Azrieli Technion Genomics Center (ATGC) is equipped with cutting-edge technologies designed to meet a wide range of research needs.
Below, you will find a brief introduction to each of the state-of-the-art technologies available at the center.
We are committed to providing researchers with access to these innovative technologies alongside expert support to help achieve their scientific goals. Explore further to learn how these technologies can be utilized in your research.
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This platform enables single-cell expression and multiomics studies, providing insights into cellular heterogeneity.
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This technology enhances the ability to map gene expression directly onto tissue sections, offering a powerful tool for spatial biology research.
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A cutting-edge spatial molecular imaging platform that delivers subcellular resolution of RNA and protein expression within tissue samples.
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A desktop NGS system that enables runs in throughput of 100M, 400M, 1200M and 1800M reads, in a variety of read length.
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A benchtop sequencer that enables smaller-scale sequencing projects, including targeted sequencing, metagenomics, and microbial genome analysis.
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A portable, real-time sequencing device capable of producing ultra-long reads, making it ideal for structural variation analysis and genome assembly.
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An advanced PCR system for the precise and absolute quantification of nucleic acids, offering enhanced sensitivity and specificity for applications such as mutation detection and copy number variation (CNV) analysis.
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These real-time PCR systems deliver precise quantification and detection of nucleic acids, supporting applications such as gene expression and genotyping studies.
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A robust instrument for Sanger sequencing and fragment analysis, used for applications like mutation detection and microsatellite analysis.
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A robotic workstation for extraction and purification of DNA and RNA that fully automates Qiagen spin-column kits.
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A versatile device for automated electrophoresis of DNA and RNA, providing accurate sizing, quality control, and concentration measurements.
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A fluorescence-based quantification tool for DNA, RNA, and protein analysis.
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An advanced electroporation system for efficient delivery of nucleic acids and other molecules into a wide variety of cells
