Iam working on protein family which can form dimers (total 20kd size ) using 25mM TRIS , 100 mM KCL Ph-6.8 , protein conc -2mM ( limitaion )
Iam always geting bad quality CBCANH experment on 700 vnmr cryob Could you please suggest me about expermental parameters or buffer conditions to get good quality of CBCANH experment
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CBCANH experment on 700 vnmr
Iam working on protein family which can form dimers (total 20kd size ) using 25mM TRIS , 100 mM KCL Ph-6.8 , protein conc -2mM ( limitaion )
Iam always geting bad quality of CBCANH contures experment on 700 vnmr cryob .
quality of N-H hsqc is good
Could you please suggest me about expermental parameters or buffer conditions to get good quality of CBCANH experment
penumutchu.srinivas
NMR Questions and Answers
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11-15-2011 11:46 AM
[Question from NMRWiki Q&A forum] c13 filter noesy experment for homodimer protein
c13 filter noesy experment for homodimer protein
Dear wikiers
I would like to take c13 filter noesy experment for homodimer protein , total 20 kd size . could you please suggest which parameters should i consider more specificly while taking this experment to get best signal because i dont want to try on trial and error method. any knid of help is greatly appreciated
Thanking you in advance
Regards sri
nmrlearner
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06-30-2011 05:06 PM
[Question from NMRWiki Q&A forum] Cbcanh experiment
CBCANH EXPERIMENT
Dear NMR wikiERS
Could you please provide any reference journal or material which describe the more detailed about CBCANH experiment , its applicability , limitations and its pulse sequence to protein size
Thanking you
SRI
[NMR paper] Sequential HNCACB and CBCANH protein NMR pulse sequences.
Sequential HNCACB and CBCANH protein NMR pulse sequences.
Related Articles Sequential HNCACB and CBCANH protein NMR pulse sequences.
J Magn Reson. 2001 Aug;151(2):328-31
Authors: Meissner A, Sørensen OW
The pulse sequences HNCACB and CBCANH correlating side chain C(beta) resonances with amide resonances in the protein backbone do not distinguish between inter- and intraresidue correlations. The new pulse sequences sequential HNCACB and sequential CBCANH make this distinction by suppressing coherence transfer between 13C(alpha) and 15N via the...