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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 110, 2012 - Issue 18
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Research Articles

Theoretical reason for the lack of influence of 1H–14N cross-relaxation on the water proton T1 NMRD profile in slow tumbling proteins

P.-O. Westlund Department of Chemistry, Biological and Computational Chemistry, Umeå University, UMEÅ, 901 87, SwedenCorrespondence[email protected]
Pages 2251-2255 | Received 19 Oct 2011, Accepted 02 Mar 2012, Published online: 27 Apr 2012

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Hermann Scharfetter, Christian Gösweiner, Paul Josef Krassnig, Carina Sampl, Martin Thonhofer, Roland Fischer, Stefan Spirk, Rupert Kargl, Karin Stana-Kleinschek, Evrim Umut & Danuta Kruk. (2019) Aspects of structural order in 209Bi-containing particles for potential MRI contrast agents based on quadrupole enhanced relaxation. Molecular Physics 117:7-8, pages 935-943.
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Articles from other publishers (4)

Elie Belorizky & Pascal H. Fries. (2021) Nuclear relaxation rate enhancement by a 14N quadrupole nucleus in a fluctuating electric-field gradient. The Journal of Chemical Physics 155:18.
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Christian Gösweiner, Perttu Lantto, Roland Fischer, Carina Sampl, Evrim Umut, Per-Olof Westlund, Danuta Kruk, Markus Bödenler, Stefan Spirk, Andreas Petrovič & Hermann Scharfetter. (2018) Tuning Nuclear Quadrupole Resonance: A Novel Approach for the Design of Frequency-Selective MRI Contrast Agents. Physical Review X 8:2.
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Pascal H. Fries & Elie Belorizky. (2015) Simple expressions of the nuclear relaxation rate enhancement due to quadrupole nuclei in slowly tumbling molecules. The Journal of Chemical Physics 143:4.
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Yang Huang, Kwangho Nam & Per-Olof Westlund. (2013) The water R1(ω) NMRD profiles of a hydrated protein from molecular dynamics simulation. Physical Chemistry Chemical Physics 15:33, pages 14089.
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