Advanced Analytical Technologies Inc. produces high quality consumable products to accelerate and simplify complex workflows, bringing researchers meaningful results sooner. They are proud to produce meticulously designed and rigorously tested capillary arrays, reagent kits, and kits for the detection of CRISPR mutations.
Reagent kits are available for the analysis of all types of nucleic acid: RNA, DNA, small RNA, plasmid, genomic, microsatellites, messenger RNA, NGS libraries, large fragment DNA, the list goes on and on. Find the correct reagent kit for you exact application here and learn about what all the kits can do.
The reagent kits for the Fragment Analyzer and the Fragment Analyzer INFINITY are interchangeable, including quantitative and qualitative kits for DNA and RNA analysis.
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The reagent kits for the FEMTO Pulse take full advantage of the instruments capabilities, providing unparalleled sensitivity and sizing capacity for RNA and DNA analysis.
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Designed for qualitative DNA analysis, the reagent kits are ideal for high-throughput molecular biology applications including PCR amplicon analysis and genotyping.
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Streamline CRISPR gene editing workflows with quick and accurate identification of mutation events, saving time and money on downstream characterization.
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Capillary arrays are the core of the Fragment Analyzer, capable of easily separating nucleic acids with superior resolution. Available in different lengths and number of capillaries, our capillary arrays are robust and are ideal for any application and throughput.
22 cm effective length, 47 cm overall length; 12 parallel capillaries. The shortest length array for the Fragment Analyzer, designed for faster separations without sacrificing separation quality.
33 cm effective length, 55 cm overall length; 12 parallel capillaries. The standard length array for the Fragment Analyzer, it is compatible with all gel kits. With 12 parallel capillaries this array is ideal for lower throughput environments or laboratories that prefer to separate samples or users by row.
55 cm effective length, 80 cm overall length; 12 parallel capillaries. Enables enhanced separation resolution. Perfect for low throughput settings or laboratories that prefer to separate samples or users by row that demand enhanced separation resolution.
33 cm effective length, 55 cm overall length; 48 parallel capillaries. The standard length array for the Fragment Analyzer configured to simultaneously separate 48 samples in parallel it is ideal for medium to high-throughput environments.
33 cm effective length. 55 cm overall length; 96 parallel capillaries. The standard length capillary array for the Fragment Analyzer, it is ideal for high-throughput environments with the capability to separate 96 samples in parallel.
55 cm effective length, 80 cm overall length; 96 parallel capillaries. Provides enhanced separation resolution to high throughput environments. Separate 96 samples in parallel.
Enzyme and control kits for the detection of CRISPR editing events are available for use with agarose electrophoresis. Improve your gene editing workflows with efficient and accurate identification of positive clones.
The AccuCleave C2 Control Kit provides researchers with DNA controls for the AccuCleave family of enzyme cleavage kits. The kit includes two DNA controls, a WT and -2 bp InDel, providing users with robust reaction controls for heteroduplex cleavage assays.
Streamline your CRISPR workflow with the AccuCleave T7 Kit. A meticulously calibrated and rigorously tested heteroduplex assay, that enables the quick and accurate identification of gene editing events. Optimized for agarose electrophoresis, the AccuCleave T7 Kit works with any thermocycler and agarose electrophoresis set up.
Enzyme and control kits for the detection of CRISPR editing events are available for use with agarose electrophoresis. Improve your gene editing workflows with efficient and accurate identification of positive clones.