PUBLICATIONS

HELLNER, B.; ALAMDARI, S.; PYLES, H.; ZHANG, S.; PRAKASH, A.; SPRENGER, K.G.; DE YOREO, J.J.; BAKER, D.; PFAENDTNER, J.; BANEYX, F. (2020). SEQUENCE-STRUCTURE-BINDING RELATIONSHIPS REVEAL ADHESION BEHAVIOR OF THE CAR9 SOLID-BINDING PEPTIDE: AN INTEGRATED EXPERIMENTAL AND SIMULATION STUDY. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY. [DOI: 10.1021/JACS.9B11617]

SAMPATH, J.; PFAENDTNER, J. (2019). AMPHIPHILIC PEPTIDE BINDING ON CRYSTALLINE VS. AMORPHOUS SILICA FROM MOLECULAR DYNAMICS SIMULATIONS. MOLECULAR PHYSICS. [DOI: 10.1080/00268976.2019.1657192]

LUO, Y.; SONG, Y.; WANG, M.; JIAN, T.; DING, S.; MU, P.; LIAO, Z.; SHI, Q.; CAI, X.; JIN, H.; DU, D.; DONG, W-J; CHEN, C-L; LIN, Y. (2019). BIOINSPIRED PEPTOID NANOTUBES FOR TARGETED TUMOR CELL IMAGING AND CHEMO-PHOTODYNAMIC THERAPY. SMALL 15. [DOI: 10.1002/SMLL.201902485] 

PYLES, H.; ZHANG, S.; DE YOREO, J.J.; BAKER, D. (2019). CONTROLLING PROTEIN ASSEMBLY ON INORGANIC CRYSTALS THROUGH DESIGNED PROTEIN INTERFACES. NATURE 571(7764), 251-256. [DOI: 10.1038/S41586-019-1361-6]

HELLNER, B.; LEE, S.B.; SUBRAMANIAM, A.; SUBRAMANIAN, V.R.; BANEYX, F. (2019). MODELING THE COOPERATIVE ADSORPTION OF SOLID-BINDING PROTEINS ON SILICA: MOLECULAR INSIGHTS OF SURFACE PLASMON RESONANCE MEASUREMENTS. LANGMUIR 35(14), 5013-5020. [DOI: 10.1021/ACS.LANGMUIR.9B00283]

DUNAKEY, S.J.G.; COYLE, B.L.; THOMAS, A.; XU, M.; SWIFT, B.J.F; BANEYX, F. (2019). SELECTIVE LABELING AND DECORATION OF THE ENDS AND SIDEWALLS OF SINGLE-WALLED CARBON NANOTUBES USING MONO- AND BISPECIFIC SOLID-BINDING FLUORESCENT PROTEINS. BIOCONJUGATE CHEMISTRY 30(3), 959-965. [DOI:  10.1021/ACS.BIOCONJCHEM.9B00097] 

CAI, X.; WANG, M.; MU, P.; JIAN, T.; LIU, D.; DING, S.; LUO, Y.; DU, D.; SONG, Y.; CHEN, C-L; LIN, Y. DESIGNING AND TUNING IR780 DOPED PEPTOID NANOTUBES FOR CHEMO-PHOTOTHERAPY OF MALIGNANT GLIOMA

SAMPATH, J.; ALAMDARI, S.; PFAENDTNER, J.  SELF-ASSEMBLY OF BIOMOLECULES AT INTERFACES IN SOLUTION.

SAMPATH, J.; KULLMAN, A.; GEBHART, R.; DROBNY, G.; PFAENDTNER, J. MOLECULAR RECOGNITION AND SPECIFICITY OF BIOMOLECULES TO TITANIUM DIOXIDE FROM MD SIMULATIONS.

ZHANG, S.; CHEN, J.; LIU, J.; PYLES, H.; BAKER, D.; CHEN, C-L; DE YOREO, J.J. ENGINEERING BIOMOLECULAR SELF-ASSEMBLY AT SOLID-LIQUID INTERFACES.

ZHANG, S.; ALBERSTEIN, R.G.; DE YOREO, J.J.; TEZCAN, F.A. ASSEMBLY OF A PATCHY PROTEIN INTO VARIABLE 2D LATTICES VIA TUNABLE, MULTISCALE INTERACTIONS.