Back to the Basics: Methyl-Seq 101
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1 Back to the Basics: Methyl-Seq 101 Presented By: Alex Siebold, Ph.D. October 9, 2013 Field Applications Scientist Agilent Technologies Life Sciences & Diagnostics Group Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 11
2 Back to the Basics: Agilent s Five Part 101 eseminar Series Event Date & Time Speaker Topics NGS Data Analysis 101 Thu, Oct 10 1 pm ET Jean Jasinski, PhD Field Application Scientist Analysis Workflows, File Formats, and Data Filtering DNA-Seq vs. RNA-Seq Considerations Integrating Disparate Data Sets to Create a More Complete Story NGS Panels 101 Fri, Oct 11 1 pm ET Adam Hauge, University of Minnesota Panel Design Process Quality at the Bench: Tips, Tricks, and Lessons Learned Considerations for Future Panels Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 22
3 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 33
4 Defining Epigenetics & Epigenetic Protein Functions Epigenetics: Studies changes in gene expression caused by mechanisms that do not effect the underlying DNA sequence - ex: DNA Methylation and Covalent Modification of Histone Tails DNMT1 (DNA Methyltransferse) MLL (Histone Methyltransferse) Methyl CpG Binding Proteins (MBD s) CBX7 (Chromodomain) BRD4 (Bromodomain) DNA Demethylation HDAC s (Histone deacetylases) UTX (Histone demethylase) Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 44
5 DNA Methylation: An Epigenetic Modification Found in animals, plants, bacteria, fungi, etc Initially thought to be a static modification, but is dynamic Important in Development and Cellular Differentiation Promotes Gene Silencing Aberrant DNA methylation contributes to a host of diseases, including cancer Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 55
6 CpG Dinucleotides & Their Genomic Locations CpG islands High frequency of CpG dinucleotides > 500bp & GC content >55% & observed/expected CpG ratio > 0.65 In or near about 40% of promoters of mammalian genes Promoters 75% of transcriptional start sites have CpG-rich regions 88% of active promoters are associated with CpG-rich sequences Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 66
7 Differentially Methylated Regions (DMRs) CpG islands 4~8 % tissue-specific differentially methylated regions or T-DMR CpG island shores ~2kb away from islands, 76% of T-DMRs in shores CpG island shelves ~4 kb away from islands Irizarry RA et al. Nature Genetics 2009 HS3ST4 : heparan sulfate D- glucosaminyl 3-Osulfotransferase 4 Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 77
8 The Study of Epigenetics & How it Relates to the Clinic DNA Methylation has a rapidly growing role in cancers and other diseases Pharma & Biotech are actively seeking new small molecules that inhibit certain classes of epigenetic enzymes FDA Approved Epigenetic Therapies Vidaza & Dacogen: Inhibit DNA Methyltransferases Vorinostat & Romidepsin: Inhibit Histone Deacetylases Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 88
9 Impact of Adding Methylation Assays to Your Current Research Better understand the link between environment and genetics Obtain the complete picture of a gene and its impact on the pathogenesis of cancer or other disease state Not approved for Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 99
10 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 10 10
11 The Power Behind the Performance Agilent s Core Competency: Oligo Library Synthesis (OLS) HP Inkjet Printer Technology + Proprietary Chemistry = Long High-Quality Oligos (SurePrint Technology) Agilent s SureSelect Platform Utilizes 120bp Oligos Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 11 11
12 Target Enrichment: It s just like fishing Why perform target enrichment? 1. Sequence only your desired regions of interest (Exons, gene panels, intergenic regions etc...)! 2. Sequence more samples per lane/run (i.e. Multiplex) 3. Save time and money 4. Faster time to results = Smaller datasets 5. Identify variants in samples with increased reliability and accuracy: More Reads in regions of interest = Higher Depth of Coverage Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 12 12
13 SureSelect DNA SureSelect: In-Solution Target Enrichment Nat Biotechnol Feb;27(2): Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 13 13
14 SureSelect DNA SureSelect: In-Solution Target Enrichment Nat Biotechnol Feb;27(2): Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 14 14
15 Target Enrichment Maximizes Your Sequencing Efficiency Genome Size x Desired Depth of Coverage = Required Seq Depth/Sample Human Genome 3Gb x 30 = 90Gb Illumina HiSeq FlowCell Illumina HiSeq Gb/lane ~ 3 lanes per sample! $$$$$ Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 15 15
16 Target Enrichment Maximizes Your Sequencing Efficiency Target Size x Desired Depth of Coverage = Required Seq Depth/Sample v Human Genome 3Gb x 30 = 90Gb Target = 50Mb x 100 = 5Gb Target = 5Mb x 100 = 500Mb Illumina HiSeq FlowCell Target = 500Kb x 100 = 50Mb Target = 50Kb x 100 = 5Mb Develop designs/panels for any sequencing capacity: - High Throughput or Desktop Illumina HiSeq Gb/lane Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 16 16
17 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 17 17
18 SureSelect XT Human Methyl-Seq DESIGN CONTENT - 84 Mb Design, Discovery Tool Not methylation-state dependent No prior knowledge needed Comprehensive design Not limited to CpG Islands Comprehensive Content CpG Islands, Promoters and DMRs 3.7M CpGs CpG islands Cancer, Tissue-specific DMRs GENCODe promoters DMRs or regulatory features in: CpG Islands, shores and shelves ±4kb DNAseI hypersensitive sites Refseq Genes Ensembl Regulatory Features Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 18 18
19 SureSelect XT Human Methyl-Seq Bait design Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 19 19
20 SureSelect XT Methyl-Seq Workflow me me A me me A me me me me DNA Shearing, End Repair & A addition madapter ligation SureSelect Hyb (24hr) Bisulfite treatment Library Quant and PCR Sequence No PCR before Bisulfite treatment to preserve the Methylation state Bisulfite treatment is performed after hybridization to maximize sample complexity Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 20 20
21 Proof of Concept: HCT116 vs Methyltransferase DKO Highly sensitive and accurate methylation detection after SureSelect target enrichment demonstrated DNA methylation differences between HCT116 human colon cancer cells and its methyltransferase double-knockout (DNMT1-/- and DNMT3b-/-). Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 21 21
22 Proof of Concept: Methylation of Metalloproteinase inhibitor 3 Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 22 22
23 Proof of Concept: Identifying Tissue Specific DMRs Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 23 23
24 SureSelect XT Methyl-Seq Capture Performance 10Gb Sequencing per Sample Percentage reads in targeted regions: 82.0% Percentage reads in regions +/- 100bp: 93.6% Percent of genome targeted: 2.7% Enrichment in targeted regions: Uniformity (3/4 mean with upper tail): 91.4% Number of bases in targeted regions: 84,367,621 Percentage of targeted bases covered by......at least 1 read: 98.7%...at least 10 reads: 91.4%...at least 20 reads: 78.9% Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 24 24
25 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 25 25
26 Comparative Publication Of Methyl Assays: Nature Biotech. (28), pp: : (2010) Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 26 26
27 Whole Genome Bisulfite Sequencing (WGBS) Whole Genome Coverage But costly and time consuming Requires extensive bioinformatics Limited scalability per run Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 27 27
28 MeDip-Seq & Reduced Representation BiSulfite Sequencing (RRBS) Limitations Difficult to target specific regions (i.e. DMRs in Shelf and Shore regions) Biased towards methylated regions, Repeat sequences & CpG-rich sequences Can miss under-methylated regions Difficult to design since knowledge of methylation state for the target region is needed Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 28 28
29 Microarray-Based Method: Infinium 450K Array Improved cost and throughput vs. whole-genome bisulfite sequencing Not whole-genome (~480K Features) Does not cover shores and shelves known to house important DMRs CpG Rich Regions are hard to resolve at single base resolution What are you missing? Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 29 29
30 SureSelect XT Methyl-Seq What if you could: reduce cost/sample Interrogate regions more efficiently than WGBS Confidently identify both Hyper & Hypo methylated regions in a single experiment Have increased scalability Achieve high depth of coverage to confidently make methyl calls Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 30 30
31 Methyl-Seq Comparison with published WGBS data Cell line: IMR90 (female lung fibroblast) Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 31 31
32 SureSelect Methyl-seq vs. Whole-Genome Bisulfite Sequencing Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 32 32
33 Concordance between WGBS data & SureSelect Methyl-Seq R = Excellent concordance with whole genome bisulfite sequencing data. Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 33 33
34 Excellent Reproducibility Excellent reproducibility for IMR90 Replicate 1 vs. 2 Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 34 34
35 SureSelect XT Complete Workflow Solution Library Prep Target Enrich. Indexes SureSelect XT Human Methyl-Seq Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 35 35
36 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 36 36
37 Integrated Biology Applications in GeneSpring Including Methyl-Seq Analysis! Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 37 37
38 Integrated Biology Applications in GeneSpring Including Methyl-Seq Analysis! Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 38 38
39 SureSelect DNA & RNA Additional Target Enrichment Solutions: SureSelect XT Targets Kits Species Capture Exomes DNA Methylation 50Mb (V3) V4, V4+UTR V5, V5+UTR (NEW!) Human Methyl-Seq (84Mb) Mouse Methyl-Seq (100Mb) Human, Mouse, Zebrafish, bovine, dog Human Mouse (EA) Each Kit has a unique ELID identifying number DNA-Seq DNA-Seq Kinome DNA or RNA ~3 Mb Human DNA or RNA-Seq Custom Regions Focused Panels >0.2 Mb to 34 Mb Any DNA or RNA-Seq >0.2 Mb to 34 Mb Any DNA or RNA-Seq All kit design files can be easily retrieved from Agilent SureDesign Access SureDesign to create your own custom captures for FREE! Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 39 39
40 Topics for Today s Presentation 1 Epigenetics & DNA Methylation 2 Technology Behind SureSelect XT 3 SureSelect XT Human Methyl-seq 4 Comparing DNA Methylation Methods 5 GeneSpring & Additional TE Solutions 6 Summary & Upcoming 101 eseminars Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 40 40
41 SureSelect XT Human Methyl-Seq Summary Covers more individual relevant CpGs compared to Methylation microarrays Reveals methylated regions undetected by RRBS and Me-Dip Increases throughput, reduces costs compared to WGBS and allows better usage of sequence capacity Produces higher quality data than WGBS, deeper reads, faster analysis Identification of DMR in relevant genes can lead to discovery of useful biomarkers Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 41 41
42 A Beginner s Glossary for Methyl-seq: Walk the walk, talk the talk 1. Epigenetics The study of changes in gene expression that are caused by mechanisms that do not effect the underlying DNA sequence. Examples include covalent modification to histones tails and the methylation of DNA. 2. Epigenetics Writers Individual enzymes or protein complexes that facilitate the establishment of covalent modifications to DNA or histones. Examples include DNA methyltransferase and histone methyltransferase. 3. Epigenetic Readers - Proteins that identify specific epigenetic marks and either directly bind to or recruit proteins to bind to them in order to modulate gene expression. Examples include methyl CpG binding proteins or members of the Polycomb and Trithorax group proteins. 4. Epigenetic Erasers Proteins that can remove covalent modifications to DNA and histones. 5. CpGs Regions of the genome where cytosines precede guanines along the linear DNA sequence. The p in the CpG annotation stands for phosphate which means the cytosine nucleotide occurs 5 of the guanine nucleotide. This nomenclature is used to prevent confusion since cytosines form Watson-Crick base pairing with guanines, which are not sites for DNA methylation. 6. CpG Islands Regions of the genome, typically >500bp, that contain a high density of CpG dinucleotide sequences. 7. CpG Island Shores Term that describing the regions of differentially methylated CpG dinucleotides which occur approximately 2 kb away from annotated CpG islands. 8. CpG Island Shelves Similar to CpG shores, however these regions are found even further from annotated CpG islands in the genome, approximately 4 kb away from annotated CpG islands. 9. DMRs Referring to Differentially Methylated Regions of the genome. Not approved for use in diagnostic procedures Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 42 42
43 Agilent Technologies Knows NGS 101 & More Offering Complete Solutions for NGS Workflows The Gold Standard for Sample QC The Leader in NGS Target Enrichment 2100 Bioanalyzer Instrument & Kits 2200 TapeStation Instrument & Kits SureDesign SureSelect HaloPlex Bravo Automation NGS Analysis Software GeneSpring NGS SureCall Validation Technologies qpcr- Mx system & Brilliant reagents Microarrays- CGH, CGH+SNP, Gene Expression & mirna Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 43 43
44 Back to the Basics: Agilent s Five Part 101 eseminar Series Continues Event Date & Time Speaker Topics NGS Data Analysis 101 Thu, Oct 10 1 pm ET Jean Jasinski, PhD Field Application Scientist Analysis Workflows, File Formats, and Data Filtering DNA-Seq vs. RNA-Seq Considerations Integrating Disparate Data Sets to Create a More Complete Story NGS Panels 101 Fri, Oct 11 1 pm ET Adam Hauge, University of Minnesota Panel Design Process Quality at the Bench: Tips, Tricks, and Lessons Learned Considerations for Future Panels Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 44 44
45 Contact Us Life Sciences & Diagnostics Group CAG Agilent EMEAI Technologies Agilent Restricted Page 45 45
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