Yatiri Bio

Yatiri Bio

Biotechnology, 6335 Nancy RDG Dr, San Diego, California, 92121, United States, 1-10 Employees

yatiribio.com

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phone no Phone Number: 83********

Who is YATIRI BIO

Proteomics is the large-scale study of the proteome, which consists of all the proteins produced in an organism, cell, or biological system. Using high-resolution mass spectrometry, data ...

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  • 6335 Nancy RDG Dr, San Diego, California, 92121, United States Headquarters: 6335 Nancy RDG Dr, San Diego, California, 92121, United States
  • 2020 Date Founded: 2020
  • 1-10 Employees: 1-10
  • dollar-icon Revenue: $1 Million to $5 Million
  • tech-icon Active Tech Stack: See technologies

industries-icon Industry: Biotechnology

SIC SIC Code: 6512

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Yatiri Bio Org Chart and Mapping

Employees

Steve Lillegren

Information Technology Consultant

Raman Afshar

Chief Commercial Officer (Cco)

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Frequently Asked Questions Regarding Yatiri Bio

Answer: Yatiri Bio's headquarters are located at 6335 Nancy RDG Dr, San Diego, California, 92121, United States

Answer: Yatiri Bio's phone number is 83********

Answer: Yatiri Bio's official website is https://yatiribio.com

Answer: Yatiri Bio's revenue is $1 Million to $5 Million

Answer: Yatiri Bio's SIC: 6512

Answer: Yatiri Bio has 1-10 employees

Answer: Yatiri Bio is in Biotechnology

Answer: Yatiri Bio contact info: Phone number: 83******** Website: https://yatiribio.com

Answer: Proteomics is the large-scale study of the proteome, which consists of all the proteins produced in an organism, cell, or biological system. Using high-resolution mass spectrometry, data from the proteome can provide insight into proteins and their signaling pathways as the drivers of human physiology and disease. Yatiri Bio explicitly prioritizes this data as the key to understanding how and why particular drugs successfully eradicate disease. Recent advances in this technology allow for the identification and quantification of thousands (>8,000) of proteins per sample. In addition, the signaling pathways can be accurately monitored via analysis of post-translational modifications (PTM) that steer biochemical responses. Consequently, these analyses address the relevant disease on a cellular level including direct observation of the effects of drug perturbation. The advantage of studying the proteome (versus the current standard of identifying only a selective few biomarkers) is that we are able to identify more robust biomarker signatures, improve patient selection, and drive pathway-based therapies for personalized medicine.

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