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11-50 employees
View all Encodia employees
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Biotechnology
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5785 Oberlin Drive, San Diego, CA 92121, US
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Encodia is developing an innovative Next-Gen digital proteomics platform to enable democratized protein sequencing.
Our goal is to make protein sequencing easy and ubiquitous by using a novel reverse-translation technology that turns peptide sequences into DNA. The DNA can be read by an NGS DNA sequencer, providing a path to breakthrough proteomics research at a scale that is not practical or cost-effective using current technologies.
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The decision makers in Encodia, Inc. are Alex Hsiao, Kevin Gunderson, Nigel P Beard, etc. Click to Find Encodia, Inc. decision makers emails.
You can reach out to Encodia through their official website's contact page, where you will find a contact form. Alternatively, you can email their support team directly at [email protected] for any inquiries regarding their services or products.
Encodia does not publicly provide a detailed staff directory. However, you can find key team members and their roles on the 'About Us' section of the website, which highlights the expertise driving their innovative proteomics solutions.
Encodia's Next-Gen digital proteomics platform supports a variety of industries, including biotechnology, pharmaceuticals, and academic research. Their technology is designed to enhance protein sequencing capabilities across these sectors, facilitating advancements in drug discovery and personalized medicine.
Encodia offers a comprehensive range of services centered around protein sequencing, including peptide synthesis, sequencing analysis, and data interpretation. Their innovative platform aims to simplify and democratize access to high-quality proteomics data for researchers and organizations.
Yes, you can request a demo of Encodia's digital proteomics platform by filling out the form on their website. This allows you to experience firsthand how their technology can streamline protein sequencing and enhance your research capabilities.
Encodia's technology utilizes a novel reverse-translation approach that converts peptide sequences into DNA, making protein sequencing more accessible and efficient. This innovative method contrasts with traditional techniques, which can be more complex and time-consuming, thereby democratizing the sequencing process.
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