Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this?
Thanks.
![]() |
1 |
initial version
|
|
Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this?
Thanks.
![]() |
2 |
No.1 Revision
|
|
Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this?this? First image is a screenshot of data using SOL processing step and the second one was prepared without SOL.
Thanks.
![]() |
3 |
No.2 Revision
|
|
Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this? First image is a screenshot of data using SOL processing step and the second one was prepared without SOL.
Thanks.
![]() |
4 |
No.3 Revision
|
|
Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this? First image is a screenshot of data using SOL processing step and the second one was prepared without SOL.
Thanks.
![]() |
5 |
No.4 Revision
|
|
Hi, we've tried to apply SOL function of nmrPipe to process a 3D 13C edited NOESY. and the result is a wide antiphase-looking peak on water resonance that strongly distorts the baseline.
Would you have any idea what might be causing this? First image is a screenshot of data using SOL processing step and the second one was prepared without SOL.
Thanks.