Dedicated Blood DNA Collection Tube Receives European Marketing Approval
|
By LabMedica International staff writers Posted on 13 Feb 2014 |

Image: The PAXgene Blood DNA Tube (Photo courtesy of PreAnalytiX GmbH).
A new collection tube for routine clinical use that was designed to preserve DNA in blood samples was recently certified for use as a diagnostic product in Europe.
The PreAnalytiX GmbH (Feldbachstrasse, Switzerland) PAXgene Blood DNA Tube provides a means for the collection of whole blood for the isolation of genomic DNA in a closed, evacuated system. Blood is collected under a standard phlebotomy protocol into an evacuated tube that contains potassium-EDTA additive. Complete isolation of DNA is carried out using manual or automated methods such as salting out precipitation, magnetic beads, or silica membrane-based technologies.
The 2.5 milliliter PAXgene Blood DNA Tube stabilizes genomic DNA with validated time and temperature parameters. The tube incorporates workflow efficiency features including a two-dimensional bar code on the label and a tube closure that clearly identifies this unique DNA collection tube.
The PAXgene tube, which recently received the European Union's CE marking IVD certification for sale in Europe was developed as part of a joint venture between Becton Dickinson and Company ((Franklin Lakes, NJ, USA) and QIAGEN (Venlo, The Netherlands).
“The validated performance data we provide to clinical scientists for the PAXgene Blood DNA Tube should reduce the chances of preanalytical error, ensuring the best quality sample for accurate IVD test performance and for blood DNA storage related to the identification of new biomarkers of disease or drug actions,” said Frank Augello, general manager of PreAnalytiX GmbH.
Related Links:
PreAnalytiX GmbH
Becton Dickinson and Company
QIAGEN
The PreAnalytiX GmbH (Feldbachstrasse, Switzerland) PAXgene Blood DNA Tube provides a means for the collection of whole blood for the isolation of genomic DNA in a closed, evacuated system. Blood is collected under a standard phlebotomy protocol into an evacuated tube that contains potassium-EDTA additive. Complete isolation of DNA is carried out using manual or automated methods such as salting out precipitation, magnetic beads, or silica membrane-based technologies.
The 2.5 milliliter PAXgene Blood DNA Tube stabilizes genomic DNA with validated time and temperature parameters. The tube incorporates workflow efficiency features including a two-dimensional bar code on the label and a tube closure that clearly identifies this unique DNA collection tube.
The PAXgene tube, which recently received the European Union's CE marking IVD certification for sale in Europe was developed as part of a joint venture between Becton Dickinson and Company ((Franklin Lakes, NJ, USA) and QIAGEN (Venlo, The Netherlands).
“The validated performance data we provide to clinical scientists for the PAXgene Blood DNA Tube should reduce the chances of preanalytical error, ensuring the best quality sample for accurate IVD test performance and for blood DNA storage related to the identification of new biomarkers of disease or drug actions,” said Frank Augello, general manager of PreAnalytiX GmbH.
Related Links:
PreAnalytiX GmbH
Becton Dickinson and Company
QIAGEN
Latest Technology News
- New AI Tool Enables Rapid Treatment Selection in Pediatric Leukemia
- Rapid Biosensor Detects Drug Sensitivity in Breast Tumors
- Breakthrough Mass Spectrometry Design Could Enable Ultra-Low Abundance Detection
- Online Tool Supports Family Screening for Inherited Cancer Risk
- Portable Breath Sensor Detects Pneumonia Biomarkers in Minutes
- New Electronic Pipette Enhances Workflows with Touchscreen Control
- AI Model Outperforms Clinicians in Rare Disease Detection
- AI-Driven Diagnostic Demonstrates High Accuracy in Detecting Periprosthetic Joint Infection
- Blood Test “Clocks” Predict Start of Alzheimer’s Symptoms
- AI-Powered Biomarker Predicts Liver Cancer Risk
- Robotic Technology Unveiled for Automated Diagnostic Blood Draws
- ADLM Launches First-of-Its-Kind Data Science Program for Laboratory Medicine Professionals
Channels
Molecular Diagnostics
view channel
cfDNA Methylation Assay Enables Multi-Disease Detection from Single Blood Sample
Early, accurate detection of cancer and organ disease remains limited by cost, reliance on targeted mutation assays, and uncertainty about the signal’s tissue of origin. Many liquid biopsy approaches require... Read more
Rapid Point-of-Care RT-PCR Test Differentiates Influenza A/B and SARS-CoV-2 in Minutes
Respiratory viruses such as influenza A/B and SARS‑CoV‑2 continue to burden urgent care and emergency settings, where rapid, reliable differentiation guides therapy and infection control.... Read moreHematology
view channel
Open Multi-Omics Platform Identifies Prognostic Subtypes in Blood Cancers
Blood cancers encompass diverse entities whose biology and clinical behavior are best understood through integrative analyses across large cohorts. However, multi‑omic datasets and outcomes information... Read more
AI-Powered Digital Workflow Standardizes Bone Marrow Aspirate Morphology
Bone marrow aspirate examination is central to diagnosing and monitoring blood cancers and other serious hematologic diseases, yet the process in many laboratories remains manual and highly dependent on... Read moreImmunology
view channel
Antibody Blood Test Identifies Active TB and Distinguishes Latent Infection
Active tuberculosis (TB) remains a leading cause of death and illness worldwide, yet distinguishing contagious disease from latent infection continues to challenge clinicians. Standard screening tools... Read more
FDA Approval Expands Use of PD-L1 Companion Diagnostic in Esophageal and GEJ Carcinomas
Esophageal and gastroesophageal junction carcinomas (GEJ) have a poor prognosis, with approximately 16,250 deaths in the United States in 2025 and a five-year relative survival of 21.9%.... Read more
Study Identifies Inflammatory Pathway Driving Immunotherapy Resistance in Bladder Cancer
Bladder cancer remains a prevalent malignancy with variable responses to immune checkpoint inhibitors. Clinicians often observe elevated C-reactive protein and interleukin-6 in affected patients, yet the... Read moreMicrobiology
view channel
New Bacterial Target Identified for Early Detection of Noma
Noma is a rapidly progressing orofacial infection that begins as gingivitis and can destroy oral and facial tissues, primarily affecting young children living in extreme poverty. Without treatment, it... Read more
Genomic Analysis Links Emerging Streptococcal Strains to Specific Infections
Streptococcus dysgalactiae subspecies equisimilis (SDSE) infections are increasing worldwide and include variants that may lead to severe disease. Researchers now report that whole-genome sequencing of... Read morePathology
view channel
AI Pathology Tool Predicts Chemotherapy Response in Small Cell Lung Cancer
Small cell lung cancer often presents at an extensive stage and progresses rapidly, leaving little time to tailor first-line therapy. Clinicians currently lack biomarkers to guide which patients will benefit... Read more
Tumor-Specific Biomarker Predicts Neoadjuvant Immunotherapy Response in Gastric Cancer
Gastric cancer is the fifth most common malignancy and the fourth leading cause of cancer mortality worldwide, with China bearing nearly half of the global burden. Only a subset of patients benefit from... Read moreTechnology
view channel
New AI Tool Enables Rapid Treatment Selection in Pediatric Leukemia
Children with T-cell acute lymphoblastic leukemia face an aggressive disease that remains difficult to treat. Although remission rates have improved, many survivors experience long-term effects from intensive... Read more
Breakthrough Mass Spectrometry Design Could Enable Ultra-Low Abundance Detection
Mass spectrometry is central to identifying and quantifying molecules in complex biological samples, but conventional instruments typically analyze ions sequentially, which can limit detection of rare species.... Read moreIndustry
view channelGlobal Partnership Aims to Streamline NGS Tumor Profiling in Oncology Trials
CellCarta and Pillar Biosciences announced a global, multi-year strategic partnership on April 2, 2026 to broaden access to operationally streamlined next-generation sequencing (NGS) tumor profiling for... Read more







