Última generación de sistemas luminiscentes multiconmutados en flujo con aplicación en los campos agroalimentario y farmacológico

  1. Jiménez López, Julia
Dirigida por:
  1. Antonio Ruiz Medina Director
  2. Pilar Ortega Barrales Codirectora

Universidad de defensa: Universidad de Jaén

Fecha de defensa: 26 de noviembre de 2018

Tribunal:
  1. Jose Manuel Costa Fernandez Presidente/a
  2. Mª Luisa Fernández de Córdova Secretaria
  3. Sandra Sofía Mota Rodrigues da Silva Aguilar Vocal
Departamento:
  1. QUÍMICA FÍSICA Y ANALÍTICA

Tipo: Tesis

Teseo: 583573 DIALNET lock_openRUJA editor

Resumen

In this Report, several scientific/technical improvements concerning the development and the application of automated flow systems are proposed. The systems developed were applied to the analysis of molecules of different nature in the pharmacological and agri-food fields, showing its versatility and its analytical applicability. The research here described gave origin to nine scientific publications in scientific international journals. Special emphasis was placed on increasing the level of automation of the flow sensors described to date, particularly improving the potential of multicommutated flow injection analysis methods. The selection of luminescent detection techniques was performed by paying special attention to two aspects: a) increasing the selectivity of the analytical methods; b) the use of detection techniques that have been underused in flow systems, such as Photochemically Induced Fluorescence. Likewise, fluorescent nanoparticles have been used to carry out the luminescent determination of analytes that do not exhibit native fluorescence.