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Services
- 1/2 day system reservation (authorized persons only)
- 2D-PAGE gel (Coomassie blue or silver stain and image acquisition)
- 2D/3D drawings
- 3D printing
- 3D Scan
- 3D scanning of archaeological pieces of small and medium size
- 4 Hours use (15.00-19.00 h)2G magnetometer (1 month)
- Aditional Thermal step
- AF Demagnetization (10 steps)
- AF Demagnetization (10 steps)
- AFM Multimode nanoscope III A (BRUKER)
- Amplicon library (16S metagenome, ITS, others)
- AmpliTaq-Gold PCR reaction
- Analysis by FT-IR Spectroscopy
- Analysis by GC-MS Chromatography
- Analysis by Ion Chromatography (IC)
- Analysis by Optical Microscopy
- Analysis by Scanning Electron Microscopy (SEM)
- Analysis by UV-Visible Spectrophotometry
- Analysis by X-ray Diffraction
- Analysis CHN/CHNS
- Analysis of agarose gel
- Analysis of DNA fragments (including marker)
- Analysis of DNA Fragments (including marker) (> 48 samples)
- Analysis of ellipsometric data
- Analysis of photon correlation data
- Analysis of Raman spectra
- Analysis of Sm-Nd by Isotope Dilution (from 1 to 5 samples)
- Analysis of Sm-Nd by Isotope Dilution (more than 5 samples)
- Analysis of Sr and Nd by Isotope Dilution (from 1 to 6 samples)
- Analysis of Sr and Nd by Isotope Dilution (more than 6 samples)
- Analysis of the Nd isotope composition
- Analysis of the Pb isotope composition in sulfides
- Analysis of the Sr and Nd isotope composition
- Analysis of the Sr isotope composition in low Rb content materials (from 1 to 10 samples)
- Analysis of the Sr isotope composition in low Rb content materials (more than 10 samples)
- Analysis of the Sr isotope composition in water samples (from 1 to 10 samples)
- Analysis of the Sr isotope composition in water samples (more than 10 samples)
- Analysis of the Sr isotope composition in whole rock samples (silicates)
- Angular intensity distribution
- Animal Maintenance
- Applied magnetic field dependence of magnetization at high temperature
- Applied magnetic field dependence of magnetization at low temperature
- Audio Production
- Audiometer
- AV 250 MHz - BACS-60 (Pharmacy). Use of the equipment at nigth
- AV 250 MHz - BACS-60 (Pharmacy). Use of the equipment during daylight hours
- AVIII 700 MHz - Use of the equipment (with technician) during daytime.
- AVIII 700 MHz - Use of the equipment at night.
- AVIII 700 MHZ- Sample Preparation
- AVIII HD / DPX 300 MHZ - Sample Preparation
- AVIII HD 300 MHz BACS-60 - Equipment Usage
- Bartington (4 hours use)
- Brewster angle or ellipsometric image
- Calibration digital cameras (DSLR)
- Carrera NextSeq 2000 P3X 300 cycles
- Characterization and reports on holographic gratings
- Characterization lamps spectrum
- Characterization of a CCD detector
- Characterization of an optical filter
- Characterization optic fiber and other elements
- Clean room use
- Competitive open access ICTS radiotracers
- Cryotomy of frozen samples
- Data analysis
- Design and setup of optical and charged particle (ions, photoelectrons) detection systems
- Design of electromechanical systems
- Designs and experimental analysis
- Determination of Cation Exchange Capacity (CEC)
- Determination of exact mass of a pure compound
- Determination of mercury by Atomic Fluorescence Spectrometry (CV-AFS)
- Determination of TOC
- Deuterated Solvents
- Development of software for instrumentation and measurement
- Diagnostic services for optical systems and detection systems
- Differential refraction index
- Digitalization/Duplicate
- DNA fragments analysis
- DNA HS quality analysis - Tape Station
- DNA Library (Illumina)
- DNA sequencing with Concentration Adjustment
- DNA Standard Sequencing
- DNA Standard Sequencing (> 48 plate samples)
- DNA/RNA quality analysis - Tape Station
- Documentales científicos y divulgativos
- ECR CVD
- Elaboration of tables, graphs and figures
- Electromechanical equipment repair
- Electron Probe Micro Analyzer EPMA JXA8900
- Elementary Chemical Analysis
- Ellipsometric thickness measurement
- EPR Bruker EMX - Equipment use- Out of service
- EPR Bruker EMX - Sample preparation
- Evaporation
- EXO SAP cleaning
- Express sequencing tube
- Eye movements and pupilometry
- Fabrication and repair of any prototype of glass
- Fabrication of custom bulbes in borosilicate glass
- Fabrication of vacuum installations
- Femtosecond laser pulse characterization (FROG, Dazcope)
- Femtosecond laser pulse irradiation of electronic devices
- Femtosecond pulse shaping
- Femtosecond pulsed laser deposition of thin films and nanostructured materiales
- Flow citometry, data analysis
- Flow citometry, sorting
- Flow Cytometry (3-4 lasers)
- Flow cytometry, acquisition
- Fluorescence lifetimes
- Fluorescence microscopy
- FTIR ATR spectrum
- FTIR transmission spectrum
- Gas chromatography separation
- Gases and cryogenic liquids for variable temperatures
- Gene expression analysis - Affymetrix platform
- Geophysical Survey with 3D Georadar
- Geotechnical Testings: Atterberg Limits, moisture content, density...
- Granulometric analysis
- Grazing angle FTIR spectrum
- Growth of a thin film, a heterostructure or a superlattice
- HD Recording Set
- Helium leak detection
- High pressure and temperature experiment request
- High Pressure synthesis and temperature
- High Resolution Nuclear Magnetic Resonance Spectroscopy (HR NMR)
- Hysteresis loop (Ta Max Fielf 1T)
- Identification of proteins by peptide fingerprint (MALDI-TOF / TOF)
- Identification Of Proteins by Peptide Fingerprint and Fragmentation
- Infrared map
- Infrared spectra analysis
- Installation and optimization of a new target (10 samples)
- Introduction to NMR
- Ion Implantation
- IOPI 2.3
- IP autorization for high pressure and temperature experiments
- IP autorization for magnetic measurements
- JEM ARM200CF: with corrected aberration in condensed lens
- JEM ARM300CFEG: with corrected aberration in objective lens
- LABVIEW/ARDUINO programming
- Laser ablation, desorption/ionization and MALDI of solid samples in tandem with time-of-flight mass spectrometry
- Laser induced breakdown spectroscopy
- Laser scanning confocal microscopy
- Laser Surface modification
- Liquid chromatography separation
- Liquid nitrogen supply
- Lithography
- Magnetic Measurement Request
- MALDI
- Mass spectra of pure compounds
- Micro-FTIR spectrum
- Microfabrication of materials with femtosecond laser pulses
- Mini 2D-PAGE gel (Coomassie blue or silver stain and image acquisition)
- Minigel SDS-PAGE
- Mobile Video ENG Equipment
- Mobile Video Equipment ENG HD
- MOCCs
- Molecular identification of microorganisms
- Molecular Mass Determination
- Molecular photochemistry, photodissociation and photofragmentation by means of velocity map ion and photoelectron imaging and nanosecond and femtosecond laser pulses
- Monoelemental determination by GF-AAS Spectrometry
- MS-MS spectra acquisition
- Multielemental determination by X-ray fluorescence spectrometry (FRX)
- Multielemental determination using ICP spectrometry
- MultiTENS
- MyoPlus 2 Pro (Temporarily out of service)
- Nanodrop Spectrophotometric Determination
- NEO 300 MHz - Use of the equipment at night time
- NEO 300 MHz - Use of the equipment during daylight hours
- NEO 400 MHz WB (NMR solid state) - Equipment use and sample preparation
- NEO 500 MHz - Use of the equipment (with technician) during daytime.
- NEO 500 MHz - Use of the equipment at night.
- NEO500 MHz - Sample Preparation
- Neurobit with Bioexplorer
- Non-rutine analysis
- NRM measurment
- nsPLD
- Nucleic acid extraction
- Nucleic acid quantification - QUBIT
- One hour of use of RAITH 50 with technician
- One spinner use to coat the sample with the resist
- Operating rules
- Orthophotos. Digital Surface Models. Photointerpretation. Teledetection. Aereal Images. Aerial Videos
- PCR-Q 384-well
- PCR-Q 384-well run
- PCR-Q 96-well plate
- PCR-Q 96-well run
- PCR-Q Taqman Low Density Array
- Peptide Sequencing
- PET/CT Preclinical molecular imaging
- Photoluminescence of solid and liquid samples
- Photonic correlation spectrum
- Post-Translational Modifications
- Preclinic magnetic resonance imaging
- Preclinical MRI/PET imaging
- Preparation of KBr pellet
- Preparation of reports
- Preparation of samples for ICP
- Preparation of samples for XRD
- Preparative isoelectric focusing
- Protein Identification by LC-MS / MS (Long gradient elution)
- Protein Identification by LC-MS / MS (Medium gradient elution)
- Protein Identification by LC-MS / MS (Short gradient elution)
- Protopytes fabrication
- Quantitative analyses
- Quantitative Proteomics
- Raman map
- Raman or micro-Raman spectrum
- Rayleigh confocal image
- Rb-Sr analysis by Isotope Dilution (from 1 to 5 samples)
- Rb-Sr analysis by Isotope Dilution (more than 5 samples)
- Reportajes, piezas, noticias
- Results Reports
- Reverse transcription reaction
- RNASeq - mRNA library
- RNASeq - totalRNA library
- RTA
- Run MiSeq Sequencing v2 300 cycles
- Run MiSeq v3 150 cycles
- Run MiSeq v3 600-cycle
- Run NextSeq 2000 P1X 100 cycles
- Run NextSeq 2000 P1X 300 cycles
- Run NextSeq 2000 P1X 600 cycles
- Run NextSeq 2000 P2X 100 cycles
- Run NextSeq 2000 P2X 300 cycles
- Run NextSeq 2000 P2X 600 cycles
- Run NextSeq 2000 P3X 100 cycles
- Run NextSeq 2000 P4X 100 cycles
- Salting-out and concentration
- Sample precipitation
- Sample preparation
- Sample preparation for FRX
- Sample preparation for infrared
- Sample preparation for particle size analysis
- Sample preparation for photonic correlation
- Sample preparation for Raman
- Sample preparation for SEM
- SCAN
- Scan analysis
- Scanning electron microscope JSM6335
- Scanning electron microscope JSM6400
- Scanning electron microscope JSM7600
- Scanning microarray 25 x 75 mm (1 fluorophore)
- Scanning microarray 25 x 75 mm (2 fluorophores)
- Scientific congress
- Search in databases
- Sequence Express plate 96 wells
- Series Documentales científicas y divulgativas
- Services for the integration and calibration of entire instruments
- Setup of experimental systems
- Sky photometers calibration
- Sonometer
- Spectral Flow Cytometry
- Tachytoscope
- Target glueing for sputtering
- Targeted proteomics
- Technical Advisory
- Techniques
- Temperature dependence of electric resistivity at low temperatures
- Temperature dependence of heat capacity at low temperatures
- Temperature dependence of magnetization at high temperatures
- Temperature dependence of magnetization at low temperatures
- Thermal Analysis (TG, ATD, DSC)
- Thermal demagnetization (14 steps)
- Thermal demagnetization (18 steps)
- Thermal demagnetization (8 steps)
- Thermomagnetic curve (TMAX 700ºC)
- Topography with GPS TOPCON GR5
- training courses
- Transmission microscope JEM1010
- Transmission microscope JEM1400 plus
- Transmission microscope JEM2100HT
- Transmission microscope CM200FEG
- Transmission microscope JEM3000
- Two-dimensional gel DIGE (3 fluorochrome labeling, 2D-PAGE)
- UDRX_Access to the UDRX analysis computer
- UDRX_Conventional diffraction, grazing incidence, reflectometry, rocking curve, 2th-w thin film and parts.
- UDRX_Low Temperature Single Crystal X-Ray Diffraction
- UDRX_Other measurements not included in the offered standard services
- UDRX_Powder Diffraction by reflection_Conventional measurement
- UDRX_Powder Diffraction by reflection_Conventional measurement_Self-service
- UDRX_Powder x ray diffraction in capillary transmission mode
- UDRX_Powder x ray diffraction in reflection mode in high temperature camera
- UDRX_Powder x ray diffraction in reflection mode using a low temperature camera
- UDRX_Single Crystal Diffraction at room temperature
- UDRX_Special measurements on X'Pert PRO MRD diffractometer. Textures, residual stresses, reciprocal space maps.
- UDRX_Wavelength dispersive X-Ray fluorescence / Quantitative analysis
- UDRX_Wavelength dispersive X-Ray fluorescence / Semicuantitative analysis
- UDRX_Wavelength dispersive X-Ray fluorescence / Trace-elements analysis in geological samples
- UDRX_X ray powder diffraction in reflection mode, Cu Ka1 monochromatic radiation
- UDRX_X-ray diffraction_Pharmacy lab_Powder and bulk samples_phase id, microXRD
- Ultrasonic cleaning
- Ultraviolet Spectroscopic Detection of Nitrite
- Use MMTD (4hours)
- Use MMTD and Bartington (4hours)
- Use of equipment
- Use of femtosecond laser radiation (800 nm, 50 fs, 1 kHz, 1-3.5 mJ/pulso)
- Use of femtosecond laser radiation (800 nm, 50 fs, 1 kHz, less 1 mJ)
- Use of femtosecond laser radiation (UV-VIS-IR, 50 fs,1 kHz, several energies)
- Use of fiber spectrometers UV-VIS-IR (200-1700 nm)
- Use of intensified CCD camera with optical fiber (UV-VIS-IR)
- Use of laboratory (4hours per day, 15.00-19.00)
- Use of nanosecond laser radiation (UV-VIS-IR, 8 ns,10 Hz, several energies)
- Video Edition
- Video Production
- Viewing Room
- Virtual reality glasses
- VMI
- Wide field microscopy
