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Sorting out the Good from the Great ~ Sample QC ~ Melissa Huang Liu, Ph.D. Product Manager, 2100 Bioanalyzer System & Applications 6/15/2015 1

Sorting out the Good from the Great ~ Sample QC · 2016. 9. 4. · Sorting out the Good from the Great ~ Sample QC ~ Melissa Huang Liu, Ph.D. Product Manager, 2100 Bioanalyzer System

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  • Sorting out the Good from the Great ~ Sample QC ~

    Melissa Huang Liu, Ph.D.

    Product Manager, 2100

    Bioanalyzer System &

    Applications

    6/15/2015

    1

  • Outline

    Page 2

    Importance of Quality Control

    2100 Bioanalyzer & 2200 TapeStation Systems

    Sample QC in Genome Editing

    Sample QC in Functional Genomics

    6/15/2015

    2

  • Outline

    Page 3

    Importance of Quality Control

    2100 Bioanalyzer & 2200 TapeStation Systems

    Sample QC in Genome Editing

    Sample QC in Functional Genomics

    6/15/2015

    3

  • Quality of Samples is Critical for Experimental Success

    Page 4

    Reliability of results

    Reducing sample repeats (saving cost & time)

    Reproducibility of results from various sites and operators

    Avoiding exponential increase of data analysis effort

    Garbage in, garbage out!

    QC of starting material and after critical workflow steps

    6/15/2015

    4

  • Outline

    Page 5

    Importance of Quality Control

    2100 Bioanalyzer & 2200 TapeStation Systems

    Sample QC in Genome Editing

    Sample QC in Functional Genomics

    6/15/2015

    5

  • Electrophoresis Product Portfolio

    2100 Bioanalyzer System –

    Electrophoresis in microchannels

    • Analysis of biomolecules: DNA, RNA, Proteins

    and Cells

    • RIN for user-independent RNA QC

    2200 TapeStation System -

    ScreenTape Technology

    • fully scalable

    • 96-well plate compatible

    • RINe for user-independent RNA QC

    • DIN for user-independednt gDNA QC

    6/15/2015

    6

  • Assay Portfolio

    DNA1000 DNA7500 DNA12000 High

    Sensitivity

    DNA

    6000

    Nano

    6000 Pico Small

    RNA

    P230 P80 HSP 250

    Flow

    Cytometry

    DNA assays

    RNA assays

    Protein assays

    Flow Cytometry

    Assay

    HS D1000 D1000 Genomic DNA

    RNA HS RNA

    P200

    7

    • Sizing, Quantitation

    • gDNA integrity (DIN)

    • PCR products, digests, larger DNA fragments

    • Sizing, Quantitation

    • total RNA, mRNA

    • Purity & integrity determination (RIN; RINe)

    • Sizing, Quantitation

    • cell lysates, column fractions, purified proteins,

    antibodies etc

    • Two color detection

    • Analysis of protein expression in cells

    6/15/2015

  • Page 8

    Slab gel analysis - a bottleneck in Protein & DNA analysis

    Manual process

    Difficult to automate

    Slow

    Not accurate enough

    Bad reproducibility

    No direct comparison

    6/15/2015

    8

    Automated Electrophoresis has the potential to address this

  • Overview run workflow

    1 = ~12 samples

    in 30-40 minutes

    1 = 2-16 samples

    in 10-20 minutes

    Prepare gel/dye mix

    Prime Chip

    Prepare Chip

    Select assay

    Run

    Prepare samples

    Load Tips and Samples

    Automatic Assay selection

    Run

    0

    60 min

    DNA Buffer

    9

    0 40 min

    0 20 min

    6/15/2015

  • Outline

    Page 10

    Importance of Quality Control

    2100 Bioanalyzer & 2200 TapeStation Systems

    Sample QC in Genome Editing

    Sample QC in Functional Genomics

    6/15/2015

    10

  • DNA& RNA Applications in Genome Editing

    Page 11

    Sample QC

    in NGS

    gDNA

    integrity

    PCR

    products

    Restriction

    Digest

    Analysis

    Total RNA

    integrity

    oligo

    QC

    Oligo tailing reaction

    6/15/2015

    11

  • Example of QC steps in a complex workflow: NGS

    Adapted from Quail et al (2008) Nature Methods)

    Integrity of starting material

    Size distribution after fragmentation

    Size distribution of adapter-ligated fragment library

    Quality control and quantification after PCR

    Page 12

    6/15/2015

    12

  • Examples of sample QC steps in SynBio workflows Vector Assembly

    Starting material QC: Gene of interest after PCR

    amplification

    Verifying vector composition with restriction analysis

    Vector analysis by NGS (including multiple QC steps)

    CRISPR/ Cas9

    DNA target after PCR amplification

    Cleavage efficiency of digestion with Cas9 Nuclease

    guide RNA synthesis

    Starting material QC: oligo templates

    Monitoring oligo annealing reactions

    quantification of gRNA product

    6/15/2015

    17

  • Outline

    Page 18

    Importance of Quality Control

    2100 Bioanalyzer & 2200 TapeStation Systems

    Sample QC in Genome Editing

    Sample QC in Functional Genomics

    6/15/2015

    18

  • RNA Applications in Functional Genomics

    Gene

    Expression Transcriptome

    Profiling

    Page 19

    RNA QC for

    qPCR

    RNA QC for

    microarrays RNA QC for

    NGS

    smallRNA

    QC

    mRNA

    extraction

    6/15/2015

    19

  • Protein Applications in Functional Genomics

    Page 20

    Monitor

    Protein

    Purification

    Protein

    Expression

    in

    cell lysates

    Protein QC

    prior to MS

    analysis

    Protein

    quantitation

    6/15/2015

    20

  • More Information

    www.agilent.com/genomics/bioanalyzer

    www.agilent.com/genomics/tapestation

    • Application Notes

    • Publications

    • Data Sheets

    • Videos

    • Brochures

    • Special Offers

    • Free Software Downloads

    www.agilent.com/genomics/sample_QC

    Page 21

    6/15/2015

    21

    http://www.agilent.com/genomics/bioanalyzerhttp://www.agilent.com/genomics/tapestationhttp://www.agilent.com/genomics/sample_QC