Open source software:
– C/C++ compilers (gcc & Intel)
– Fortran compilers (gcc & Intel)
– Intel MKL libraries
– OpenMPI & MVAPich with infiniband
– BLAS, ATLAS AND LAPACK libraries
– Python 2.4/2.6/2.7/3.3
Hermes cluster:
* 200 computing nodes(including GPU)
* 1534 computing cores (AMD 6128/ Intel E5520) with 2GB per core
* 700 computing cores (Intel Xeon 2600/1200 V3) with 4GB per core
* 6 TB RAM
* 6 GPU Fermi architecture
* 8 GPU Maxwell architecture
* QDR Infiniband, 10Gb Ethernet, 1Gb Ethernet
* Linux SO
Animal housing room and animal preparation area equipped with a vital constants monitoring system, 2 full sets of anesthesia equipment, water bath, infrared lamp, injection pump, etc.
Software packages for data acquisition and processing:
NMR experiments in high-resolution 1D and 2D structural characterization of molecules chemical origin (http://sct.uab.cat/sermn/en/content/chemical-structure)
NMR experiments in high-resolution 1D and 2D structural characterization of molecules chemical origin (http://sct.uab.cat/sermn/en/content/chemical-structure)
HRMAS (High Resolution Magic Angle Spinning) allows to perform high resolution NMR experiments at samples which are in an intermediate state between liquid and solid, so viscous or heterogeneous samples. (http://sct.uab.cat/sermn/en/content/hrmas)
The technique HPLC-DAD-(SPE) -NMR/MS is suitable for the analysis of mixtures. Combining high-resolution liquid chromatography with detection techniques NMR spectroscopy, mass spectrometry (MS) and diode array detection (DAD). (http://sct.uab.cat/sermn/en/content/complex-mixtures)
Non-invasive manner to record high-resolution MRI images, and do spectroscopy focused on biological samples, small animals or plants, and other materials (http://sct.uab.cat/sermn/en/content/magnetic-resonance-imaging-mri)
Hyperpolarization of samples allows to work with highly polarized nuclear spins in solution, afording a considerable sensitivity gain (http://sct.uab.cat/sermn/en/content/dnp-0)
