Servicios tecnológicos
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It is based on the sitting drop vapour diffusion technique.
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Esto se aplica principalmente a sensores químicos, pero el grupo está trabajando para ampliarlo a cualquier tipo de instrumentación portátil, incluidos sensores comerciales
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Desarrollo de medicamentos celulares
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Desarrollo de productos biodegradables de limpieza para superficies duras.
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Desarrollo de programas para diversos ámbitos que no requieran de técnicas bioinspiradas para resolver problemas
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Design of enzymatic processes for obtaining peptides, structured lipids and resistant starches
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Design of new radiopharmaceuticals based on controlled viscosity gels for diagnosis and localised therapy. - To carry out studies about the composition and homogeneity of pharmaceutical forms. - Verification of the authenticity ...
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Designing carbon materials for specific applications in adsorption processes
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Mediante técnicas físicas (RMN, Masas, IR, UV-vis), químicas (correlación química) y cálculos teóricos.
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Determination of active principles, hormones, etc., using radioimmunoassay techniques
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Determination of environmental radioactivity in different matrices: water (drinking, surface or underground), food, sedimentary soil and air samples
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Determination of enzymatic activities related to the metabolism and the mechanisms of action of non persistent pesticides (serum cholinesterase, erythrocyte acetylcholinesterase, paraoxonase PON1, carboxylesterase, acylpeptide hydrolase (APH), neuron-specific enolase (NSE ...
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(heavy metals: Cd, Pb, Hg, Cr, Mn, Cu, Zn and metalloids: As) in various biological fluids (blood, urine, hair, saliva) by means of atomic absorption spectrophotometry.
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Suspensiones y emulsiones.
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Determination of the serum phenotype of cholinesterase (atypical, silent variants, etc.) and paraoxonase (PON1).
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Determination of viscosity and viscoelastic properties of suspensions, emulsions and oils for industries: ceramics, pharmaceuticals, lubricants, food and phytosanitary
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Determining foaming of tensioactives and detergents using the Ross Miles method
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Determining macropore and mesopore volumes using mercury porosimetry
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Determining micropore volumes and surface area by gas adsorption
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Determining ozone in aquatic and gaseous media