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Samuel P. Forry (Fed)

Staff Scientist

As a member of the Complex Microbial Systems group, Sam’s research is focused on improving measurements of microbial consortia (microbiomes). Although popular interest in microbiomes has exploded in recent years, the methods used for their characterization remain subject to numerous sources of bias and variability. Sam has contributed to understanding these measurement challenges through engaging the scientific community external to NIST (e.g., IMMSAHESIworkshops), developing and characterizing reference materials (e.g., DARPA’s FoF program), and working in the lab to improve genomic (NGS) and metabolomic (LC-MS/MS) measurement methods. 

Research Opportunities 

NIST-NRC Postdoctoral Fellowships: 2-year fellowships at NIST, US citizens only, ~$72,000 salary plus benefits and relocation expenses. Application deadlines are Feb. 1 and Aug. 1, requires 10-page research proposal. sam.forry [at] nist.gov (Contact Sam directly) if you are interested in writing a proposal on a microbiome research project; we currently have opportunities posted for engineering microbial consortiamicrobiome metrology, and building reproducible multispecies culturesamong others

Publications

Beyond Sequence Similarity: The Case for Function-Based Screening of Nucleic Acid Synthesis

Author(s)
Gary Able, Tessa Alexanian, Jacob Beal, James Diggans, Kevin Flyangolts, Gene D. Godbold, Eric Horvitz, Bin Hu, Caitlin Jagla, Rassin Lababidi, Brittany Rife Magalis, Sebastian Rivera, Bruce Wittmann, Samuel Forry, David Ross, Sheng Lin-Gibson, Samuel Curtis
Synthetic nucleic acids are a key input to modern biotechnology, yet they represent dual-use materials that require robust screening to mitigate biosecurity...

Data and Software Publications

Patents (2018-Present)

Highly Sensitive Oxygen Sensor For Cell Culture

NIST Inventors
Samuel P. Forry
An oxygen sensor comprising an oxygen sensing compound and configured to substantially mitigate leaching of the oxygen sensing compound from the oxygen sensor to an outer surface thereof is provided. The oxygen sensor may comprise one or more layers. A first portion of the oxygen sensor is
Created October 9, 2019, Updated May 22, 2026
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