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DEPArray™ System

The only automated instrument that can identify, quantify, and recover individual rare cells. The DEPArray™ System enables isolation of individual, intact cells, allowing researchers to study the biological significance of rare cells in disease development, progression, and therapeutic response.The DEPArray™ System can analyze samples containing from one to tens of thousands of cells and is compatible with a wide variety of r…

Silicon Biosystems

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Average Rating 4.3

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Average Rating 5.0

Application Area:

Forensic Science

It is a very useful product and easy to use. Very helpful in forensic science and other biological applications.

Review Date: 15 Jul 2020 | Silicon Biosystems

Average Rating 3.7

Application Area:

lab-on-a-chip

DEPArray is a chip-based platform which allows to analyze single cells by a four-channel fluorescent microscopy and to recover them singly. This is a very dynamic platform that sets you free to range over a variety of different application. On the other hand, the DEPArray experimental wide range requires a skilful knowledge of the platform as well as its features.

Review Date: 30 Sept 2014 | Silicon Biosystems

The only automated instrument that can identify, quantify, and recover individual rare cells.

The DEPArray™ System enables isolation of individual, intact cells, allowing researchers to study the biological significance of rare cells in disease development, progression, and therapeutic response.

The DEPArray™ System can analyze samples containing from one to tens of thousands of cells and is compatible with a wide variety of rare cell suspensions, including live and fixed cells; enriched cells; and samples with small cell loads, such as fine needle aspirates and tissue biopsies.

The DEPArray™ System is unique in combining imaging technologies with the ability to manipulate and recover individual, viable rare cells from a heterogeneous sample. This technology is enabling advances in areas such as oncology research, drug response and fetal cell biology.

Features:

  • Pure — Image-based selection combined with recovery of cells in a separate, clean buffer solution enables the isolation of specific rare cells from other cell types and from contaminants, cell fragments, and false positives that can confound downstream analysis.
  • Single — DEPArray™ technology ensures recovery of individual cells of interest, allowing genomic and expression analysis at the single cell level.
  • Viable — DEP capture and movement of cells is gentle, allowing cells to be recovered directly to culture plates.

Applications:

  • Rare-cell sorting: Isolation of pure CTCs, or fetal cells circulating in maternal blood, with image-based selection
  • Cell sorting of small cell loads: Starting sample may range from tens to tens of thousands of cells
  • Investigation of cell–cell interaction, e.g., the study of cell lysis mechanism induced by cytotoxic cells
  • Single-cell targeting: By using functionalized microbeads and target cells, it is possible to stimulate cell surface receptors in a controlled way
  • Drug delivery: May deliver tiny amounts of compounds into the cell using proper carriers.

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