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Ashkenazim Son gDNA (EGFR)

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Ashkenazim Son gDNA (EGFR): Optimized for Next Generation Sequencing (NGS)

The Ashkenazim Son gDNA (human) from the GM24385 cell line is a high-quality human DNA sample, ideal for various Next Generation Sequencing (NGS) applications. Its detailed mutation status and Whole Genome Sequencing (WGS) data are freely accessible through the Personal Genome Project (PGP).

Applications in NGS Workflows

– Protocol Validation: Perfect for validating and optimizing WGS, Amplicon Sequencing, and PCR protocols.
– Instrument Calibration: Used to calibrate DNA fragmentation tools like acoustic shearing and sonication.
– Pipeline Performance: Compare your NGS results to available datasets to assess workflow accuracy.

Product highlights

  • High-quality DNA: Ideal for accurate validation and optimization of sequencing protocols.
  • Public WGS data: Freely accessible Whole Genome Sequencing data for easy reference and comparison
  • Detailed mutation status: Full transparency on specific gene mutations, aiding research precision.
  • Instrument calibration: Suitable for fine-tuning DNA fragmentation tools like acoustic shearing and sonication.
  • Pipeline performance evaluation: Compare NGS results with publicly available datasets to optimize workflows.
  • Versatile applications: Supports a range of NGS tasks, from protocol development to PCR optimization.

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Ashkenazim Son gDNA (EGFR)

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Specifications of the Ashkenazim Son gDNA (EGFR)

Ashkenazim Son gDNA (EGFR): High-Quality Human DNA for Next Generation Sequencing (NGS) Applications

The Ashkenazim Son gDNA (human) from the GM24385 cell line is a highly characterized human DNA sample, making it an ideal resource for a wide range of Next Generation Sequencing (NGS) workflows. Its detailed mutation status, along with Whole Genome Sequencing (WGS) data, is publicly available through the Personal Genome Project (PGP), providing transparency and ease of access to key genomic information.

Key Applications for NGS Workflows

The Ashkenazim Son gDNA sample is perfect for multiple NGS and DNA analysis tasks, including:

– Validation and Development of Sequencing Protocols: The high-quality nature of this gDNA makes it ideal for validating WGS and Amplicon Sequencing protocols, as well as for optimizing PCR methods.
– Calibration of DNA Processing Instruments: Researchers can use this DNA sample to calibrate DNA fragmentation instruments, such as those utilizing acoustic shearing, enzymatic digestion, or sonication.
– NGS Pipeline Performance Analysis: By comparing the performance of your NGS workflows to the freely available Ashkenazim Son gDNA datasets, you can assess and improve the accuracy and efficiency of your sequencing pipeline.

Benefits of Using Ashkenazim Son gDNA (EGFR)

The Ashkenazim Son gDNA offers unmatched reliability and precision for researchers and laboratories working in genomics, ensuring that all processes from sequencing to instrument calibration are carried out with the highest level of accuracy. Having access to detailed mutation data and WGS results enhances your ability to fine-tune protocols and workflows, streamlining research and development in NGS.

Conclusion

The Ashkenazim Son gDNA is an invaluable tool for any laboratory involved in NGS research, providing the transparency and data accessibility needed to drive advancements in genomic analysis. Whether for developing new protocols or optimizing existing workflows, this DNA sample offers the quality and data depth essential for success in modern sequencing applications.

Optimize your NGS workflows today with the precision and reliability of Ashkenazim Son gDNA (EGFR).

 

Components of the Ashkenazim Son gDNA (EGFR)

The gDNA (human) wt contains Tris-EDTA (10 mM Tris, 1 mM EDTA), pH 8,0

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