Difference between revisions of "Sykes NMR Wiki"

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[http://www.ualberta.ca/biochemistry/index.html Department of Biochemistry]
 
[http://www.ualberta.ca/biochemistry/index.html Department of Biochemistry]
 
[http://www.ualberta.ca University of Alberta].  
 
[http://www.ualberta.ca University of Alberta].  
<BR>We study of the structure, dynamics and function of proteins, especially those that make up the thin filament of cardiac muscle and regulate contraction.
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<BR> We study of the structure, dynamics and function of proteins, especially those that make up the thin filament of cardiac muscle and regulate contraction.
 
<BR> Structural biology, using nuclear magnetic resonance spectroscopy, is the primary tool in our research.
 
<BR> Structural biology, using nuclear magnetic resonance spectroscopy, is the primary tool in our research.
<BR>One recent focus has been the discovery and development of calcium sensitizers as potential drugs.
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<BR> One recent focus has been the discovery and development of calcium sensitizers as potential drugs.
<BR> The following figure captures many of the intrinsically disordered regions of the Troponin protein complex involved in the regulation of cardiac muscle contraction.
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<BR> The overlay of NMR solution structures and cryoEM structures reveal the mechanism of action of the drug W7.
<BR> [[Image:TnScheme.jpg|thumb|824x505px|left| ACS Chemical Biology 9 2121 (2014)]]
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<BR>
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<BR> [[Image:W7.jpeg|thumb|800x800px|left| ACS Chemical Biology (2022)]]
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<BR>
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<BR> [[Image:TnScheme2.jpg|thumb|824x505px|left| ACS Chemical Biology 9 2121 (2014)]]
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<BR>
 
<BR>
 
<BR>
 
<BR> [[Image:3mDPA.jpg]]
 
<BR> [[Image:3mDPA.jpg]]
 
<BR>
 
<BR>
Titration of drug into cardiac TnC-TnI chimera monitored using 1H,15- NMR correlation spectroscopy; JMCC 2016.
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<BR> Titration of drug into cardiac TnC-TnI chimera monitored using 1H,15- NMR correlation spectroscopy; JMCC 2016.
 
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<BR> [[Image:TOC_2018.png]]
 
<BR> [[Image:TOC_2018.png]]
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<BR>[[Image:Exit.png|thumb|824x505px|left|Recent lab trip May 2018  ]]
 
<BR>[[Image:Exit.png|thumb|824x505px|left|Recent lab trip May 2018  ]]
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<BR>[[Image:Winners_2018.JPG|thumb|824x505px|left|Winners, 2018]]
  
 
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Revision as of 10:59, 27 May 2022

Welcome to our lab in the Department of Biochemistry University of Alberta.
We study of the structure, dynamics and function of proteins, especially those that make up the thin filament of cardiac muscle and regulate contraction.
Structural biology, using nuclear magnetic resonance spectroscopy, is the primary tool in our research.
One recent focus has been the discovery and development of calcium sensitizers as potential drugs.
The overlay of NMR solution structures and cryoEM structures reveal the mechanism of action of the drug W7.


ACS Chemical Biology (2022)



ACS Chemical Biology 9 2121 (2014)




3mDPA.jpg

Titration of drug into cardiac TnC-TnI chimera monitored using 1H,15- NMR correlation spectroscopy; JMCC 2016.

TOC 2018.png
Mass spect data showing thioimidate formation in Troponin; Biochemistry, 2018.


Group, 2018



Present Group



Golf, 2017

Recent lab trip May 2018

Winners, 2018




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