Biomek i-Series Automated AmpliSeq for Illumina® Library Prep Kit
The AmpliSeq for Illumina Library Prep Kit is used to prepare dual indexed libraries for targeted sequencing on Illumina platforms. Sample inputs range from 2-200 ng DNA and 2-200 ng RNA and also compatible with FFPE samples thus allowing researchers to work with low input DNA and RNA.
In this flyer, we demonstrate the automated performance of AmpliSeq for Illumina Library Prep Kit on the Biomek i5 Span-8 Genomics Workstation for three of the workflows compiled in a single automated method.
- Ampliseq for Illumina Cancer Hotspot Panel v2 (for max 96 DNA samples with single DNA panel)
- Ampliseq for Illumina Comprehensive Panel v3 (for max 48 DNA and 48 RNA samples with 2 tube panel for each)
- Ampliseq for Illumina Focus Panel (for max 48 DNA and 48 RNA samples with single tube panel for each)
In comparison to the manual pipetting, the AmpliSeq for Illumina Library Prep Kit automated on Biomek platform provides:
Biomek i5 Span-8 Genomics Workstation
System features deliver reliability and efficiency to increase user confidence and walk-away time
Figure 1. Biomek i5 Span-8 Genomics Workstation with optional Enclosure on a Biomek Mobile Workstation. Deck layout in the lower image.
This workflow is for Comprehensive V3 Panel
RNA and/or DNA workflow can be run independently
The method is modularly written and each process can be run independent of each other.
Figure 2. AmpliSeq for Illumina Library Prep Kit automated workflow
The method can be run using the interactive Guided Labware Setup software. It provides logical start and stop points assigned based on Illumina’s recommendations, enabling flexibility to the users for scheduling their workflow and allowing each laboratory to address their individual requirements for sample processing and throughput.
Application is designed to run up to 96 total samples. The instrument has 1 each Static Peltier and Orbital Shaker. Application can run DNA and RNA workflow individually or simultaneously, if applicable.
Major Process Description
|Kit Type||Hot Spot V2 Panel||Focus Panel||V3 Panel|
|Instrument Setup Time||10 min||15 min||20 min||10 min||15 min||20 min||10 min||15 min||20 min|
|cDNA Synthesis||NA||NA||NA||NA||8 min||15 min||NA||8 min||15 min|
|Amplification||9 min||18 min||31 min||14 min||20 min||34 min||21 min||37 min||1 hr 8min|
|Digest Amplicons||8 mins||14 min||27 min||7 min||14 min||27 min||7 min||14 min||27 min|
|Ligate indexes||12 mins||22 min||43 min||13 min||22 min||43 min||13 min||22 min||43 min|
|Instrument Setup Time||15 min||20 min||30 min||15 min||20 min||30 min||15 min||20 min||30 min|
|First Cleanup and Amplification||39 min||49 min||1 hr 7 min||42 min||49min||1 hr 7 min||42 min||49min||1 hr 7 min|
|Second Cleanup||55 min||1 hr 9 min||1hr 37min||58 min||1 hr 9 min||1hr 37min||58 min||1 hr 9 min||1hr 37min|
|Normalize and Pooling||13 min||15 min||17 min||13 min||15 min||17 min||13 min||15 min||17 min|
|Method Run Time||2hr 58min||4hr 16min||6hr 39min||3hr 9min||4hr 26min||6hr 57min||3hr 26min||4hr 43min||7hr 31min|
|Total Time||8hr 58min||10hr 16 min||12hr 39 min||9hr 9min||10hr 26min||12hr 57min||9hr 26min||10hr 43min||13hr 31 min|
*Total timing estimates include Thermocycling but do not include reagent thawing
* Focus and V3 Panel can have a maximum of 48 DNA and 48 RNA samples.
Table 1. Estimated run times for AmpliSeq for Illumina Library Prep Kit on the Biomek i5 Span8 Genomics Workstation.
The software provides several user friendly features such as:
1. Biomek Method Launcher (BML)
BML is a secure interface for method implementation without affecting method integrity. It allows the users to remotely monitor the progress of the run. The manual control options provide the opportunity to interact with the instrument, if needed.
Figure 3. Biomek Method Launcher provides a straight-forward interface to launch the method
2. Method Options Selector (MOS)
MOS enables selection of plate processing and sample number options to maximize flexibility, adaptability and the ease of method execution.
Figure 4. AmpliSeq for Illumina Method Options Selector enables one to select DNA and/or RNA to run, batch size and other processing options.
3. Guided Labware Setup (GLS)
GLS is generated based on options selected in the MOS, and provides the user specific graphical setup instructions with reagent volume calculation and step by step instructions to prepare reagents.
Figure 5A. Guided Labware Setup indicates reagent volumes and guides the user for correct deck setup
Figure 5B. Application allows DNA and RNA to be processed in parallel post amplification on a single plate.
The AmpliSeq for Illumina Comprehensive Cancer Panel v3 was run with 10ng each of 8 DNA samples (4 replicates of Horizon™ HD 798 and 4 replicates of HD 803) and 10ng of 8 RNA samples (4 replicates of Agilent® Universal Human Reference RNA and 4 replicates of Seracare® Fusion RNA mix v3 Catalog No. 0710-0431) to generate libraries for sequencing on MiSeq. The quantity of the original sample was assessed with Qubit™ ds HS DNA Kit and Qubit™ HS RNA Kit. Libraries were normalized and pooled and After paired end 2x151 bp sequencing run, analysis was performed using the BaseSpace Sequence Hub.
A robust and reliable automation solution for NGS library prep is essential to take full advantage of Illumina’s sequencing technology. Automation saves up valuable time and money and helps the researchers to obtain an efficient process with more walk-away time.
Figure 6. Seracare Fusion RNA Mix v3 (0710-0431) library distribution on D1000 tape run on Agilent TapeStation 2100.
|Mean Autosome Rate||Percent Q30 Bases||Percent On-target Aligned Reads||Uniformity of Coverage|
Figure 7. Average sequencing matrix for 8 DNA samples
Figure 8. Aggregate Summary of RNA samples
|Gene A||Gene B||Score||Fusion Call|
Figure 9. The fusion calls that are present in Seracare RNA are detected in this run as seen in table above.
We’ve demonstrated automation of AmpliSeq for Illumina Library Preparation Kit on the Biomek i5 Span-8 Genomics Workstation. The solution delivers libraries that yield quality sequencing results. It’s flexible and scalable thus providing fast and efficient library construction