OraSure Technologies has announced the commercial launch of HEMAcollect™●PROTEIN, an advanced blood collection device designed to meet the evolving needs of proteomic research. Developed by OraSure’s subsidiary, DNA Genotek, the device leverages proprietary stabilization technology to preserve the integrity of plasma proteins in whole blood samples for up to seven days at ambient temperature.
Engineered with ProteoPrecision™ technology, HEMAcollect™●PROTEIN significantly reduces hemolysis and platelet activation, enabling high-quality sample preservation from collection to analysis. The evacuated tube design ensures ease of use while maintaining compatibility with a broad range of downstream proteomic applications, including mass spectrometry, immunoassays, and high-throughput affinity-based platforms.
This innovation is positioned to support a wide spectrum of research areas, including oncology, neurology, cardiology, and metabolic disease studies.
Image Credit: OraSure Technologies
Why This Trend Is Growing
- Ambient-temperature Blood Collection
- The ability to preserve plasma proteins in whole blood samples without refrigeration for an extended period opens new possibilities for remote and resource-limited research settings.
- Enhanced Sample Stability
- Reducing hemolysis and platelet activation with advanced stabilization technology offers a breakthrough in maintaining sample integrity for accurate proteomic analysis.
- Integration with Multi-modal Platforms
- Compatibility with various downstream proteomic applications enhances the versatility of blood collection devices in complex research environments.
Industries Being Reshaped
- Proteomics
- Advancements in blood collection technology offer new pathways for proteomic analysis, facilitating breakthroughs in understanding protein-related diseases.
- Biotechnology
- Innovations in stabilization technology for biological samples redefine the standards for sample collection and preservation, impacting research and diagnostics.
- Laboratory Equipment
- The introduction of user-friendly and versatile blood collection devices expands the toolkit available for laboratories engaged in cutting-edge biomedical research.
