Rehydration post-orientation: investigating �eld- induced structural changes via computational rehydration

HIGHLIGHTS

  • who: Structural biology and colleagues from the University Germany have published the Article: Rehydration post-orientation: investigating ufffdeld- induced structural changes via computational rehydration, in the Journal: (JOURNAL)
  • what: The C-terminus of lysozyme are displaying high
  • how: As the struc- vacuum-compaction occurs the applied EFs for tural impact is expected to be larger the higher dipole-orientation seem to not alter the struc- the electric field the study also show that in MS tures significantly as all EF-exposed proteins were and other techniques where EFs are applied to highly similar . . .

     

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