XTRACT 16+® Genomic DNA Bacterial Kit
Our XTRACT 16+ Genomic DNA Bacterial Kit is optimized to isolate genomic DNA from both gram-positive and gram-negative bacteria using our XTRACT 16+ workflow. Our patented magnetic beads bind to DNA fragments with high affinity, ensuring that genetic information is collected efficiently. Additionally, purified DNA is applicable for downstream sequencing, species identification, and analysis for diagnostic and research use.
- Catalog # XK502-96: XTRACT 16+ Genomic DNA Bacterial Kit – 96 preps
Product Details
Key Features:
- Consistent and repeatable results
- Prevent contamination with pre-filled and sealed cartridges
- Completely automated procedure from cell lysis to elution requires minimal manual pipetting
- Isolate DNA from multiple sample types, including: bacterial cell culture and mucosal specimen
- Purified DNA is ready for all downstream applications
Main Sample Type: Bacterial cell culture and mucosal specimen
Processing: Automated on our XTRACT 16+
Sample Amount: Varies, dependent on sample type
Technology: Magnetic bead chemistry
Time/Run: 39mins
Yield: Dependent on the starting amount
Elution: 30/60/100/150/200μl
FFPE Tissue
FFPE Tissue DNA and RNA Workflows Our recently updated FFPE extraction protocol produces high-quality DNA and RNA ready for even the most sensitive downstream applications. This flexible workflow can process…
Forensic Samples
We provide automated workflows for labs of all size and budgets, along with a choice selection of extraction methods based on the need. Our forensic workflows allow you to extract…
Stool
We provide automated workflows for labs of all size and budgets, along with a choice selection of extraction methods based on the need. Our stool workflows allow you to process…
XTRACT 16+®
Capacity: 1-16 samples Processing Time: 30-90mins Sample Volume: 200/400μl/1.2ml/3ml/4ml Elution Volume: 30/60/100/150/200μl UV decontamination light. BENCHTOP Weight: 70kg/154.35lbs Dimensions: 23.62” W x 23.62” D x 23.62” H (600mm W x 600mm D x 600mm H)

