S. Keyport Kik, D. Christopher, H. Glauninger, C.W. Hickernell, J.A. Bard, K.M. Lin, A.H. Squires, M. Ford, T.R. Sosnick, and D.A. Drummond, "An Adaptive Biomolecular Condensation Response Is Conserved across Environmentally Divergent Species", Nature Communications 15 3127 (2024)
J.A. Howard, B. Ambrose, M.A. Abdelhamid, A. Alevropoulos-Borrill, A. Ejaz, L. Dresser, M. Dienerowitz, S.D. Quinn, A.H. Squires, and A. Noy, "Rep Structures Comprise Metastable Intermediates between Open and Closed States Whose Transitional Kinetics Are Tuned by the Ionic Environment", bioRxiv 2024.2007. 2012.603287 (2024)
A. Ejaz, M. Sutter, S. Lechno-Yossef, C.A. Kerfeld, and A. Squires, "Phycobilisome Core Architecture Influences Photoprotective Quenching by the Orange Carotenoid Protein", arXiv preprint arXiv:2410.03899 (2024)
A.L. Cook, M.A. Dearborn, T.M. Anderberg, K. Vaidya, J.E. Jureller, A.P. Esser-Kahn, and A.H. Squires, "Polymer Patterning by Laser-Induced Multipoint Initiation of Frontal Polymerization", ACS Applied Materials & Interfaces 16 17973-17980 (2024)
J. Chu, A. Ejaz, K.M. Lin, M.R. Joseph, A.E. Coraor, D.A. Drummond, and A.H. Squires, "Single-Molecule Fluorescence Multiplexing by Multi-Parameter Spectroscopic Detection of Nanostructured Fret Labels", Nature Nanotechnology 19 1150-1157 (2024)
A. Ejaz, K. Vaidya, and A.H. Squires, "Dynamic Excitation for Photophysical Control and Enhanced Fret Sensing in an Anti-Brownian Electrokinetic (Abel) Trap", Optical Trapping and Optical Micromanipulation XX 12649 217-228 (2023)
A. Ejaz, K. Vaidya, and A. Squires, "Dynamic Excitation for Photophysical Control and Enhanced Fret Sensing in an Anti-Brownian Electrokinetic (Abel) Trap", Spie Nanoscience + Engineering 12649 (2023)
A. Ali, R. Garde, O.C. Schaffer, J.A. Bard, K. Husain, S.K. Kik, K.A. Davis, S. Luengo-Woods, D.A. Drummond, and A.H. Squires, "Adaptive Preservation of Orphan Ribosomal Proteins in Chaperone-Stirred Condensates", BioRxiv 2022.2011. 2009.515856 (2022)
Greg Engel, Valerie Goss, Allison Squires and Peter Maurer participated in the NSF virtual reverse site visit exploring the details of NSF QuBBE.