Index
Grant: University of Notre Dame — Nanopore Protein Sequencing (Gregory Timp) (2021) (Coefficient Giving → University of Notre Dame)
Verdictconfirmed95%
1 check · 4/9/2026Deterministic match: grantee, amount, date matched in source snapshot (2714 rows)
Our claim
entire record- Grantee
- University of Notre Dame
- Name
- University of Notre Dame — Nanopore Protein Sequencing (Gregory Timp) (2021)
- Amount
- $1,769,056
- Currency
- USD
- Date
- August 2021
- Notes
[Scientific Innovation: Tools and Techniques] Grant investigators: Heather Youngs and Chris Somerville This page was reviewed but not written by the grant investigators. University of Notre Dame staff also reviewed this page prior to publication. Open Philanthropy recommended… expand
[Scientific Innovation: Tools and Techniques] Grant investigators: Heather Youngs and Chris Somerville This page was reviewed but not written by the grant investigators. University of Notre Dame staff also reviewed this page prior to publication. Open Philanthropy recommended a grant of $1,769,056 over two years to the University of Notre Dame to continue support for Dr. Gregory Timp’s work developing an instrument that uses a sub-nanometer-diameter pore (i.e. a sub-nanopore) to read the amino acid sequence of whole protein molecules. If successful, we believe this tool could facilitate a wide range of basic biological research and ultimately allow for rapid detection of pathogens, thereby improving the diagnosis and treatment of disease as well as potentially improving our ability to respond to pandemic threats. This follows our June 2017 support, which we recommended as part of our "second chance" program for NIH Transformative Research applicants. It falls within our work on scientific research, specifically within our interest in advancing tools and techniques.
Source evidence
1 src · 1 checkconfirmed95%deterministic-row-match · 4/9/2026
- Name
- University of Notre Dame — Nanopore Protein Sequencing (Gregory Timp) (2021)
- Grantee
- University of Notre Dame
- Focus Area
- Scientific Innovation: Tools and Techniques
- Amount
- $1,769,0
NoteDeterministic match: grantee, amount, date matched in source snapshot (2714 rows)
Case № EflNZM95DxFiled 4/9/2026Confidence 95%