High-Throughput qPCR Microfluidics Technology with Singleplex Accuracy for Plant and Animal Genomics

High-Throughput qPCR Microfluidics Technology with Singleplex Accuracy for Plant and Animal Genomics

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Intro

1 of 24

1 of 24

Intro

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High-Throughput qPCR Microfluidics Technology with Singleplex Accuracy for Plant and Animal Genomics

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  1. 1 Intro
  2. 2 STANDARD BIOTOOLS Delivers leading life science tools
  3. 3 WHAT IS MICROFLUIDICS? Manipulation of liquids in small volumes (nanoliters)
  4. 4 Commercial fishing. Bristol Bay Alaska
  5. 5 IMPROVING Productivity and sustainability
  6. 6 LIMITATIONS OF TRADITIONAL qPCR METHODS
  7. 7 SAMPLE PROCESSING Traditional qPCR vs. microfluidics-based PCR
  8. 8 SAMPLE SCALABILITY
  9. 9 IMPROVEMENTS TO LAB EFFICIENCY AND CAPACITY
  10. 10 MULTIPLEX THROUGHPUT WITH SINGLEPLEX ACCURACY
  11. 11 DESIGN YOUR PANEL WITH ANY PATHOGEN
  12. 12 HOW ARE SAMPLES LOADED?
  13. 13 MICROFLUIDICS Increases throughput, lowers reagent use
  14. 14 X9 SYSTEM PERFORMANCE DATA
  15. 15 X9 REAL-TIME PCR SYSTEM Broad spectra of consumable configuration to support different experimental needs
  16. 16 Molecular tools for plant breeding and quality control
  17. 17 Effective solutions for the whole agrigenomics continuum
  18. 18 An integrated and cost-effective NGS workflow
  19. 19 DETECT MULTIPLE PATHOGENS Up to 192 targets in one test
  20. 20 AN INTEGRATED AND COST-EFFECTIVE PCR WORKFLOW FOR ANIMAL HEALTH
  21. 21 IMPROVING ANIMAL BREEDING Assessing meat quality via SNP analysis
  22. 22 DETECTION OF BOVINE RESPIRATORY AND ENTERIC PATHOGENS
  23. 23 DETECTION OF ENZOOTIC PATHOGENS IN PIGS
  24. 24 Conclusion

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