Data underpinning: Sub-micromolar pulse dipolar EPR spectroscopy reveals increasing Cu(II)-labelling of double-histidine motifs with lower temperature

Joshua Wort (University of St Andrews) (Creator)
Katrin Ackermann (Creator)
Angeliki Giannoulis (Creator)
Alan James Stewart (University of St Andrews) (Creator)
David Norman (Creator)
Bela Ernest Bode (University of St Andrews) (Creator)

Molecular Cell and Developmental Biology

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Date made available	4 Jul 2019
Publisher	University of St Andrews

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DOI
10.17630/ced80b64-fa40-4d15-8f17-78bb4f06562f

Sub‐Micromolar Pulse Dipolar EPR Spectroscopy Reveals Increasing CuII‐labelling of Double‐Histidine Motifs with Lower Temperature
Wort, J. L., Ackermann, K., Giannoulis, A., Stewart, A. J., Norman, D. G. & Bode, B. E., 9 Aug 2019, In: Angewandte Chemie International Edition. 58, 34, p. 11681-11685 5 p.
Research output: Contribution to journal › Article › peer-review

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Wort, J. (Creator), Ackermann, K. (Creator), Giannoulis, A. (Creator), Stewart, A. J. (Creator), Norman, D. (Creator), Bode, B. E. (Creator) (4 Jul 2019). Data underpinning: Sub-micromolar pulse dipolar EPR spectroscopy reveals increasing Cu(II)-labelling of double-histidine motifs with lower temperature. University of St Andrews. 10.17630/ced80b64-fa40-4d15-8f17-78bb4f06562f

Data underpinning: Sub-micromolar pulse dipolar EPR spectroscopy reveals increasing Cu(II)-labelling of double-histidine motifs with lower temperature

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DOI

Research output

Sub‐Micromolar Pulse Dipolar EPR Spectroscopy Reveals Increasing CuII‐labelling of Double‐Histidine Motifs with Lower Temperature

Cite this