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Nano-Plotter Applications
Working with customers in evaluating how well the Nano-Plotter can be used for their specific
application has been very interesting. We have been collecting data from these experiences. Below are
some examples that we have been able to disclose:
- Spotting live cell arrays
- Inkjet printing of organic Field Effect Transistors
- Glycoprotein Arrays
- A Multiplexed Immunoassay for Rapid Detection of Specific IgE in Allergy Diagnosis
- Development of a Pipetting Station for the Parallel Synthesis of Peptide Ligands for Optical Markers
- Protein Microarrays for Monitoring of Cell Regulation Pathways
- Cell Lysate Microarrays (Reverse Microarrays) - from cells to protein profiles
- High density arrays for surface plasmon resonance
- Spotting lines for microwell fabrication using sol-gels
- Advanced dispense programming - spotting replicates fast
- Spotting antibody arrays
- Spotting arrays in a 96 well plate format
- Utilizing the Nano-Plotter as a platform for processing tissue culture assays and cell transfections
- Use of Thermochromic Ink Arrays in Explosive Metrology
- Higher volume transfers (i.e., microliter range) with disposeable tips
Software Flexibility:
The field of microarraying technology is rapidly evolving, requiring instrumentation providers to continually adapt to new technical requirements. The Nano-Plotter has been designed to enable laboratories to get involved with microarray production by using one instrument to do tasks that are normally done by many. The modular design makes it possible to continually modify the configuration of the Nano-Plotter so that it can be used to perform new applications.