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| Sample preparation |
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Reformatting samples from individual sample tubes to assay and archive plates – including sample pooling – represents a major task in daily laboratory logistics for high throughput screening and diagnostic applications.
A wide range of sample preparation procedures – from generic sample distribution to assay or archive plates/tubes to more complex, multi-step processes – have been successfully automated, including
Sample preparation often represents the most time consuming and error prone part of an assay, with samples ranging from serum, milk or urine to plant materials and food stuffs. Automation of these procedures greatly enhances the reproducibility and reliability of results, while improving process security and traceability through complete sample tracking.
To learn more about sample tracking option please visit www.tecan.com/posid
www.tecan.com/sampletracking |
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| ELISA solutions |
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With more than 30 years of experience in the field of ELISAs, Tecan offers solutions for every throughput.
Current automated ELISA applications include:
Tecan's expertise in microplate readers and washers gives you a one-stop provider to deliver full process automation solutions.
A high degree of modularity allows each system to be tailored to your workflow and throughput requirements, while giving you the flexibility to adjust as your needs change.
For more detailed information on ELISA automation please visit www.tecan.com/elisa |
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| Molecular Diagnostics |
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The rise of molecular diagnostics has greatly increased the need for nucleic acid extraction and PCR set-up solutions.
Examples of successful automated sample processing for molecular diagnostics include:
Tecan offers the right tools for the extraction of nucleic acids from various samples – including blood or serum, tissues, plant material or food samples – using both filter- and magnetic bead-based methods, allowing customers to automate their processes with ease.
For more information on nucleic acid extraction please visit www.tecan.com/nap |
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| Crop improvement |
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Plant breeding is a central focus of agricultural research, evaluating existing genotypes and creating new phenotypes.
Great effort is taken to secure food production for the future – mitigating the impact of changes climate conditions, such as droughts and floods – and to create renewable energy resources.
Recent crop improvement applications for automation include:
For more information on general Genomics applications please visit www.tecan.com/genomics |
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