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SurePrint G3 ISCA (Enhanced) Microarrays

Genome-wide CGH and CGH+SNP with higher resolution in ISCA defined regions.

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The Agilent SurePrint G3 ISCA v2 CGH and CGH+SNP microarrays are dual-color chromosomal microarrays containing 60-mer high quality probes. These are high-resolution tools for genome-wide DNA copy number variation profiling, and +SNP option to capture copy-neutral loss of heterozygosity (cnLOH), without amplification or complexity reduction. Choose from multiple designs that allow for overall median probe spacing of 25kb to 75kb. In addition, each microarray contains a range of internal quality control features to ensure your experiments are successful.

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Arsenic enhancement Arsenic enhancement

Hi. We are having an issue with arsenic enhancement on our ICPMS. I believe this is likely caused by the carbon present within our matrices. How do people generally work around this?

Finding What You Need Just Got Easier: Introducing the Community’s Enhanced Search Experience Finding What You Need Just Got Easier: Introducing the Community’s Enhanced Search Experience

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Enhancing Roll-to-Roll Coating with Vacuum Solutions Enhancing Roll-to-Roll Coating with Vacuum Solutions

Roll-to-roll (R2R) coating is a high-throughput process used in industries like flexible electronics, packaging, lithium batteries, and thin-film solar cells. Achieving optimal coating quality in R2R systems depends heavily on maintaining clean and precise vacuum conditions. Vacuum technologies play a crucial role in: Improving coating adhesion and uniformity by enabling vaporization at lower temperatures and minimizing gas molecule interference. Managing outgassing from substrates to prevent defects like bubbles and pinholes. Supporting lithium battery production, where vacuum-based R2R coating enables lighter, safer, and more energy-dense designs while reducing environmental impact. Agilent offers a full suite of vacuum solutions for a roll-to-roll-coater, including: Dry scroll pumps for rough vacuum zones to remove trapped gas Diffusion and turbomolecular pumps for medium to high vacuum required in the deposition areas Vacuum gauges and leak detectors to ensure system integrity Explore how Agilent’s vacuum expertise supports innovation and sustainability in industrial coating processes: Vacuum systems for roll to roll/web coatings | Agilent If you need guidance in choosing the right product for your application, please contact vacuum technical support team or post your question in the Vacuum Community Forum .

Enhance Your Vacuum Knowledge with Vacuum and Leak Detection Reference Training Guide Enhance Your Vacuum Knowledge with Vacuum and Leak Detection Reference Training Guide

This training guide allows you to keep important properties, formulas, and terms used in vacuum technology at your fingertips. 1. Formulas, tables, and properties - Essential formulas for calculating leak rates and vacuum properties, as well as detailed information on the physical properties of gases and materials relevant to vacuum systems. Includes: Common physics values Ideal gas equation Physical properties of some gases Temperature scale – conversion table Pressure conversion table Some molecular relationships (at 273 K) Gas flow characteristics Conductance - viscous flow formulas Conductance - molecular flow formulas Series conductance and effective pumping speed Pumping speed - conversion table Throughput Unit of throughput - flow - leak rate - conversion table Pump down calculation (molecular flow) Ultimate pressure Outgassing rate per unit area Vacuum technology standards 2. Graphic symbols and glossary - Definitions and graphic symbols of important terms used in vacuum technology and leak detection. Download the guide here or visit our vacuum product pages to find the right solution for your needs.

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