Research articles in self-assembleD 3D DNA crystals
The formation and displacement of ordered DNA triplexes in self-assembled 3D DNA crystals.
Y Zhao, AR Chandrasekaran, DA Rusling, K Woloszyn, Y Hao, C Hernandez, S Vecchioni, YP Ohayon, C Mao, NC Seeman & R Sha
Journal of the American Chemical Society, 145: 3599 (2023). [PDF]
Designing higher resolution self-assembled 3D DNA crystals via strand terminus modifications.
YP Ohayon, C Hernandez, AR Chandrasekaran, X Wang … C Mao & NC Seeman
ACS Nano 13: 7957 (2019). [PDF]
Self-assembly of 3D DNA crystals containing a torsionally stressed component.
C Hernandez, JJ Birktoft, YP Ohayon, AR Chandrasekaran, H Abdallah, R Sha, V Stojanoff, C Mao & NC Seeman
Cell Chemical Biology, 24: 1401 (2017). [PDF]
Stabilisation of self-assembled DNA crystals by triplex-directed photo-cross-linking.
HO Abdallah, YP Ohayon, AR Chandrasekaran, R Sha, KR Fox, T Brown, DA Rusling, C Mao & NC Seeman
Chemical Communications, 52: 8014 (2016). [PDF]
Post-assembly stabilization of rationally designed DNA crystals.
J Zhao, AR Chandrasekaran, Q Li, X Li, R Sha, NC Seeman & C Mao
Angewandte Chemie International Edition, 54: 9936 (2015). [PDF]
Functionalizing designer DNA crystals with a triple-helical veneer.
DA Rusling, AR Chandrasekaran,^ YP Ohayon, T Brown, KR Fox, R Sha, C Mao & NC Seeman
Angewandte Chemie International Edition, 53: 3979 (2014). [PDF]
Self-assembled DNA crystals: The impact on resolution of 5'-phosphates and the DNA source.
R Sha, JJ Birktoft, N Nguyen, AR Chandrasekaran, J Zheng, X Zhao, C Mao & NC Seeman
Nano Letters, 13: 793 (2013). [PDF]
Ring crystals of oligonucleotides: Growth stages and X-ray diffraction studies.
PK Mandal, AR Chandrasekaran, BR Madhanagopal, S Venkadesh & N Gautham
Journal of Crystal Growth, 354: 20 (2012). [PDF]