TGuide S96 Extraction Kits
InquireCatalog Number｜Packaging
Mat. No |
Ref. No |
No. of preps |
|
4992996 |
GDP804 | 96 preps |
-
Descrition
The TGuide S96 Magnetic Viral DNA/RNA Kit is designed for automated purification of high-quality viral DNA and RNA from serum, plasma, lymph, cell-free body fluids, cell culture supernatants, urine, and viral transport or preservation media. Utilizing advanced magnetic bead technology and an optimized buffer system, the kit enables efficient recovery of viral nucleic acids with high purity and reproducibility.
Optimized for use with the TGuide S96 Automated Nucleic Acid Extractor, the kit features prefilled extraction plates and preloaded extraction protocols, significantly reducing manual operation and simplifying workflow setup. Purified nucleic acids are suitable for a variety of downstream molecular biology applications, including PCR, RT-PCR, qPCR, and next-generation sequencing (NGS).
-
Key Features
Easy-to-Use Automated Workflow
Prefilled extraction plates and preloaded programs simplify nucleic acid purification. Simply add samples and Proteinase K, load the plates according to the designated positions, and start the automated run.
High Sensitivity for Low Viral Load Samples
Advanced magnetic bead technology enables efficient recovery of viral DNA and RNA, delivering reliable extraction performance from samples containing low concentrations of viral nucleic acids.
Automated Processing of Up to 96 Samples
Designed for use with the TGuide S96 Automated Nucleic Acid Extractor, supporting automated purification of up to 96 samples per run for high-throughput laboratory workflows.
Reliable and Reproducible Extraction Performance
Optimized reagents and automated magnetic rod handling help reduce variability, ensuring consistent nucleic acid yield, purity, and reproducible results across different runs.
-
Sample Types
- Serum Samples
- Plasma Samples
- Lymph Samples
- Cell-Free Body Fluids
- Cell Culture Supernatants
- Urine Samples
- Viral Transport Media (VTM)
- Viral Preservation Solutions
-
Applications & Research Areas
- Viral Nucleic Acid Extraction from Clinical and Research Samples
- Infectious Disease and Virology Research
- Virus Detection and Screening Workflows
- Public Health Surveillance Programs
- Pathogen Monitoring and Outbreak Investigation
- Molecular Diagnostic Research
- Next-Generation Sequencing (NGS) Research
- Emerging Infectious Disease Studies
-
FAQ
What sample types are compatible with the TGuide S96 Magnetic Viral DNA/RNA Kit?
The kit is suitable for extraction of viral DNA and RNA from serum, plasma, lymph, cell-free body fluids, cell culture supernatants, urine, viral transport media (VTM), and viral preservation solutions.Which instrument should be used with this kit?
The kit is specifically designed for use with the TGuide S96 Automated Nucleic Acid Extractor, enabling automated magnetic bead-based purification with minimal hands-on time.Is the kit suitable for low viral load samples?
Yes. Advanced magnetic bead technology and optimized extraction chemistry provide efficient recovery of viral DNA and RNA, enabling reliable extraction from samples containing low concentrations of viral nucleic acids.What downstream applications can purified viral DNA and RNA be used for?
Purified viral nucleic acids are suitable for a wide range of downstream applications, including PCR, RT-PCR, real-time PCR (qPCR), reverse transcription, next-generation sequencing (NGS), and other molecular biology workflows.How many samples can be processed in a single run?
When used with the TGuide S96 Automated Nucleic Acid Extractor, the kit supports automated purification of up to 96 samples per run, making it ideal for high-throughput laboratory workflows.Is the workflow easy to operate?
Yes. The kit uses prefilled extraction plates and preloaded extraction programs. Users only need to add samples and Proteinase K, place the consumables according to the designated plate positions, and start the automated extraction program.
-
Sort by
-
Date
Date()
Date
Date()
Impact Factor
IF()
Impact Factor
IF()
