Biomolecular NMR Wiki
Search this site
Navigation
Home
Help
Sitemap
CCPN
Main Site
Downloads
CCPN Software Development
Citing CCPN
Documentation
CcpNmr Analysis
CcpNmr FormatConverter
CcpNmr ECI
CCPN Web Services
CCPN Data Standard
Macromolecular NMR
Extend-NMR Software Pipeline
Memops Generation Machinery
New in Leading Edge
Older Version Documentation
Tutorials and Courses
Tutorials
HowTos
FAQs
Courses
Announcement
The 3rd
CCPN/Extend-NMR Conference:
Lisbon, Portugal
The 11th CCPN UK Conference:
Scarborough, UK
CcpNmr Analysis courses:
From NMR Data to Protein Structure
eNMR - Extend NMR workshops:
NMR structure calculation - GRID applications and integrated tools
Home
>
HowTos
This page lists the HowTos for different software packages linked to CCPN.
Contents
1
CcpNmr Analysis
1.1
Projects
1.2
Experiments & Spectra
1.3
Windows
1.4
Peaks & Peak Lists
1.5
Molecules
1.6
Assignments
1.7
Customize Analysis
1.8
Structures and Restraints
1.9
Data transfer
1.10
Data Analysis
1.11
Macros
1.12
Installation
2
CcpNmr FormatConverter
3
ARIA
CcpNmr Analysis
Projects
Create a new project
Experiments & Spectra
Load spectra
Deal with multiplications of spectrum contours
Windows
Navigate between windows
Transpose the axes in a multidimensional window
Peaks & Peak Lists
Add a peak list to a spectrum
Pick peaks
Pick and assign 3D peaks from 2D root peaks
Find matching peaks
Copy peaks between or within spectra
Copy assignments between peaks
Copy assignments between molecular chains
Make synthetic peak lists
Transfer assignments and compare frequencies when peaks have moved
Unaliase a peak
Separate peaks and estimate peak volumes using the Peak Separator
Molecules
Create a new molecule from a sequence
Create disulfide bridges in a molecule
Set up multimers: dimers and homodimers
Create duplex DNA
Create a sequence with unusual residues or mixed types
Create and import a residue template
Assignments
Assign a peak
Assign NOEs based on structural information
Assign groups
Propagate assignments
Check for assignment errors
Make an automatic sequential assignment
Predict a spin system type
Predict the residue type of a spin system and the optimal arrangement of residue types
Inspect and modify spin systems and resonances
Get more assignment possibilities
Customize Analysis
Set contour levels
Set contour colors
Set aspect ratio
Set crosshairs
Set 1D slice range
Set keyboard shortcuts
Set spectrum display options
Set window names
Set the window background color
Set fonts
Set peak annotations
Set peak box size
Arrange peak labels
Structures and Restraints
Generate restraint lists
Merge and split restraint lists
Analyse structures
Analyse restraints and violations for a generated structure
Run CING from Analysis
Run structure calculation programs
Data transfer
Export data
Import data
Move data between projects
Get updates
Data Analysis
Calculate T1, T2 or T1rho relaxation constants
Calculate heteronuclear NOE values
Calculate 3J H-Ha coupling constants
Macros
Write a macro
Installation
CentOS 5.x with system libraries
CentOS 5.x with Tcl/Tk 8.5 and Python 2.7
CcpNmr FormatConverter
ChemComp Import
ARIA
Incorporating disulphide bonds
Subpages
(2):
ARIA disulphides
Centos 5.x standard installation
Comments
_displayNameOrEmail_
- _time_ -
Remove
_text_