NMRFAM software components have received a security update. If you encounter any difficulties please contact firstname.lastname@example.org
NMRFAM is active in the development of software tools that facilitate investigations by NMR. Advanced computational analysis algorithm research, new methods integration, user interface development, and instrument automation are combined to increase the accessibility, accuracy and efficiency of the range of methodologies employed. The software packages shown below are developed or supported at NMRFAM, and are available for download or remote use on our servers and spectrometers.
NMRFAM Software Tools
[Go to the universal NMRFAM Software download page]
|ADAPT-NMR||Assignment-directed Data collection Algorithm utilizing a Probabilistic Toolkit in NMR: a fully automated method for integration of optimized protein NMR data collection, chemical shift assignment, and secondary structure determination. PUBLICATION|
||Software for visualization and analysis of tilted plane spectra derived from ADAPT-NMR. PUBLICATION|
||ALATIS (Atom Label Assignment Tool using InChi String) is an adaptation of InChI, which operates fully within the InChI convention to provide unique and reproducible molecule and all atom identifiers. PUBLICATION.|
|ARECA||Note: This NMRFAM software component has received a security update. If you encounter any difficulties please contact email@example.com.
ARECA (Assessment of the REliability of Chemical shift Assignments): A probabilistic validation of protein NMR chemical shift assignments against NOESY data. PUBLICATION
||COMPASS (Comparative, Objective Measurement of Protein Architectures by Scoring Shifts) combines modeling, chemical shift prediction and Hausdorff geometry scoring algorithms to identify the best match among structural models from a single 2D CC SSNMR spectrum. PUBLICATION|
||GISSMO (Guided Ideographic Spin System Model Optimization) is a methodology and software for efficient interactive optimization of spin parameters against experimental 1D-1H NMR spectra of small molecules. PUBLICATION.|
||High-resolution Iterative Frequency Identification for NMR: an adaptive approach for rapid and automated collection of NMR data. PUBLICATION|
|LACS||Linear Analysis of Chemical Shifts: a method for detection and automated correction of potential referencing problems and detection of inconsistent assignments – now included in PINE! PUBLICATION|
|Newton||Spectral analysis of multidimensional NMR data useful for complex mixtures. Newton implements a Fast Maximum Likelihood Reconstruction (FMLR) of NMR spectra from spectral deconvolution of raw data that constructs the simplest time-domain model whose fourier processed spectrum most closely matches the spectrum of the identically processed FID. PUBLICATION|
|NMRbot||High throughput data acquisition for Bruker NMR spectrometers running Topspin >2.0, fitted with ATM and SampleJet hardware accessories. PUBLICATION|
|NMRFAM-SPARKY||Note: It is recommended to use NMRbox for NMRFAM-SPARKY which resolves compatibility issues compared to running locally.
SPARKY supports user-defined enhancements, and we have used these to develop new tools in support of our packages for automated protein assignment and structure determination. The added features support (1) interfacing with servers offering new technologies, (2) tools for data visualization and verification, and (3) new protocols for maximizing the efficiency of NMR data analysis. PUBLICATION
| NMR Structure Tools
||A PyMol add-on with tools for NMR structure ensemble analysis such as pairwise alignment, structure restraint validation and hydrogen-bond detection.|
|PACSY||NOTE: This NMRFAM software component has received a security update. If you encounter any difficulties please contact firstname.lastname@example.org.
Protein structure And Chemical Shift NMR spectroscopY: a relational database management system that integrates information from the Protein Data Bank (PDB), the Biological Magnetic Resonance Data Bank (BMRB), and the Structural Classification of Proteins (SCOP) database. PUBLICATION
|PECAN||NOTE: This NMRFAM software component has received a security update. If you encounter any difficulties please contact email@example.com..
Protein Energetic Conformational Analysis from NMR chemical shifts: probabilistic secondary structure predictions from chemical shift– now included in PINE! PUBLICATION
|PINE||NOTE: This NMRFAM software component has received a security update. If you encounter any difficulties please contact firstname.lastname@example.org..
Probilistic Interaction Network of Evidence: a probabilistic algorithm for automated backbone and sidechain assignments, with detection and correction of referencing and secondary structure determination from input protein sequence and NMR data set peak lists. PUBLICATION
|PINE-Sparky||A SPARKY extension for the manual verification of PINE automated assignments. Now included in the NMRFAM-SPARKY Distribution. PUBLICATION|
|PINE-Sparky.2||PINE-SPARKY.2 is a project to provide graphical user interfaces to automate and visualize protein secondary structure assignments, hydrophobic core detection, 3-D structure calculation, resonance assignments and referencing error detection by a few clicks in NMRFAM-SPARKY which is one of the two main software packages (the other isPONDEROSA-C/S) in the Integrative NMR platform. Included in the NMRFAM-SPARKY.|
|Pulse Programs – Agilent||The main emphasis of this pulse program library is directed towards protein and nucleic acids NMR spectroscopy of isotope enriched proteins in solution.
All pulse programs are written and tested on Varian VNS consoles running VnmrJ 2.1B and have been optimized for running on ColdProbes.
|Pulse Programs – Bruker||This pulse program library provides protein and nucleic acid solution NMR experiments for use in standard methods of spectral characterization, ligand binding and structure determination. Additional emphasis is given for isotopically enriched samples.
All pulse programs are written and tested for Bruker NMR spectrometers running Topspin 1.3 – 3.2 or XWin-NMR 3.5, with optimized parameters for CryoProbes.
|PONDEROSA||NOTE: This NMRFAM software component has received a security update. If you encounter any difficulties please contact email@example.com.
Peak picking Of NOE Data Enabled by Restriction Of Shift Assignments: a program for protein structure determination that utilizes information from prior assignments to automatically pick NOE peaks from 3D-NOESY (13C-edited and 15N-edited) spectra, with results used as input for a series of CYANA structure calculations. PUBLICATION
|RNA-PAIRS||RNA Probabilistic Assignment of Imino Resonance Shifts: a probabilistic algorithm for the automated assignment of RNA imino 1H and 15N resonances shifts, with conjoined determination and validation of secondary structure from input RNA sequence, and 1H-1H 2D-NOESY and 1H-15N 2D-HSQC spectra peak lists. PUBLICATION|
|rNMR||An open source software package for visualizing and interpreting one and two dimensional NMR data specifically designed for high-throughput assignment and quantification of small molecules. Supports extensive batch manipulation of plotting parameters and has numerous tools for expediting repetitive resonance assignment and quantification tasks. PUBLICATION|
|NMRFAM Script Library||A collection of scripts for NMR spectroscopists and general macromolecular structure research.|
|NMRFAM Virtual Machine
The Integrative NMR VM
|Ubuntu Mate based Virtual Machine (VM) with pre-installed the latest versions of NMRFAM-Sparky, PyMOL, PONDEROSA-C/S packages.
A VM is an emulation of a computer operating system that can be installed and run on any different operating system. NMRFAM’s VM runs the Linux operating system Ubuntu. To run this on your Windows, Mac, or Linux computer, you will need to install VirtualBox (a virtualization software package from Oracle, freely available at www.virtualbox.org). You MUST have administrative privileges to install VirtualBox on your computer. For PCs, VirtualBox requires the enabling of virtualization in the BIOS.
||A tool for the optimization of compound mixtures in 1D 1H NMR ligand affinity screens. PUBLICATION|