MGISP-NEX

PRODUCTS

MGISP-NEX

MGISP-NEX

MGISP-NEX is a versatile automated nucleic acid extractor independently developed by MGI. It equips with an independent 8-channel pipetting module and magnetic rod extraction module. The independent 8-channel pipetting can perform liquid transferring, which reduces manual intervention and achieves a higher degree of automation.The magnetic rod extraction module has two types of magnetic rods: one with 24 magnetic rod heads and another with 96 magnetic rod heads, which can be flexibly interchanged.

Versatile Liquid Handling:

Our independent 8-channel pipetting system excels at liquid transfer, diminishing the need for manual intervention and ushering in a heightened level of automation.

Advanced Disinfection System:

Our triple anti-pollution design guarantees sample safety by significantly minimizing the risk of
cross-contamination.

Adaptable Extraction:

Our innovative interchangeable magnetic rod module is designed for flexibility, catering to the diverse requirements of various scenarios.

Features
  1. Barcode Scanner & Temp. Control Module:

    • Rapid scanning for tube barcode.
  2. Temp. Control Module
    • Cryogenic storage of reaction reagent.
  3. 8-channel Pipettor:

    • Independent control of pipetting distance, volume, and height.
  4. Rotatable Gripper:

    1. Real-time sensing of the grasping status.
  5. Anti-drip Baffle:

    • Prevention of cross-contamination within the experiment.
  6. MagneticRod Module:

    • Interchangeable 24 & 96 magnetic rod heads.
  7. UV System:

    • High-dose irradiation exceeding 100,000 µW.s/cm².
  8. HEPA System:

    • Efficient filtration to prevent contamination.
MGI NEX
Ready To Order?
Our team can help you in placing the order. Click below to get a quote and fast ordering.
MGI Portfolio

Have a question?

Get a call from your local Decode Science representative to help you find the best fit genomics products for you.

Error: Contact form not found.

Or give us a call at:

1300 581 991

MGISP-NE384

PRODUCTS

MGISP-NE384

MGISP-NE384
MGISP-NE384: Precision Meets Speedy Automation

The MGISP-NE384 is a state-of-the-art, high-throughput automated nucleic acid extractor designed for optimal purity and safety in extraction processes. Utilizing magnetic rod technology, it can efficiently extract and purify nucleic acid from 96/192/288/384 samples. The extractor features Z axis independent control and a robust HEPA filtration system, along with a UV lamp, ensuring a secure working environment for both nucleic acid extraction and lab technicians.

Efficient

Processing and mobilizing magnetic particles to extract and purify nucleic acid from 384 samples

Stable

Efficient 96-well plate reagent hardware design with disposable tip, reducing operational errors

Safe

HEPA filtration and UV lamp integration, eliminating cross-contamination and securing a safe workspace

Flexible

Independent Z-axis control in mixing & magnetic modules, with 1-4 module run options for 96/192/288/384 samples

Features

The MGISP-NE384 stands as a pinnacle in nucleic acid extraction, excelling in stability, intuitiveness, precision, flexibility, throughput, safety, and efficiency. This high-throughput automated platform utilizes sophisticated magnetic rod technology, allowing meticulous processing of 96/192/288/384 samples. Its unique mixing and magnetic module, featuring Z axis independent control, accommodates 1 to 4 modules for diverse sample sizes. The platform ensures a contamination-free environment with a HEPA filtration system and UV lamp, safeguarding the extraction process and lab technicians.

The 23-inch built-in touch screen interface, powered by Windows software, provides an intuitive portal for easy program management. With a reliable hardware design, 96-well plate reagent, and disposable tips, the platform minimizes operational errors, delivering consistent and accurate results. For professionals seeking a blend of speed, flexibility, and safety in nucleic acid extraction, the MGISP-NE384 emerges as the top-tier choice.

Ready To Order?
Our team can help you in placing the order. Click below to get a quote and fast ordering.
MGI Portfolio

Have a question?

Get a call from your local Decode Science representative to help you find the best fit genomics products for you.

Error: Contact form not found.

Or give us a call at:

1300 581 991

MGISP-Smart 8

MGI Smart 8

The MGISP-Smart 8 features a self-contained 8-channel pipette, meticulously crafted to address a wide spectrum of pipetting requirements spanning from 1 μL to 1000 μL. This versatile system is compatible with microplates, reservoirs, and tubes, reducing the likelihood of human errors while enhancing efficiency with its integrated PCR machine, shaker, and temperature control capabilities. With its resilient adaptability, the MGISP-Smart 8 stands as an exemplary solution for precision and convenience in laboratory environments.

Your Independent 8-channel Pipetting Robot

Flexible Pipetting

Its pipetting based on air displacement , which ensures stability, accuracy and avoids cross-contamination.

Easy and Efficient

Graphical interface with intelligent guidelines and contains 9 functional instructions and 35 modular commands.

Modular design

Combine, replace or rearrange functional modules & carriers & adapters, flexibly serving different application scenarios.

Chris Wicky

Clinical Genomics Manager - ANZ & Country Manager - NZ

As the official distributor of MGI in Australia and New Zealand, Decode Science is providing local access to Smart 8 solutions with region-based technical and application support. Simply talk to me and we can discuss your research needs.

How to Choose

Choose your workstation based on how much of your workflow you want automated. From flexible liquid handling and reaction setup to fully automated nucleic acid extraction and high-throughput library preparation, each configuration is designed to match a specific level of complexity and scale. Download the brochure to see detailed workflows, modules, and specifications.

Download Brochure Instantly!

    System Parameters

    Fully automated quantification

    • When integrated with a microplate reader, it enables fully automated quantification and normalization/pooling of PCR libraries, DNB samples, and extracted products, enhancing the automation of the entire library workflow and boosting laboratory efficiency.

    Operating Environment Requirements

    • Temperature: 15℃~35℃
    • Humidity: 20% RH~80% RH, non-condensing
    • Atmospheric Pressure: 80 kPa~106 kPa

    Intelligent & Informed

    • Sensing and barcode scanning functions reduce human error, ensure experimental stability, and automatically record critical experiment information.

    Power, Dimensions & Net Weight

    • Voltage: 200 V~240 V, 50/60 Hz
    • Rated Power: 1500 VA (not including modules on the operation deck and optional modules)
    • Dimensions (W×H×D): 1410 mm × 799 mm × 970 mm (without HEPA module)
    • Weight: approximately 220 kg (485 lb, without carriers)

    Operating Environment Requirements

    • Temperature: 15℃~35℃
    • Humidity: 20% RH~80% RH, non-condensing
    • Atmospheric Pressure: 80 kPa~106 kPa
    Product Specifications
    Pipette TypeIndependent 8-channel pipette
    Pipette Range1 μL – 1000 μL
    Robot Arm Positioning Accuracy±0.1 mm
    UV LampRadiation dose > 100,000 μW·s/cm²
    MGI Portfolio

    Contact Decode Science Today

    We only need these information to serve you better. Decode Science respects your privacy and will never spam you with unrelated content.



      BioinformaticsCloningCRISPREpigeneticsGenomicsLong ReadMetagenomicsMicrobiomeNeurologyProteinRNASingle CellSpatialSmall RNASynthetic BiologyOther

      You agree to receive communications from Decode Science. View our Privacy Policy

      RNA Sequencing

      PRODUCTS

      RNA Sequencing

      RNA Sequencing

      Twist’s RNA sequencing workflows offer a complete NGS solution that produces uniform libraries for RNA sequencing.

      Twist offers targeted and whole transcriptome workflows that reduce time at the bench and integrate with our current set of NGS reagents, including our target enrichment kits. Each workflow delivers high quality libraries ready for sequencing from a wide range of inputs and sample types, including translation research samples.

      RNA Library Prep

      Twist offers two comprehensive RNA sequencing workflows: Targeted RNA Sequencing and Whole Transcriptome Sequencing. The Targeted RNA Sequencing workflow involves creating custom panels to focus on specific RNA transcripts, utilizing streamlined library preparation kits, unique dual indices, molecular identifiers, optimized target enrichment, and a proprietary exon-aware panel design algorithm. This allows for sensitive and efficient sequencing, even with low-quality RNA from FFPE samples.

       

      On the other hand, the Whole Transcriptome Sequencing workflow measures expression levels of various RNA species, including mRNA and lncRNA. It involves preparing libraries from total RNA extracted from both fresh and FFPE samples using Twist RNA Library Prep and Twist rRNA & Globin Depletion kit. This workflow enables RNA Library Preparation in less than 5 hours, providing a comprehensive view of the entire transcriptome. Two charts accompany the descriptions, detailing the targeted and whole transcriptome sequencing workflows.

      RNA Sequencing
      Twist Targeted RNA Sequencing Workflow
      Twist Whole Transcriptome Sequencing Workflow
      More Targets, Fewer Reads
      RNA Exome

      The collaboration of Twist RNA Exome, Twist RNA Library Prep, and Twist Target Enrichment forms a reliable toolkit for transcriptome sequencing, accommodating RNA from diverse sources, including FFPE samples. Notably, the RNA Exome enhances signal strength while requiring fewer sequencing reads, enabling the detection of low-expressing targets crucial for accurate transcriptional profiling. Its exon-aware design approach allows the identification of isoforms and junctions often overlooked in conventional methods, delivering precise and uniform sequencing reads tailored for analyzing protein-coding sequences within the human transcriptome.

       

      Designed exclusively for the human transcriptome, the RNA Exome targets 35.8 Mb bases, 19,708 genes, and 63,215 isoforms using sequences from Gencode and RefSeq. With over a 1.8-fold enrichment compared to whole transcriptome sequencing, it features a target enrichment approach built for RNA, incorporating an exon-aware probe design for protein coding regions, fusions, and isoforms. This design not only ensures precision but also reduces reads per sample, facilitating efficient analysis of multiple samples. The RNA Exome is versatile, compatible with FFPE samples and low RNA input. In practical tests, it demonstrates the capability to detect more targets with fewer reads across a range of RNA inputs, including FFPE and universal human reference RNA, using libraries prepared with the Twist RNA Library Prep.

      RNA Fusion

      The Twist Alliance CeGaT RNA Fusion Panel Kit emerges as a crucial tool in the precise detection of gene fusions, particularly impactful oncogenic driver mutations in various cancer types. Rapid and accurate detection holds significant clinical implications, guiding treatment decisions effectively. This RNA-based enrichment panel stands out by offering an enhanced targeted and sensitive approach, surpassing traditional methods.

       

      Curated in collaboration with CeGaT, a renowned genetic diagnostic and sequencing company in Europe, this panel encompasses 160 fusion genes associated with approximately 30 cancer types. Uniquely, it is designed not only for known gene fusions but also to unveil novel ones. The panel’s efficiency is amplified when used in conjunction with the Twist RNA Library Prep Kit, ensuring an end-to-end workflow with exceptional performance.

       

      With an optimized design featuring 7394 probes and a breakpoint design for 66 genes, the panel excels in covering a diverse array of cancer types. The incorporation of Twist core enrichment technology further maximizes capture efficiency, instilling confidence in RNA gene fusion detection. This panel is particularly well-suited for screening oncology samples, providing critical insights for treatment decisions or uncovering novel fusions for tumor classifications.

       

      *Note: The Twist Alliance CeGaT RNA Fusion Panel – 3 MB holds ISO-13485 certification, reinforcing its reliability in clinical applications.

      Ready To Order?
      Our team can help you in placing the order. Click below to get a quote and fast ordering.
      NGS Portfolio

      Have a question?

      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:

        1300 581 991

        MRD Sequencing

        PRODUCTS

        MRD Sequencing

        MRD Sequencing

        Minimal Residual Disease (MRD), characterized by a small number of lingering malignant cells post-treatment, poses a recurrence risk often undetectable by standard surveillance methods. Twist Bioscience’s MRD Rapid 500 Panel addresses this challenge by utilizing circulating tumor DNA for early detection. Leveraging Twist’s silicon-based DNA synthesis platform, this scalable solution offers rapid turnaround time (as few as 6 business days) with personalized variant profiles from whole-genome or whole-exome sequencing. The MRD panels, featuring 50 to 500 probes, provide comprehensive genomic insights, compatible with Twist’s NGS library preparation and hybrid capture workflow. This facilitates early intervention and enhances personalized medicine approaches in cancer recurrence monitoring.

        Benefits

        Unmatched Scalability and Speed:
        Benefit from unparalleled scalability and efficiency as you capture variants of interest with panels ranging from 50 to 500 probes. Streamline your workflow by ordering up to 150 panels at a time, and experience the rapid shipment of panels within an impressive 6 business days.

        Customized Panel Designs:
        Tailor your panel designs to meet your specific needs using a variant target coordinate BED file. Improve capture performance by strategically filtering probe sequences over repetitive regions, leading to enhanced efficiency and significant cost savings on overall sequencing expenses.

        Panel Information:
        Leverage the advantages of a single plex for 12 tests, ensuring the detection of SNVs and small indels with high precision. Implement quality control through qPCR, and rest assured with ISO-13485 certification, signifying a commitment to reliability. Conveniently receive panels in Matrix Tubes, and benefit from designs supported against hg19 and hg38 reference genomes.

        Lab Workflow:
        Integrate seamlessly into your lab workflow with compatibility with Twist library preparation and hybridization workflows. Follow the recommended hybridization protocol, MRD Standard Hyb 2.0, ensuring not only efficiency but also a streamlined and harmonious laboratory process.

        MRD Rapid 500 Panel Design
        Ready To Order?
        Our team can help you in placing the order. Click below to get a quote and fast ordering.
        NGS Portfolio

        Have a question?

        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:

          1300 581 991

          Long Read Sequencing

          Long Read Sequencing Panels
          Twist Bioscience

          Twist Alliance Long Read Sequencing Panels combine industry-leading target enrichment chemistry with the power of long read platforms. Capture the genomic regions that matter — including medically complex, difficult-to-map genes — with superior uniformity, cost efficiency, and scalable throughput.

          🏅 Compatible with Oxford Nanopore Technologies (ONT) | PacBio

          Target What Short Reads Can't Reach

          Short read sequencing leaves critical genomic regions in the dark — incomplete gene assemblies, unresolved haplotypes, and missed structural variants. Twist Alliance Long Read Sequencing Panels solve this by pairing optimised probe-based target enrichment with long read sequencing platforms, enabling researchers to study complex genes with high uniformity and no coverage gaps.

          Two pre-designed panels are available to address the highest-impact clinical and research applications:

          1. Dark Genes Panel — targets 389 clinically significant genes (20 Mb) inaccessible to short read sequencing
          2. Long-Read PGx Panel — targets 49 pharmacogenomics genes (2 Mb) critical to drug metabolism and patient therapeutic response

          Both panels are compatible with Oxford Nanopore Technologies (ONT) and PacBio platforms, and are backed by protocols optimised specifically for long fragment enrichment.

          Why Researchers Choose Twist Alliance Panels

          Probe Performance Built for Long Reads

          Probes are specifically optimised for long fragment capture — not retrofitted from short read designs. Achieve high on-target uniformity and consistent sequencing efficiency, even across repetitive or GC-extreme regions.

          Coverage Where It Counts

          Purpose-built probe designs ensure balanced coverage across difficult-to-sequence and difficult-to-map regions. Full-gene phasing is achieved for genes like GBA, with no coverage gaps — even in regions historically inaccessible by short read approaches.

          Scale Efficiently Across Cohorts

          Protocols are optimised for long fragment enrichment and high-throughput sequencing. Pack more samples into a single run and extend your study across large patient cohorts — without sacrificing data quality or coverage depth.

          Accurate, Clinically Meaningful Variant Calling

          Achieve high accuracy variant calling for SNPs, SVs, and indels. Unambiguous haplotype resolution and long-range phasing enable confident interpretation — including accurate star allele calling at CYP2D6 and complete GBA gene analysis.

          Two Panels. Two Distinct Applications
          Twist Alliance Dark Genes Panel

          Many of the most clinically significant genes in the human genome are also among the hardest to sequence. Segmental duplications, pseudogenes, and high homology regions make short read sequencing incomplete or unreliable. The Dark Genes Panel is the purpose-built solution.

          Key specifications:

          Targets 389 genes across 20 Mb

          Key targets include GBA, SMN1/2, CYP2D6, and other medically important dark genes

          Full-gene phasing and no coverage gap in the GBA gene

          Enables sequencing of genes that are difficult or impossible to fully sequence with short read technology

          Twist Alliance Dark Genes Panel

          Chris Wicky

          Clinical Genomics Manager - ANZ & Country Manager - NZ

          As the official distributor of Twist Bioscience in Australia and New Zealand, Decode Science is providing local access to these panel solutions with region-based technical and application support. Simply talk to me and we can discuss your research needs.

          Twist Alliance Long-Read PGx Panel

          Drug metabolism varies significantly between individuals — often due to complex gene variants and star alleles in pharmacogenomics (PGx) genes. The Long-Read PGx Panel delivers the resolution needed for confident, clinically actionable PGx interpretation.

          Key specifications:

          Targets 49 pharmaco-genomics genes across 2 Mb

          Key targets include CYP2D6, HLA-A, HLA-B — highly polymorphic and critical to therapeutic decision-making

          Accurate star allele calling at CYP2D6

          Supports precision medicine, oncology, and population-level PGx studies

          Twist Alliance Long-Read PGx Panel
          Research Areas & Use Cases

          Twist Alliance Long Read Sequencing Panels are designed for researchers working at the intersection of genomics, clinical science, and translational medicine. Relevant applications include:

          1. Rare and Mendelian disease research — resolve dark genes and complete variant calling in genes missed by WES or short-read panels
          2. Pharmacogenomics — achieve actionable PGx profiling at high confidence, including CYP2D6 star allele calling for drug dosing decisions
          3. Structural variant discovery — detect SVs and indels with long-range phasing that short reads cannot resolve
          4. Carrier screening — comprehensive gene coverage across clinically important genes including SMN1/2 and GBA
          5. Oncology & somatic variant analysis — high-accuracy somatic calling in difficult genomic regions
          6. Population-scale cohort studies — cost-effective per-sample pricing and high-throughput protocols support large cohort work
          7. HLA typing — unambiguous allele resolution for transplant and immunology applications
          Specifications

          To place an order or request pricing for ANZ:

          Contact Decode Science | support@decodescience.com.au | 1300 581 991

          Technical Specification of Dark Genes vs Long Read PGx Panels

          All Twist Alliance Long Read Sequencing Panels are available in 2, 12, and 96 reaction kit formats to support pilot studies through to large-scale cohort sequencing.

          Order Information for long Read PGx Panels
          NGS Portfolio

          Contact Decode Science Today

          We only need these information to serve you better. Decode Science respects your privacy and will never spam you with unrelated content.



            BioinformaticsCloningCRISPREpigeneticsGenomicsLong ReadMetagenomicsMicrobiomeNeurologyProteinRNASingle CellSpatialSmall RNASynthetic BiologyOther

            You agree to receive communications from Decode Science. View our Privacy Policy

            Library Preparation

            PRODUCTS

            Library Preparation

            Library Preparation

            Twist Library Preparation Kits offer a streamlined process for constructing high-quality DNA libraries in next-generation sequencing (NGS) applications. Tailored for whole genome sequencing and targeted enrichment, these kits simplify library preparation by combining multiple steps into a single reaction, enhancing efficiency and ensuring consistent results.

            Two configurations are available to cater to different needs: Mechanical Fragmentation, designed for mechanically sheared gDNA, and Enzymatic Fragmentation, ideal for automated, high-throughput library preparation. Both configurations minimize artifacts, accommodate various DNA input types, and optimize sequencing of low-quality samples, with the Enzymatic Fragmentation offering tunable, reproducible fragment sizes while minimizing sequence bias and maximizing coverage depth.

            Library Preparation Workflow

            The Twist Library Preparation Kits provide a comprehensive solution for the entire library preparation workflow, encompassing crucial steps such as end repair, dA-tailing, adapter ligation, and library amplification. Both kits offer versatility in adapter choices, allowing the use of either full-length or universal adapters based on specific application requirements.

            For the Enzymatic Fragmentation Kit, additional functionality includes the incorporation of enzymes for the fragmentation of genomic DNA (gDNA) samples. This feature enhances the kit’s capability for high-throughput library preparation.

            The accompanying chart illustrates a robust library construction process by utilizing Twist Universal Adapters for insert ligation and UDI primer PCR amplification. This approach ensures a streamlined and efficient workflow, producing libraries suitable for a diverse range of applications.

            Ready To Order?
            Our team can help you in placing the order. Click below to get a quote and fast ordering.
            NGS Portfolio

            Have a question?

            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:

              1300 581 991

              purePlex™ DNA Library Prep Kit

              PRODUCTS

              purePlex™ DNA Library Prep Kit

              purePlex™ DNA Library Prep Kit

              A benefit to purePlex is that, because of its simplicity, users can quickly and seamlessly incorporate the kit with existing methods for high-throughput pipetting.

              Speed, Performance, and Auto-Normalization with Unique Dual Indexes

              1. 2.5-hour workflow for 96 samples, 45 min. hands-on time
              2. Auto-normalization of read counts and insert size over 10-fold input range
              3. Unique dual indices included
              purePlex™ DNA Library Prep Kit seqWell

              Key Features

              1. Fast, flexible workflow with no requirement for full plate processing
              2. Auto-normalization reduces QC burden, improves data consistency
              3. Early pooling for easier sample handling
              4. Reduced GC bias compared to other transposase-based methods
              5. Significant cost and plastics savings

              purePlex™ DNA Library Prep Kit Workflow seqWell

              purePlex™ DNA Library Prep Kit Workflow seqWell
              Ready To Order?
              Our team can help you in placing the order. Click below to get a quote and fast ordering.
              SeqWell Portfolio

              Have a question?

              Get a call from your local Decode Science representative to help you find the best fit genomics products for you.

              Error: Contact form not found.

              Or give us a call at:

              1300 581 991

              ExpressPlex™ Library Prep Kit

              PRODUCTS

              ExpressPlex™ Library Prep Kit

              ExpressPlex™ Library Prep Kit

              Designed for quick turnaround of plasmid, amplicon, or synthetic construct sequencing, ExpressPlex* is the fastest high-throughput library preparation kit available (based on total time to prepare 96 – 384 samples).

              1. 90-min workflow with 30-min or less hands-on
              2. Fragmentation, barcoding, and amplification in 1 step
              3. No primers/barcodes to buy
              4. Virtually cross-talk free
              5. Up to 6,144 samples prepped and sequenced in 24 hours
              6. NEW: 384-well ultra-high throughput version available
              *Patents Pending
              ExpressPlex™ Library Prep Kit SeqWell

              Benefits of using ExpressPlex

              ExpressPlex allows you to spend your time on data and results, not pipetting.  There are solutions for low-, medium-, and high-throughput labs.  For ultra-high throughput users, we now offer 384-well versions that will enable you to multiplex up to 6,144 samples in a single run. 

              1. Go from extracted samples to libraries on the sequencer in < 1/2 a day
              2. Sequence more samples for less
              3. Easily automate your protocol
              4. Train any lab tech, minimize chance for error
              5. Choice of 96 or 384-well versions to fit your workflow
              6. Reduce labor while increasing efficiency
              7. Decrease chance for errors via minimal handling steps
              8. Everything included: no complex supply chain management of barcodes and primers

              ExpressPlex 96-Well Workflow

              ExpressPlex-Workflow-1024x682

              ExpressPlex 384-Well Workflow

              ExpressPlex-384-WFG-1-1024x918
              Ready To Order?
              Our team can help you in placing the order. Click below to get a quote and fast ordering.
              SeqWell Portfolio

              Have a question?

              Get a call from your local Decode Science representative to help you find the best fit genomics products for you.

              Error: Contact form not found.

              Or give us a call at:

              1300 581 991

              Tagify

              Are You Confident in Your Gene Editing Results?

              If you’re not validating every edit with high-quality sequence analysis, you’re guessing — and guessing has no place in CRISPR, TALEN, or ZFN workflows.

              Accurate gene editing QC is essential for verifying edits, detecting off-target events, and protecting downstream research or therapeutic development. Robust sequencing isn’t optional — it’s your safety net.

              Scalable, High-Fidelity QC for Every Gene Editing Workflow

              Tagify adapter-loaded transposases

              Rapid, simplified library prep for on-target and off-target QC, enabling precise detection of editing outcomes at scale.

              ExpressPlex® 2.0 library preparation

              Ultra-efficient multiplexed prep for high-throughput construct screening, ideal for CRISPR guide validation, pooled editing campaigns, and engineered cell line development.

              On-Target & Off-Target Gene Editing QC

              Tagify® Adapter-Loaded Transposase for High-Confidence Tagmentation

              Accurate characterization of on-target and off-target editing events is non-negotiable. Insertions, deletions, inversions, translocations — every outcome needs to be detected and verified. Yet standardized QC methods for gene editing are still early-stage, especially for off-target analysis. Most teams end up navigating inconsistent protocols, variable reagent quality, and limited scalability.

              Reliable, QC-Verified Reagents for Tagmentation-Based Gene Editing Assays

              Tagify reagents remove the uncertainty. Each lot is fully QC-checked and delivered as ready-to-use or custom-loaded hyperactive Tn5 or TnX, seqWell’s next-generation transposase engineered for dependable performance.

              With Tagify, you get:

              1. Consistent tagmentation performance
              2. Scalable workflows for high-throughput QC
              3. Reagents optimized for sensitive off-target detection

              Broad Compatibility with Leading Gene Editing QC Methods

              Tagify reagents integrate seamlessly with widely used transposase-based assays including:

              1. GUIDE-seq²
              2. UDiTaS
              3. CHANGE-seq
              4. RGEN
              5. TTIS-seq
              6. and additional emerging QC workflows

              *Some transposase-based methods require appropriate licensing.

              Chris Wicky

              Clinical Genomics Manager - ANZ
              & Country Manager - NZ

              If you’re looking to integrate these QC solutions into your pipeline, Decode Science can provide hands-on guidance and local expertise.
              Happy Customer Feedback
              "We’ve been asking for this. What’s great about Tagify is that it allows you to look at a specific place in the gene, and adapter concentration is taken care of. This system is really important because it provides us this opportunity to assess the consequences of gene editing in a semi-unbiased way. It shortens our process, makes it much more controlled, and lessens the amount of reagents we need to use.”
              – Athea Vichas, Ph.D., Senior Principal Scientist of Gene Editing Analytical Development, Bristol Myers Squibb
              “ExpressPlex is literally faster than Sanger. This changes everything for us. Basically, taking a two-day process to one day dramatically shortens time to data.”
              – Henry Chan, Ph.D., Synthetic Biology Lead, Octant Bio
              SeqWell Portfolio