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