PRODUCTS
R1 RNA Cartridge Kit
NR1 High Sensitivity RNA Cartridge Kit
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S2 Standard Quantitative Cartridge Kit
S1 High Resolution Quantitative Cartridge Kit
N1 High Sensitivity Quantitative Cartridge Kit
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P2 Protein Cartridge Kit
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S2 Standard Cartridge Kit
S1 High Resolution Cartridge Kit
S3 Kilobase Cartridge Kit
F3 Fast Cartridge Kit
N1 High Sensitivity Cartridge Kit
N3 High Sensitivity Kilobase Cartridge Kit
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Qsep400 is a high-throughput automated Bio-Fragment Analyzer. It is the highest specification product of Qsep series and can analyze hundreds of samples in one day. It supports various types of applications, including DNA, RNA and protein fragment analyses and high-voltage fast analysis. Advantages of capillary electrophoresis are high resolution (1~4bp if less than 500bp), high sensitivity (5pg/μl) and significantly faster preparation and analysis time. Besides analyzing the fragment sizes and concentrations, it is also a tool for quality control, and is best for NGS facilities and research centers.
Qsep400 is equipped with an integrated PC and touchscreen and can be directly controlled and analyzed. The system provides applications such as RNA quality control with RNA Quality Number (RQN) provided, auto-distribution of NGS QC and quality control of gDNA with DNA Quality Number (DQN) provided. Qsep400 is an independent and highly-efficient instrument.
Qsep series can not only replace the complicated and time-consuming gel preparation and analysis procedure, but increase the accuracy of analysis, elevate efficiency and reproducibility, and reduce the human error and costs.
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Qsep1-Plus has the highest specification product among all portable automated Bio-Fragment Analyzers. Advantages of capillary electrophoresis are high resolution (1~4bp if less than 500bp), high sensitivity (5pg/μl) and significantly faster preparation and analysis time. Besides analyzing fragment sizes and concentrations, it is also suitable for quality control of next-generation sequencing (NGS).
Qsep1-Plus is equipped with completed hardware and software and has fully functional remote access via cable/Wi-Fi. The system provides various kinds of applications such as RNA quality control with RNA Quality Number (RQN) provided, auto-distribution of NGS QC and quality control of gDNA with DNA Quality Number (DQN) provided. Qsep1-Plus is a top choice for modern small or medium-sized laboratory.
Qsep series can not only replace the complicated and time-consuming gel preparation and analysis procedure, but increase the accuracy of analysis, elevate efficiency and reproducibility, and reduce the human error and costs.
Qsep100
Qsep1
Qsep400
Qsep1+
Qsep100 Advance
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PRODUCTS
Efficient Bio-Fragment Analysis with Qsep100
The Qsep100, a standard-sized automated Bio-Fragment Analyzer, represents the classic model in the Qsep series. Boasting a single-channel design, it can seamlessly process 1 to 96 samples, making it an ideal choice for small and medium-sized laboratories. This high sample flexibility extends to various applications, including DNA, RNA, and protein fragment analyses, as well as high-voltage fast analysis.
Versatility for Various Applications
The Qsep100 supports a range of applications, offering RNA quality control with the provision of RNA Quality Number (RQN), automated distribution of NGS QC, and quality control of genomic DNA (gDNA) with the availability of DNA Quality Number (DQN). Particularly, it stands out as a top choice for Next-Generation Sequencing Quality Control (NGS QC).
Streamlining Processes and Enhancing Accuracy
The Qsep series, including the Qsep100, eliminates the need for intricate and time-consuming gel preparation and analysis procedures. This not only increases the accuracy of analysis but also elevates overall efficiency and reproducibility while reducing human errors and costs. Invest in Qsep100 for a seamless, reliable, and efficient bio-fragment analysis experience.
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Qsep1 is an automated Bio-Fragment Analyzer for DNA, RNA and protein fragments. Advantages of capillary electrophoresis are high resolution (1~4bp if less than 500bp), high sensitivity (5pg/μl) and significantly faster preparation and analysis time. Besides analyzing fragment sizes and concentrations, it is also suitable for quality control of next-generation sequencing (NGS).
Qsep1 is equipped with completed hardware and software and has fully functional remote access via cable/Wi-Fi. The system provides various kinds of applications such as RNA quality control with RNA Quality Number (RQN) provided, auto-distribution of NGS QC and quality control of gDNA with DNA Quality Number (DQN) provided. Qsep1 is a top choice for modern small laboratory.
Qsep series can not only replace the complicated and time-consuming gel preparation and analysis procedure, but increase the accuracy of analysis, elevate efficiency and reproducibility, and reduce the human error and costs.
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Trusted Controls for Diverse Applications
In the wake of the global demand for diagnostic tests amid the Coronavirus pandemic, laboratories worldwide seek reliable tools for detecting SARS-CoV-2 and Respiratory viruses across various sample types. Our controls offer a trusted solution to address the expanding need for testing, ensuring accuracy and safety in a wide range of applications.
Ensuring Reproducible, High-Quality Results
Positive controls play a pivotal role in maintaining quality standards for diagnostic assays, spanning from development to day-to-day testing. These controls facilitate the verification and validation of diagnostic tests, supporting both next-generation sequencing (NGS) and reverse transcription polymerase chain reaction (RT-PCR) assays, ensuring reproducibility and reliability.
Safe and Effective Alternatives to “Live Virus”
Concerns regarding safety and security associated with controls based on viral nucleic acids extracted from infected patients or live virus cultures led us to develop synthetic controls through gene synthesis. These alternatives offer a safe and effective solution, allowing broader access to diverse strains while mitigating potential risks.
Flexible Formulations for Varied Needs
Tailor your approach with our flexible control formulations—Standard, Assay Ready, or Encapsulated. Whether in a frozen liquid, dried pellet, or encapsulated dried pellet form, our controls provide options for shipping, storage, and stability, meeting the unique requirements of your applications. Ambient shipping reduces costs and enhances accessibility for researchers globally, making our controls a reliable choice in the dynamic landscape of diagnostic testing.
Comprehensive Controls for Respiratory Virus Research
Twist’s Synthetic Respiratory Virus Controls encompass a wide spectrum of RNA and DNA viruses crucial for respiratory disease studies. Aligned with the Twist Respiratory Virus Research Panel (PN 103067), these controls seamlessly integrate into Twist Fixed Panel NGS workflows, as well as RT-PCR or qPCR experiments designed by users.
Navigating the Viral Landscape
Refer to the taxonomic tree in the accompanying figure for a visual representation of the viruses covered by Twist Respiratory Virus Controls. The table provides GenBank IDs, virus types, and lengths for each control, facilitating an in-depth understanding of the viral landscape. Custom synthesis options are also available—connect with your local sales representative for additional details.
Simplify Your Research Journey
For further information or to make a purchase, contact your local sales representative or conveniently “Buy Now.” Twist’s Synthetic Respiratory Virus Controls offer a robust foundation for respiratory virus research, enhancing the precision and reliability of your experiments.
Elevating Quality Control with Twist Synthetic RNA Controls for SARS-CoV-2
Twist Bioscience offers synthetic RNA controls designed for diverse viral genomes, including SARS-CoV-2. With six non-overlapping 5 kb fragments transcribed into ssRNA, these controls provide over 99.9% genome coverage. Available in standard, Assay Ready, and Encapsulated Formats, they cater to various needs with concentrations tailored for flexibility.
Unique Stability in Encapsulated Controls
Twist’s Encapsulated Controls, sealed in a metal capsule around a desiccated pellet, ensure enhanced stability. With room temperature shipping and a five-year shelf life, these controls provide cost-effective and globally accessible solutions.
Contribution to Multiplex Assay Development
The Twist Assay Ready Synthetic SARS-CoV-2 RNA Control, developed with the US CDC, enables simultaneous testing for influenza A, B, and SARS-CoV-2. Originally designed for authorized laboratories, it is now available to customers outside the CDC.
Best Practices and Regulatory Considerations
For comprehensive guidance on storage and use of controls, refer to provided documents: Twist Assay Ready Synthetic Controls Storage and Use Document and Twist Sars-CoV-2 Encapsulated RNA Control Storage and Handling Guide.
Note: This product is authorized for emergency use by the FDA under an EUA for the detection of SARS-CoV-2 nucleic acid. The emergency use is limited to circumstances justifying the authorization.
Twist Synthetic hMPXV Controls: Precision for Targeted Research
Twist’s Synthetic Human Monkeypox Virus (hMPXV) Controls, representing CB and WA clades, cover over 80% of the viral genome. Validated for custom assays and compatible with CDC-recommended PCR procedures, these controls, in two variants, offer precise tiling of the genome at 900bp intervals. With concentrations at approximately 100,000 copies/uL, they provide accuracy and reproducibility. Contact your local sales representative for more information.
Note: The Twist Synthetic hMPXV Controls are not ISO-13485 certified.
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NGS-based liquid biopsy is a rapidly evolving application that requires accurate and precise reference standards. The Twist Pan-cancer Reference Standard is a high-quality, standardized control for use in the research and development of NGS-based liquid biopsy assays. This reference standard is ideal for establishing the analytical limit of detection (LoD) for specific cancer variants and as a control to track the quality of an NGS assay workflow and assess the fidelity of the assay process during research and development of such assays.
458 unique naturally occurring cancer variants
132 clinically relevant variants
Covers 84 different genes involved in cancer
Background DNA derived from human cfDNA samples
DNA size profile and post-sequencing profile mimic native cfDNA
Seven individual VAF percentages to choose from
Digital Droplet PCR verification of VAF percentages
Convenient test set of all VAF percentages available
DNA analysis of the Twist cfDNA Pan-Cancer Reference Standard and competitors reference standards show that Twist more closely mimics native cell-free DNA providing a more true to life test result.
Post sequencing library size distribution comparison between Twist and competitors show how similar Twist mimics native cfDNA samples including the jagged leading peaks.
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