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Nuclear magnetic resonance captures the elusive.

ABSTRACT: Innovative nuclear magnetic resonance approaches have emerged as outstanding means of tracking down functionally important properties of biomolecular assemblies that evade detection. These enigmatic attributes include dynamic equilibria with very lightly populated excited states and structures of complexes obscured by slow tumbling in solution.

SUBMITTER: Van Doren SR 

PROVIDER: S-EPMC2920670 | biostudies-literature | 2009 Mar

REPOSITORIES: biostudies-literature

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Nuclear magnetic resonance captures the elusive.

Van Doren Steven R SR  

F1000 biology reports 20090324

Innovative nuclear magnetic resonance approaches have emerged as outstanding means of tracking down functionally important properties of biomolecular assemblies that evade detection. These enigmatic attributes include dynamic equilibria with very lightly populated excited states and structures of complexes obscured by slow tumbling in solution. ...[more]

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