Realization of internships in public or private institutions or companies, as part of a work plan with the objective of applying and complementing the acquired training, providing students with on-hand experience in the professions and developing skills that foster their entry into the job market.Collaboration and involvement in business or institutional tasks that the student is entrusted to carry out by the tutor and company or institution where they do their work placement.The internship in companies will be regulated by an internship agreement signed between the University and each company or institution that provides the work placement.
|
OPoptional |
6.00 |
F |
1first semester |
| J |
Aannual |
| S |
Aannual |
Role and action mechanisms of the essential elements of living organisms.Main functions.Toxicity.Metals in medicine.
|
OPoptional |
3.00 |
QM |
1first semester |
Biogenesis and chemical reactivity of natural products
|
OPoptional |
3.00 |
QM |
1first semester |
Biomolecular moulding.Computational chemistry.Computational techniques for the design of drugs and enzymes.Structure-activity relation of molecules of pharmacological interest.Packages of quantum chemistry, molecular mechanics and molecular dynamics.Applied molecular science.
|
OPoptional |
3.00 |
QM |
1first semester |
Rules and models of quality and principles of the good laboratory practices.Recovery of biotechnological products
|
OPoptional |
3.00 |
QM |
1first semester |
Recovery of biotechnological products.Design of strategies and units of operation
|
OPoptional |
3.00 |
QM |
2second semester |
General concepts of quality management.Quality systems in the laboratory (ISO 9001:2008, ISO/IEC 17025:2005, BPL).Quality system documentation.Uncertainty.Quality control and assurance.Intercomparison exercises.Validation.
|
OPoptional |
3.00 |
QM |
2second semester |
Introduction to green chemistry: the 12 principles.Identification and assessment of toxic chemical products.Alternative solvents.Renewable raw materials.Design of reactions and efficiency: atom economy, energy efficiency and use of catalysts.Waste minimisation.
|
OPoptional |
3.00 |
QM |
2second semester |
Introduction.Organometallic compound classification.Metal-carbon bond. General properties of organometals and transition metals.Types of organic bonds.Bonds and typical reactions.Sigma-donor ligands.Sigma-donor/pi-acceptor ligands.Sigma, pi-donors/pi-acceptors ligands.
|
OPoptional |
3.00 |
QM |
1first semester |
Structural and chemical study of the main aromatic heterocycles.Synthesis of heterocyclic drugs.
|
OPoptional |
3.00 |
QM |
1first semester |
Study of the main strategies of organic molecule synthesis.
|
OPoptional |
3.00 |
QM |
1first semester |
Principles based on thermodynamic laws.Principles based on the molecular structure.Principles derived from the analysis of molecular orbitals.Principles derived from the study of the electron density (Density functional theory)
|
OPoptional |
3.00 |
QM |
1first semester |
Study, understanding and interpretation of the spectroscopic techniques used in the characterisation and study of inorganic compounds.The different types of magnetic behaviours and their application to transition metal compounds are also studied.
|
OPoptional |
3.00 |
QM |
2second semester |
Structure determination of organic and organometallic compounds.Mass spectrometry.One- and two-dimensional nuclear magnetic resonance spectroscopy of protons, carbon-13 and heteronuclear species.X-ray diffraction.
|
OPoptional |
3.00 |
QM |
2second semester |
Interaction of the radiation with matter, vibration spectra, electron spectra, magnetic resonance, lasers.
|
OPoptional |
3.00 |
QM |
2second semester |
Techniques of surface analysis.Mass spectrometry, couplings with chromatography.Sensors.Radiochemical methods.
|
OPoptional |
3.00 |
QM |
2second semester |
Analytical chemistry applied to process control. Analytical systems in real time.Automation.Applications in the pharmaceutical, agri-food, petrochemical and polymer industries.
|
OPoptional |
3.00 |
QM |
2second semester |