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Twist Custom Panels can be designed and built to cover a wide range of panel sizes, target regions, and multiplexing requirements — all with the exceptional and consistent performance you’ve come to expect from Twist NGS solutions.
With our incredibly flexible design capabilities, you can easily expand or enhance content on your existing panel or blend together the content from multiple panels with the Twist Custom Blended Panels option. This unprecedented flexibility saves you time while guaranteeing high-quality performance and analysis.
Design a Twist Custom Panel in minutes using a list of gene names or a target bed file. Regardless of panel size or target region, Twist Custom Panels consistently deliver excellent performance.
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The Twist NGS Methylation Detection System provides a robust, end-to-end sample preparation solution for identifying methylated regions in the human genome. The workflow employs a unique enzymatic process from New England Biolabs® that is much less damaging to DNA, alongside Twist‘s Custom Methylation Panel design.
Whether you are investigating cellular differentiation or screening liquid biopsies for cancer, the system offers the most efficient methylation detection available.
The workflow features enzymatic conversion of unmethylated cytosines (see figure) to identify sites of methyl-cytosine (5mC) and hydroxymethyl-cytosine (5hmC).
Enzymatic conversion produces more intact libraries with better representation, and ultimately achieves more sensitive methylation detection. The library preparation system is suitable for whole genome sequencing and downstream enrichment with Twist Methylation Panels.
EM-seq conversion involves a series of enzymatic steps to convert unmethylated cytosines into uracils. The final result is the same as conventional bisulfite conversion, making EM-seq compatible with existing analysis pipelines that use Bismark and bwa-meth.
The Twist Human Methylome Panel targets 3.98M CpG sites through 123 Mb of genomic content to target biologically relevant methylation markers. Expansive content makes this panel an ideal choice for investigators to explore the methylation fraction in a diverse range of applications from cancer metastasis, human development, and functional genomics.
The panel is optimized and validated for use with the Twist methylation detection system for a complete end-to-end workflow with industry leading performance. High capture efficiency increases the sensitivity of detection across the footprint of the epigenome while decreasing sequencing costs. The panel is ideal for screening cohort samples and differentially methylated region discovery.
The Twist Human Methylome Panel offers comprehensive coverage of the genome, targeting 3.98 million CpG sites within 123 Mb of genomic content. It efficiently identifies 84% of CpG islands and covers an additional 105,288,339 bases of related regions. In comparison to average microarrays, the panel overcomes static content limitations and enhances coverage across the epigenome. Microarrays suffer from constraints in methylation detection at extreme ends due to background noise and saturation, whereas the Methylome Panel, utilizing hybrid-capture panels and Next-Generation Sequencing (NGS), provides expanded content, single-base resolution, and a higher dynamic range for more accurate detection of differentially methylated regions. The panel’s performance is notable, achieving 90% coverage at 30x depth, 95% on-target rates, and high uniformity with a fold 80 of 1.54. Its efficient capture metrics instill confidence in accurate methylation fraction detection while minimizing sequencing costs.
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The Twist Comprehensive Viral Research Panel is a highly versatile tool designed for comprehensive novel virus detection. It consists of 1,052,421 unique probes derived from reference sequences in databases like RefSeq, FluDB, and VIPR, covering a wide range of viral families affecting humans and animals. This panel can detect novel and evolved viral strains, including those related to specific outbreaks.
The panel demonstrates success in detecting highly divergent viral sequences, such as the spike region of a newly discovered coronavirus and a segment from an H1N1 influenza outbreak. With a mismatch sensitivity defined through various tests, it can capture highly evolved viral sequences with over 99.8% coverage.
Furthermore, the Twist Comprehensive Viral Research Panel allows for the enrichment of novel viruses, showcasing its ability to capture sequences with up to 10% variation. It also supports multiplex detection of diverse viruses, making it suitable for metagenomic applications in various sample types. In a co-infection assay, the panel successfully captured four different virus types spiked into human RNA with high efficiency, demonstrating its multiplexing capabilities.
The Twist Respiratory Panel is a powerful tool designed for the detection of common human respiratory pathogens through a single test. It comprises 41,047 probes compiled from the GenBank database, allowing researchers to distinguish COVID-19 symptoms from those of other respiratory illnesses, whether influenza- or non-influenza-related. This panel facilitates high-resolution Next-Generation Sequencing (NGS) by enriching viral sequences, enabling the high-sensitivity detection of viral material, even in challenging samples, with more than 5000x enrichment. Post-enrichment, it achieves coverage of over 99.9% of the genome at 1X or greater.
The panel demonstrates its effectiveness in detecting viral standards from different viral families. Synthetic Viral Controls, when spiked into human carrier RNA, show significant enrichment, with over 70% of reads coming from viral genomes, representing at least a 2500-fold enrichment over the spiked-in content.
Furthermore, the Twist Respiratory Panel supports multiplexing for higher throughput and lower cost. Comparisons using multiplex and single-plex hybridization reactions at different viral titers show that 8-plex capture provides comparable efficient enrichment as a single-plex capture. This is demonstrated using the Twist Synthetic Viral Controls and the Twist Respiratory Virus Research Panel, showcasing the versatility and cost-effectiveness of multiplexing in this respiratory virus detection system.
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Twist Exome 2.0 is designed to detect rare and inherited diseases, as well as germline cancers. This panel’s high uniformity and low off-target rate deliver best-in-class sequencing efficiency, enabling quality data to be collected with less sequencing. With superior coverage of major genetic databases (RefSeq, CCDS, GenCode, Clinvar, ACMG73 and more) and the addition of clinically relevant non-coding pathogenic and likely pathogenic variants, Twist Exome 2.0 provides the value of multiple clinical panels all wrapped into one, easily customizable package.
Victorian Clinical Genetics Services (VCGS) and Twist have collaborated to address the challenges physicians face in diagnosing heritable diseases when routine testing falls short. The result is the Twist Alliance VCGS Exome – 40.1 MB, a diagnostic panel drawing on VCGS’s extensive clinical genomics experience. This panel covers the entire exome, providing dedicated boosting of clinically relevant genes (Mendeliome), and is designed with special attention to additional coverage of clinically relevant loci beyond traditional gene coding regions.
The Twist Alliance VCGS Exome – 40.1 MB is a highly uniform panel, considered best-in-class, and aims to facilitate the identification of alleles linked to heritable diseases. Whether used for carrier screening or pre- and post-natal testing, this panel is intended to streamline the diagnostic process.
It’s important to note that the content of the Twist Alliance VCGS Exome – 40.1 MB has not been fully validated through the complete Twist workflow, and for guidance on assay set-up, contacting Twist Customer Support is recommended. Additionally, this panel is not ISO-13485 certified.
The mouse is an extremely important model system for studying genetic variation, tumor mutations, and phenotypic outcomes as well as the therapeutic effect of pharmaceutical agents. As genetic variant databases are continuously updated, the Twist Mouse Exome panel is thoughtfully designed and built from the most current databases. When combined with Twist’s expanding portfolio of library preparation and enrichment reagents, the complete toolset allows researchers to achieve industry-leading coverage across target regions while optimizing sequencing cost and sample throughput.
Understanding the genetic variations among dog breeds is crucial for unraveling the genetic regulation of traits and understanding the basis and progression of diseases in dogs. Comprehensive gene panels, such as exomes, play a pivotal role in enhancing veterinary diagnostics and associated clinical medicine. These Next-Generation Sequencing (NGS) panels, like the Twist Alliance Canine Exome developed in collaboration with the Broad Institute’s Karlsson lab, are essential tools for advancing canine genomic research. They contribute to improved understanding of canine cancers and potential therapeutics.
The Twist Alliance Canine Exome panel is designed to achieve the following objectives:
Furthermore, canine genomic research has demonstrated benefits for human medical research, revealing genetic similarities between human and canine tumors, such as Copy Number Variations (CNVs), differential gene expressions, and structural chromosome abnormalities. This interdisciplinary approach underscores the potential for insights gained in canine genetics to contribute to advancements in human medicine.
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Spatial Omics Analysis Suite Overview: ImageStudio, SAW, and StereoMap
ImageStudio:
SAW (Stereo-seq Analysis Workflow):
StereoMap:
STOmics Offline Software
STOmics Cloud
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What You Can Achieve
STOmics Cloud Workflow
STOmics Offline Software
STOmics Cloud
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STOmics Stereo-seq Transcriptomics for Large Chip Designs (LCD) pioneers the whole transcriptome study for entire tissue sections. Stereo-seq for Large Chip Designs is firstly offered to the market – 1cm x 2cm, 2cm x 2cm, 2cm x 3cm. Compatible for all species (FF samples), it enables a “tissue-to-data” solution through in situ capture of the whole transcriptome, at nanoscale resolution and centimeter-sized field of view.
Stereo-seq Transcriptomics for Large Chip Designs Workflow
Stereo-seq Transcriptomics solution
Stereo-seq Transcriptomics mIF solution
Stereo-seq Transcriptomics H&E solution
Stereo-seq Transcriptomics for Large Chip Designs
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Unlock the potential of integrating tissue phenotyping and spatial heterogeneity profiling of molecular information. By incorporating H&E-stained tissue morphological information, Stereo-seq Transcriptomics H&E solution will better assist with tissue type identification, profiling of specific tissue regions of interests (ROIs), and conducting downstream differential analysis between selected ROIs.
Stereo-seq Transcriptomics H&E solution workflow
Stereo-seq Transcriptomics solution
Stereo-seq Transcriptomics mIF solution
Stereo-seq Transcriptomics H&E solution
Stereo-seq Transcriptomics for Large Chip Designs
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STOmics Stereo-seq Transcriptomics Set for Chip-on-a-slide enables a “tissue-to-data” solution through in situ capture of the whole transcriptome, at nanoscale resolution and centimeter-sized field of view. Stereo-seq Transcriptomics Solution utilizes DNB patterned array chips loaded with spatially-barcoded probes that capture and prime poly-adenylated mRNA from tissue sections in situ. Each cDNA synthesized from mRNA captured on a particular spot is linked to its spatially-barcoded probe, allowing subsequent gene expression mapping of a tissue section following sequencing and visualization analysis using the StereoMap visualization platform.
Stereo-seq Transcriptomics mIF solution workflow
Stereo-seq Transcriptomics solution
Stereo-seq Transcriptomics mIF solution
Stereo-seq Transcriptomics H&E solution
Stereo-seq Transcriptomics for Large Chip Designs
Get a call from your local Decode Science representative to help you find the best fit genomics products for you.
Or give us a call at:
PRODUCTS
STOmics Stereo-seq Transcriptomics Set for Chip-on-a-slide enables a “tissue-to-data” solution through in situ capture of the whole transcriptome, at nanoscale resolution and centimeter-sized field of view. Stereo-seq Transcriptomics Solution utilizes DNB patterned array chips loaded with spatially-barcoded probes that capture and prime poly-adenylated mRNA from tissue sections in situ. Each cDNA synthesized from mRNA captured on a particular spot is linked to its spatially-barcoded probe, allowing subsequent gene expression mapping of a tissue section following sequencing and visualization analysis using the StereoMap visualization platform.
Stereo-seq Transcriptomics solution Workflow
Stereo-seq Transcriptomics solution
Stereo-seq Transcriptomics mIF solution
Stereo-seq Transcriptomics H&E solution
Stereo-seq Transcriptomics for Large Chip Designs
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