Lab and collaborators
This work is done in the Gormley Lab at Rutgers, with synchrotron measurements collected at Brookhaven National Laboratory and analysis built on tools the wider SAXS community maintains.
Current group
- Gormley Lab
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Principal investigator Adam J. Gormley, Associate Professor, Department of Biomedical Engineering, Rutgers University. The lab works on polymer-based biomaterials, high-throughput polymer synthesis and screening, polymer–protein conjugates, enzyme stabilization with synthetic polymers, and machine learning for biomaterial design.
- Rutgers Biomedical and Health Sciences
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RBHS Fellowship recipient, 2022–2023, supporting the first year of doctoral research.
- NSLS-II, Brookhaven National Laboratory
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Synchrotron small-angle X-ray scattering measurements underpinning the SAXS Assistant work, co-authored with beamline scientist James Byrnes.
Co-authors
Everyone I have published with, and where.
- Adam J. Gormley
Co-author on 3 papers: Tissue Engineering Part A, ACS Polymers Au, Biophysical Journal.
- Cesar Ramirez
Co-author on 3 papers: Tissue Engineering Part A, ACS Polymers Au, Biophysical Journal.
- Elena Di Mare
Co-author on 2 papers: ACS Polymers Au, Biophysical Journal.
- Maria Pineiro-Goncalves
Co-author on 2 papers: ACS Polymers Au, Biophysical Journal.
- Prajakatta Mulay
Co-author on 2 papers: Tissue Engineering Part A, ACS Polymers Au.
- Apostolos Maroulis
Co-author on 1 paper: ACS Polymers Au.
- Cristian Lopez
Co-author on 1 paper: Biophysical Journal.
- D. Christopher Radford
Co-author on 1 paper: ACS Polymers Au.
- Eugene Cheong
Co-author on 1 paper: Tissue Engineering Part A.
- Gabriela Tirado-Mansilla
Co-author on 1 paper: Tissue Engineering Part A.
- James Byrnes
Co-author on 1 paper: Biophysical Journal.
- N. Sanjeeva Murthy
Co-author on 1 paper: Biophysical Journal.
Earlier affiliation
- Neimark Lab
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Alexander Neimark, Distinguished Professor, Department of Chemical & Biochemical Engineering, Rutgers University. As an undergraduate I worked here on the computational study of tension-induced rupture in lipid membranes, presented at Rice University and awarded an honourable mention at the Aresty Symposium.
Open to collaboration
Particularly interested in talking to groups working on high-throughput polymer synthesis, enzyme stabilization, SAXS at scale, or machine learning applied to experimental materials data.