 0.5 μL droplet ( ̃2 mm diameter) of the aforementioned 50% (v/v) bead slurry was applied to the surface of an epoxy activated glass microarray slide (SuperEpoxy substrates, TeleChem International, Inc, ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: Contact photo-transfer from individually resolved beads onto epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.) overlaid with a cover glass was performed as described in Example 24; except that after contact photo-transfer, washing and drying of the microarray slides, the slides were further processed for antibody probing as described in the following paragraphs.

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Contact Photo-Transfer from Individually Resolved Beads: The 0.5% bead suspension containing the captured proteins was resuspended by vortex mixing and 10 μL of suspension was manually pipetted to the surface of epoxy activated glass microarray substrates (slides) (SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).

    Article Title: Methods and compositions for phototransfer
    Article Snippet: Coated or activated glass microarray surfaces for printing will be amine-reactive aldehyde or epoxy activated substrates (SuperAldehyde or SuperEpoxy substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.), amine derivatized substrates (GAPS II substrates, Corning Incorporated Life Sciences, Acton, Mass.) and nitrocellulose coated substrates (SuperNitro Substrates, TeleChem International, Inc. ArrayItTM Division, Sunnyvale, Calif.).



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