NMR Software

动态分er

Bruker is the creator of Dynamics Center which is a non-frequency dimensions NMR analysis software. It is an easy to use and integrated platform.

Overview

动态分er

动态分er is an easy-to-use and integrated platform featuring general dynamics and protein dynamics. It offers intuitive, method oriented workflows for the analysis of a wide range of experiments. All methods include components for sample description, data selection, analysis, result viewing, report (pdf) generation and export (text, EXCEL) functions. User input is minimized if experiments are performed with Bruker pulse programs. Multiple parallel execution of different methods is straightforward.

动态分er 2.7

动态分er offers the unique option to set all parameters from external programs at runtime and trigger a complete analysis. This allows a flexible integration of the software into various automation environments. Dynamics Center can be integrated with TopSpin via a tool bar containing elements for automatic processing, manual peak picking and automated analysis. Standard analysis parameters are supplied internally.

Time Domain Dynamics

Time Domain Dynamics is a new and exciting tool for the extraction of relaxation information from NMR time domain data recorded with Bruker’s benchtop minispec. As part of Dynamics Center, it offers the standard method oriented workflow for easy analysis and reporting. Multiple samples or different fitting functions can be analyzed in parallel.

The software is ideally suited for routine applications, optimization of experiments and additionally provides the infrastructure for automated analysis of large sample batches.

概括

Unified, easy-to-use workflow for all kinds of relaxation, diffusion and kinetics analyses
Client/Server architecture for usage in any programming environment
Highly efficient multiple, parallel analysis of any types of spectra: series of 1Ds / 2Ds / 3Ds, pseudo 2Ds, pseudo 3Ds and time domain data
Automatic data fitting and best model selection
Library of predefined fitting functions
Option for user defined fitting functions
Powerful algorithm for Inverse Laplace Transformation
Unique interactive multi spectra display features
Easy data opening by drag and drop
Available on Windows, Linux and Mac

得到一个许可

Software Support & Upgrades

Applications

Figure diff_1 shows a DOSY spectrum (bottom) of a sample containing 1% H2O, and 0.1 % 13C enriched methanol in D2O (1d spectrum top).

Figure diff_2 shows the amplitude decay of the water signal (left most in diff_1) plotted with respect to the so called B values.

Figure redor_1 (top) shows the first spectrum of a redor series with 2 peaks picked. The experimental data were Fourier transformed, phase and baseline corrected in TopSpin. Peak picking, amplitude analysis of the peaks at different dephasing times

Figure diff_2_1 shows the numerical values figure diff_2 is based on, experimental data, fitted data, and fitted parameters with errors, available on mouse click.

Figure diff_3 shows the same as figure diff_2 except the data are plotted semi-logarithmic

Figure diff_4 shows the amplitude decay of one of the methanol peaks also in a semi-logarithmic plot with respect to B

Figure diff_5 shows a row in the DOSY spectrum at the diffusion coefficient of the methanol representing the 1D spectrum of the methanol. This indicates how spectra can be separated by DOSY using DC.

Figure t2_1 shows the first spectrum of a T2 series with peak picking. The experimental data were Fourier transformed, phase and baseline corrected in TopSpin. Peak picking, amplitude analysis of the peaks at different echo times, and exponential fitting

Figure t2_2 shows the amplitude decay of one peak of the spectrum shown in figure t2_1 plotted with respect to the echo time. The black dots are the experimental values with error bars; the blue curve indicates the result of the fit. In this experiment sc

Figure t2_3 shows the numerical values figure t2_2 is based on, experimental data, fitted data, and fitted parameters with errors, available on mouse click.

Learn More

Contact Information

Contact Form

Contact Sales

Learn more about our Magnetic Resonance and Preclinical Imaging products and solutions.

Contact Sales

Contact Form

联系客户支持

For technical service, please contact our Magnetic Resonance and Preclinical Imaging customer support centers.

创建服务请求bob电竞官方网站