haloplex disease research panels - agilent · 2015-09-04 · sensitive variant detection . research...
TRANSCRIPT
Research Use Only
Not for Use in Diagnostic Procedures
The Next Generation of Panels has Arrived…
HaloPlex Disease Research Panels
Premium Performance with Content you can Trust!
Research Use Only
Not for Use in Diagnostic Procedures
Data Analysis with SureCall
Agenda – HaloPlex
HaloPlex Introduction
How it Works
1
HaloPlex Disease Research Panels
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Research Use Only
Not for Use in Diagnostic Procedures
Next generation sequencing
Disruptive technology – transforming clinical research
Research Use Only
Not for Use in Diagnostic Procedures
Why targeted resequencing?
Leverage throughput and accuracy to sequence at higher coverage
while multiplexing samples
NGS
Transcriptome Genome
Gene
expression
Small
RNA Whole
genome
Epigenome
De novo Whole
transcriptome
ChIP-Seq Methylation
Targeted
resequencing
Research Use Only
Not for Use in Diagnostic Procedures
Targeted resequencing vs. whole genome
Required throughput = genome size x average coverage
v
Target = 50Mb x 100 = 5Gb
Target = 5Mb x 100 = 500Mb
Target = 0.5Mb x 100 = 50Mb
Target =50Kb x 100 = 5Mb
Human Genome
3Gb x 30 = 90Gb
~1 Sample/Run
$$$$$$
Research Use Only
Not for Use in Diagnostic Procedures
DISCOVERY FOLLOW-UP CLINICAL
RESEARCH
From Discovery to Clinical Research
Whole Exome
Whole Genome
GWAS
Follow-up Exome
Follow-Up WGAS
Follow-up GWAS
Clinical Research
Panels
Research Use Only
Not for Use in Diagnostic Procedures
FOLLOW-UP CLINICAL RESEACH
From discovery to clinical research
All Solutions
currently available
are based on
Multiplex PCR and
complex data
analysis Challenges:
Fast turnaround Time
Flexibility in panel size
Simple workflow
High Coverage and Specificity
High Throughput
Data Analysis Solution
Research Use Only
Not for Use in Diagnostic Procedures
Advantages of traditional PCR
High Coverage
High Specificity
Fast
Cost Effective
Simple
Well established
Research Use Only
Not for Use in Diagnostic Procedures
The problems with multiplex PCR
Primer Cross reactivity
Limited in # target regions
Long optimization
Hard to change
Dropouts
Artifacts
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex – Premium performance
Low DNA Input (200ng)
High Coverage
Uniform Amplification
High Specificity
Sensitive variant detection
Research Use Only
Not for Use in Diagnostic Procedures
Data Analysis with SureCall
Agenda – HaloPlex
HaloPlex Introduction
How it Works
1
HaloPlex Disease Research Panels
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3
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Research Use Only
Not for Use in Diagnostic Procedures
SureDesign - Create custom designs in <10 mins
1. Input gene ID/name/coordinate
2. Define regions of interest (eg.
Exons, UTRs, etc)
3. Click “Start Design”
4. Design report in 10 minutes
www.agilent.com/genomics/suredesign
Research Use Only
Not for Use in Diagnostic Procedures
SureDesign - Create custom designs in <10 mins
www.agilent.com/genomics/suredesign
Report with target coverage
metrics
link to UCSC browser to review
target regions and amplicons
Design options available for
fragmented samples
Improved design coverage of
pseudogenes
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex workflow Simple & fast 4-step protocol
Probe/Fragment
hybrids are retrieved
with magnetic beads.
Circular molecules are
then ligated.
Only circular DNA
targets are amplified.
Sample barcodes are
introduced.
3
4
Sample is
fragmented using
restriction enzymes
Probe library is added
& hybridized to the
target fragments
resulting in a Halo
shape.
1
2
Regions of interest are ready for sequencing
Research Use Only
Not for Use in Diagnostic Procedures
Improves design coverage
Redundancy reduces risk of
loosing completeness if a
probe fails; protects against
primer site mutations
Specificity of the restriction
enzymes add specificity to
the capture
Amplicon tiling
HaloPlex workflow
Each DNA sample is fragmented in
eight double-digest reactions
Digest and
denature DNA
1
Research Use Only
Not for Use in Diagnostic Procedures
Same hybridization requirement
as regular PCR
• High specificity
Both primers incorporated on
the probe
• No cross-reactivity
Integrated index or sample
barcode
• 96 sample format available
HaloPlex workflow
Hybridize probes Fragments are mixed with custom
HaloPlex probes and a primer cassette.
Hybridization overnight.
2
Correctly hybridized fragments will form a nicked
dsDNA structure with HaloPlex probe
Research Use Only
Not for Use in Diagnostic Procedures
Purify and ligate
targets
Probe/fragment hybrids are retrieved with
streptavidin magnetic beads.
Circular molecules are ligated.
HaloPlex workflow
3
Level of enrichment is
increased by removal of
non-targeted fragments
Only perfectly
hybridized fragments
will be ligated
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex workflow
Precise target is ready for sequencing
Amplify enriched
fragments
Only circular DNA targets are amplified. 4
PCR is primed
from the primer
cassette
Thousands of
amplicons
One primer pair
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology Eight different fragments cover each target position.
Genomic region Target
Amplicons
are tiled over
the region
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology
Genomic region Target
A subset covering
the target region is
selected using
HaloPlex probes Multiple
fragments
cover the
target region
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology
Genomic region Target exon
HaloPlex baits guide circularization
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology The selected subset is equipped with sequencing primer
sequences by the selector probes.
Genomic region Target exon
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology The sequencing primers are used to sequence in from the
fragment ends (paired-end sequencing).
Genomic region Target exon
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology
Genomic region Target exon
0001111122322222333455422221111222111110000 Read coverage
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex technology
Genomic region Target exon
0001111122322222333455422221111222111110000
By tiling
amplicons, high
target coverage is
achieved
Research Use Only
Not for Use in Diagnostic Procedures
Pileup in integrative genome viewer
Outstanding
coverage of
targeted bases
Highly
specific
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex Others
TARGET TARGET
With HaloPlex each target base is
covered by multiple amplicons
(different start and stop sites)!
With other multiplex PCR based
technologies, each target base is
covered by only one amplicon
(same start and stop sites)
If a variant occurs – it can be
checked by multiple amplicons with
HaloPlex
If a variant occurs, it is hard to
know if it is a real mutations and
not a PCR artifact
DNA variant DNA variant
If an unknown mutation appears in
a restriction site, it may affect one
or two fragments but all others will
be present
If an unknown mutation appears in
a primer site it causes a complete
dropout in the target region
What makes HaloPlex better than other PCR methods?
Research Use Only
Not for Use in Diagnostic Procedures
Complete clinical research solution
Design your
gene panel
using
SureDesign
Prepare
samples with
HaloPlex Kit
Sequence on
NGS
sequencer
~10 mins <1 day <1 day
1 2 3 4
Mutation
Analysis and
report on
SureCall
~1 hour
Research Use Only
Not for Use in Diagnostic Procedures
Data Analysis with SureCall
Agenda – HaloPlex
HaloPlex Introduction
How it Works
1
HaloPlex Disease Research Panels
2
3
4
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex Disease Research Panels A new family of premium performance gene panels developed with the help of
clinical research thought leaders.
Available in Catalog or Pre-Designed formats
Compatible with Illumina and Ion Torrent platforms
Developed in collaboration with Clinical research thought
leaders, for key disease research areas;
High Performance, already tested;
Allow comprehensive analysis of several genes at the same
time;
Save money and time, compared to Sanger Sequencing single
gene assays;
Research Use Only
Not for Use in Diagnostic Procedures
Benefits of HaloPlex disease research panels
1. Confidence in Genetic Content
– Our Panels have been developed
with key thought leaders in the
Clinical Research field
– Why is that important?
Best set of gene targets selected for
each disease
No need to design
Pre-tested
Prof. Paul Waring
Dr. Berivan Baskin
ICCG (ISCA) Consortium
leaders
Research Use Only
Not for Use in Diagnostic Procedures
Anyone can do it!
• Library-free, <1 day protocol
• Automatable protocol
• All you need is the kit!
• SureCall for intuitive variant
calling
Benefits of HaloPlex disease research panels
2. Ease of use from sample to analysis
Research Use Only
Not for Use in Diagnostic Procedures
Positioning HaloPlex Disease Research Panels
Multiple amplicon tiling of targets provides:
• Fewer PCR artifacts
• Fewer lost targets
• Reliable mutation/variant calling
3. Results you can trust
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
Two Panels available as catalog products:
Catalog panels are available off the shelf, for fast delivery
Cancer
(already launched)
“A 47 gene panel
targeting COSMIC
mutations”
NEW Cardiomyopathy
“A 34 gene panel for analysis
of inherited forms of
cardiomyopathies”
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex Cancer Research Panel
http://www.sanger.ac.uk/genetics/CGP/cosmic
Catalog kit
10Kb design
47 genes targeting COSMIC mutations
o Designed with relevant cancer targets
Designed for challenging, degraded samples
o Includes shorter fragments
o Design with both polarities
Analyze data in SureCall
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex Cardiomyopathy Research Panel
Content: 34 genes known to be associated with:
Hypertrophic cardiomyopathy,
Dilated cardiomyopathy,
Arrythmogenic right ventricular cardiomyopathy
Developed in
collaboration with
Dr. Berivan Baskin
“Save time and money by analyzing all 34 genes in the same assay, and being able to
evaluate many different forms of the disease in a single panel”
Designed specifically for inherited forms
of cardiomyopathy.
Cardiomyopathy Research Panel – Gene Content
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
Five Panels available as PRE-DESIGNED products:
Pre-Designed panels are available as DESIGN IDs in SureDesign. Each design
ID can be ordered as a CUSTOM product
ICCG (ISCA)
Connective Tissue
Disorder
X Chromosome
Arrhythmia
Noonan
Syndrome
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
Any panel can be CUSTOMIZED in SureDesign
Any Panel
(Catalog or Pre-
Designed)
Custom Targets
The Best
research panel
for your lab!
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
CATALOG PANEL: Order off the shelf
PRE-DESIGNED PANEL: Choose the panel DESIGN ID
available in SureDesign and order as a CUSTOM kit
OR
Integrated
Workflow
Research Use Only
Not for Use in Diagnostic Procedures
Reports 1-page mutation report
QC report
Make your own report
Reports
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
0%
20%
40%
60%
80%
100%
Enrichment Performance – HaloPlex Catalog Panels
HaloPlex Cancer
HaloPlex
Cardiomyopathy
Premium Performance Results you
can trust!
Research Use Only
Not for Use in Diagnostic Procedures
HaloPlex disease research panels
0% 10% 20% 30% 40% 50% 60% 70% 80% 90%
100%
HaloPlex Pre-Designed Panels
HaloPlex Arrhythmia
HaloPlex Noonan
Syndrome
HaloPlex Connective
Tissue Disorder
HaloPlex ICCG
HaloPlex X Chromosome
Premium Performance Results you
can trust!
Research Use Only
Not for Use in Diagnostic Procedures
Data Analysis with SureCall
Agenda – HaloPlex
HaloPlex Introduction
How it Works
1
HaloPlex Disease Research Panels
2
3
4
Research Use Only
Not for Use in Diagnostic Procedures
Thank You!