Navinci's Omni Kit: Transforming Protein Function Studies
Navinci, a leading innovator in biomedical technology, has recently launched its much-anticipated Omni kit. This advanced solution is set to revolutionize the way scientists study protein functions directly within tissues, providing unparalleled insights into biological processes that are vital for understanding health and diseases.
What is Omni?
The Omni kit represents a breakthrough in spatial interactomics—an area of study focused on protein interactions in their natural environments. Built on Navinci’s proprietary in situ proximity ligation assay (isPLA) technology, this kit enables researchers to detect up to
nine target protein pairs simultaneously during a single experiment. This not only streamlines the process but also enhances the accuracy and breadth of protein interaction studies.
Utilizing antibody-oligonucleotide pairs, the Omni kit generates amplifiable DNA when proteins are in close proximity. This method allows for the detailed mapping of complex protein networks, capturing critical information about protein-protein interactions, post-translational modifications, and singular protein targets within the cellular context.
Customization and Flexibility
One of the standout features of the Omni kit is its ability to be fully customized. Scientists can create tailored panels using Navinci's extensive
library of validated targets, or opt for several pre-validated panels focusing on significant research areas like MAPK signaling, immuno-oncology, and TCR/BCR immune profiling. This flexibility makes it a valuable tool for various research applications across multiple disciplines.
To further support researchers, all antibodies in the Omni kit are pre-conjugated by Navinci, which minimizes the time required for optimization and ensures consistently reliable results. This efficiency is crucial in today’s fast-paced research environment, where time and accuracy are paramount.
Hassle-Free Access to Advanced Technology
Understanding the diverse needs of researchers, Navinci has made the Omni kit available in two formats: a
ready-to-use kit for those who prefer to conduct experiments in-house, and a
full-service offering where Navinci's experts perform the analysis. This dual approach ensures that the cutting-edge technology of the Omni kit is accessible to the wider scientific community, regardless of their resources or capacities.
Proven Effectiveness
In collaboration with Uppsala University, Navinci conducted a proof-of-concept study to validate the Omni kit's capabilities. This study highlighted its
high sensitivity and
specificity across various sample types, including both cell lines and clinical FFPE (formalin-fixed, paraffin-embedded) samples. The results demonstrated the kit's ability to analyze
nine target pairs simultaneously, showcasing its robust performance in real-world research scenarios.
Embracing Complex Biological Interactions
The combination of high multiplexing capability, reliable performance, and spatial resolution empowers scientists to capture intricate biological interactions in their native contexts without compromising sensitivity or specificity. Such comprehensive data is invaluable for probing into the complexities of diseases and developing therapeutic strategies.
As researchers increasingly seek effective methods to understand protein functions within their natural settings, the Omni kit positions itself as a cutting-edge solution in spatial interactomics. With its launch, Navinci not only enhances the toolkit available to scientists but also contributes significantly to advancing biochemical and biomedical research globally.
For more information about Omni and to get started with your own experiments, visit
Navinci's technology page or
place an order.
For inquiries, you can contact Jenny Sundqvist, CEO, at [email protected] or Kjell Ruth, CCO, at [email protected].
Conclusion
In an era where understanding protein interactions is crucial for advancing our knowledge of health and diseases, Navinci's Omni kit stands out as a transformative tool for scientists around the world. Through its innovative technology and accessible formats, it paves the way for future discoveries in protein science.