Navinci Unveils Novel Plex Omni Service for Researchers
Navinci Introduces Plex Omni Service for Researchers
Navinci is excited to announce the launch of its innovative Naveni® Plex Omni Service. This new offering looks to revolutionize how researchers engage with spatial interactomics, a cutting-edge field that allows scientists to explore intricate biological networks.
The Naveni® Plex Omni Service utilizes advanced technology, specifically Navinci's unique multiplex in situ proximity ligation assay (misPLA) technique. This proprietary technology was developed by experts who are now offering their services to researchers, allowing them access to unparalleled insights into protein interactions and cellular functions.
Understanding Spatial Interactomics
Spatial interactomics is a game-changing approach for scientists seeking to understand protein functions within their biological contexts. This advanced methodology enables the simultaneous detection of multiple protein-protein interactions, single proteins, or various phosphorylation states within formalin-fixed, paraffin-embedded (FFPE) human samples. The deeper understanding gained from this technology can lead to important discoveries in basic biology, disease mechanisms, and treatment development.
Researchers will particularly benefit from insights regarding complex biological processes such as tumor-stroma interactions and immune responses. By knowing why certain cancers manage to evade immune detection and understanding the varying responses to immunotherapies among patients, the path for more targeted and effective treatments can be paved.
Service Designed for Ease
In an unprecedented move, Navinci has tailored its service to provide researchers with direct access to the minds behind the technology. By collaborating directly with the experts who created the assay, researchers can shift their focus away from optimizations and towards the exploration of their findings. The process is streamlined and user-friendly, guiding clients from the initial stages of panel design right through to data delivery.
Customization for Research Needs
The Naveni Plex Omni Service allows researchers to design their custom 4-8-plex panels based on validated targets. Alternatively, they can select from pre-validated options addressing key research areas, including MAPK signaling, immuno-oncology, and T-cell receptor/B-cell receptor profiling. This flexibility ensures each research project can be optimized according to specific goals.
Collaborative Efforts and Future Directions
Navinci's commitment to progress in scientific understanding was highlighted by a recent collaboration with a prominent university. A proof-of-concept study was successfully conducted, showcasing the efficacy and applicability of the misPLA technology in real-world research scenarios. The outcomes of this collaboration strengthen the potential of the Naveni® Plex Omni Service to make a meaningful impact in the scientific community.
As Navinci moves forward, the company is committed to continuous improvement and adaptation. By tailoring their technology and services to the evolving needs of researchers, they aim to maintain their status as a leader in the biotech field, particularly in spatial omics and advanced diagnostics.
Frequently Asked Questions
What is the Naveni® Plex Omni Service?
The Naveni® Plex Omni Service is an advanced offering from Navinci that provides researchers access to spatial interactomics using proprietary multiplex technology.
How does the technology work?
It employs multiplex in situ proximity ligation assay (misPLA) technology to detect multiple protein interactions within biological samples.
Who can benefit from this service?
Researchers in various fields such as basic biology, immunology, and cancer research can leverage the insights gained from this service.
Can I customize my research panels?
Yes, researchers can design custom 4-8-plex panels tailored to their specific research needs or choose from pre-validated options.
What types of interactions can be studied with this service?
The service enables the analysis of complex protein interactions, single proteins, and phosphorylation states, providing comprehensive insights into biological processes.
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