Agilent High sensitivity D1000 reagents, for 112 DNA Samples
Catalog No :
CAS Number :
Brand :
In Stock
For the high sensitivity analysis of DNA from 35 to 1000 bp, includes ladder and sample buffer sufficient for 112 samples
Specifications:
Application | Capillary Electrophoresis | ||
Storage Temperature | 2-8°C | ||
Product Type | Molecular Biology Reagent | Forms | Liquid |
Product Brand | Agilent | ||
Product Grade | Molecular Biology | ||
The Agilent High Sensitivity D1000 Reagents Kit is designed for precise and reproducible analysis of low-concentration DNA fragments ranging from 35 to 1000 base pairs (bp). These reagents are optimized for use with Agilent 4150 and 4200 TapeStation Systems, allowing automated, high-sensitivity DNA quality control (QC) for next-generation sequencing (NGS), PCR fragment analysis, and genomic integrity assessment.
This kit includes a DNA ladder and sample buffer sufficient for processing 112 samples, ensuring accurate and reliable fragment size determination and quantification in high-throughput workflows.
Key Features & Benefits
- High-Sensitivity DNA Analysis from 35 to 1000 bp
- Detects low-concentration DNA samples with minimal input volume.
- Provides accurate fragment size distribution for library QC and PCR products.
- Pre-Calibrated for Agilent TapeStation Systems
- Ensures consistent, automated electrophoresis results.
- Eliminates manual gel preparation and sample handling errors.
- Includes DNA Ladder & Sample Buffer for 112 Samples
- Provides a complete reagent set for streamlined DNA analysis.
- Pre-mixed reagents minimize preparation time and handling variability.
- Optimized for NGS, PCR QC & Low-Input DNA Samples
- Ideal for small DNA fragment analysis in sequencing and amplification workflows.
- Ensures reliable quality control for cell-free DNA, bisulfite sequencing, and forensic DNA applications.
- Standardized DNA Integrity & Fragment Analysis
- Produces high-resolution electropherogram traces for clear fragment visualization.
- Provides precise quantification for reproducible data interpretation.
Product Specifications
Feature | Details |
---|---|
Product Name | Agilent High Sensitivity D1000 Reagents Kit |
Catalog Number | N/A |
DNA Size Range | 35 – 1000 bp |
Number of Samples | 112 |
Reagents Included | DNA Ladder, Sample Buffer |
Sensitivity | High Sensitivity for Low DNA Concentrations |
Sample Volume Required | 1–2 µL per sample |
Compatibility | Agilent 4150 TapeStation, Agilent 4200 TapeStation |
Typical Run Time | 1–2 minutes per sample |
For Use With | DNA Fragment Analysis, NGS Library QC, PCR QC |
Storage Conditions | 4–25°C, Protect from Light |
Shipping Conditions | Ambient Temperature |
Use Cases & Applications
1. Next-Generation Sequencing (NGS) Library Quality Control
- Ensures High-Quality DNA Input for NGS Workflows
- Verifies library preparation efficiency by detecting adapter dimers and incomplete ligation products.
- Confirms DNA fragmentation size distribution before sequencing.
- Optimized for DNA Library QC & Low-Input DNA Analysis
- Suitable for NGS libraries from bisulfite sequencing, ATAC-seq, and ChIP-seq.
- Enables precise DNA integrity assessment for sensitive sequencing applications.
2. PCR Product Validation & Amplicon Size Determination
- Confirms PCR Fragment Sizes for Cloning & qPCR Analysis
- Differentiates specific amplicons from non-specific bands.
- Ensures accurate product verification in multiplex PCR.
- High-Sensitivity Detection of DNA Amplification Products
- Detects low-abundance DNA fragments in qPCR and endpoint PCR.
- Ideal for forensic DNA applications and microbial DNA analysis.
3. Genomic DNA & Cell-Free DNA (cfDNA) Analysis
- Assess cfDNA Fragmentation for Liquid Biopsy Studies
- Identifies nucleosomal cfDNA patterns in cancer diagnostics.
- Detects low-concentration circulating DNA for disease biomarker research.
- DNA Integrity Assessment for Genomic Studies
- Measures fragmentation levels in genomic DNA for sequencing applications.
- Supports DNA QC for long-read sequencing and structural variant analysis.
4. Epigenetics & Low-Input DNA Research
- Ideal for Bisulfite Sequencing & Methylation Studies
- Provides accurate DNA integrity analysis for epigenetic profiling.
- Detects DNA degradation caused by bisulfite treatment.
- Facilitates Cancer Genomics & Tumor DNA Analysis
- Ensures DNA quality control for detecting tumor-derived DNA fragments.
- Used in high-sensitivity assays for rare variant detection.
Instructions for Use
Step-by-Step Protocol for TapeStation Analysis
- Prepare Samples & Reagents:
- Ensure reagents (DNA ladder and sample buffer) are at room temperature before use.
- Load 1–2 µL of sample into the TapeStation tray.
- Load the TapeStation System:
- Insert the appropriate D1000 High Sensitivity DNA ScreenTape device.
- Add prepared DNA samples to the designated wells.
- Run the TapeStation Analysis:
- Start the automated electrophoresis process via TapeStation software.
- Each sample is analyzed in 1–2 minutes.
- Interpret & Export Data:
- Review electropherogram traces and gel-like images for DNA fragment analysis.
- Export data as PDF, CSV, or LIMS-compatible formats.
Storage & Handling Instructions
- Storage Conditions:
- Store at 4–25°C, protected from light.
- Do not freeze, as it may affect reagent performance.
- Handling Precautions:
- Use aseptic techniques when handling DNA samples.
- Ensure reagents remain sealed until use to prevent contamination.
- Disposal Guidelines:
- Dispose of used reagents as per laboratory biosafety regulations.
- Follow institutional waste management protocols for electrophoresis consumables.
Why Choose Agilent High Sensitivity D1000 Reagents?
✅ Rapid, high-sensitivity DNA quality assessment for NGS & PCR workflows
✅ Preloaded reagents ensure consistency & minimize sample preparation time
✅ Compatible with Agilent 4150 & 4200 TapeStation Systems
✅ Accurate fragment size analysis from 35 to 1000 bp
✅ Reproducible, automated DNA QC with minimal hands-on time
The Agilent High Sensitivity D1000 Reagents Kit is a critical tool for DNA quality control in genomics, sequencing, and molecular biology applications, ensuring high-precision DNA fragment analysis with minimal sample handling.