Practicals in the utilisation of different programmes of calculation and application of methodologies for the treatment of systems and molecular data.
|
OPoptional |
3.00 |
EJ |
2second semester |
The concept of quality.Rules and models of quality: normalisation, certification, accreditation.The principles of the Good Practicals of Laboratory.Guarantee of the quality.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
Introduction to the control of chemical processes.Analysis and design of control systems.Systems of advanced control.Instrumentation of processes
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
Foundations of biotechnological products recovery.Design of strategies and units of operation.Systems of validation and analysis. Manufacturing.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
Definition and principles of green chemistry.Atomic economy, minimisation of rejection products.Planning of new methodologies
|
OPoptional |
3.00 |
BT |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Analytical methodology for determining substances of biological, clinical and pharmaceutical interest. Immunochemical analysis.Sensors and biosensors.Advanced methodologies in chromatography and spectrometry of masses.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Obtaining and embryonic manipulation.Techniques of transgènesis and mosaic organisations.Inactivation of the genic expression and ARN of interference.Cloning and mother cells.Applications of the OGM: basic research and commercial productions.Problems of the OGM.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
Protein design.General tools for protein engineering.De novo protein design and redesigning natural proteins.Applications of protein engineering.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
| SJ |
2second semester |
Definition.Stages of the production of biotechnological drugs.Therapeutic targets.Introduction to biotechnological drug design.
|
OPoptional |
3.00 |
BT |
1first semester |
| RA |
1first semester |
| SJ |
2second semester |
Techniques of cell crop, principles and applications.Aseptic methods, conditions specific to laboratory and equipment. Propagation, maintenance and conservation of cell cultures. Plant cell lines. Animal cell lines. Specific cultures of protozoa with medical interest.Application of the cell crops to the biotechnological development.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
| SJ |
2second semester |
Biodegradation and bioaccumulation.Strategies of bioremediació: biostimulation and bio-increase.Degradation of the organic subject area, bio-elimination of waste and of nitrogen.Design of organisations modified genetically for bioremediació.Biodegradation of natural compounds and bioremediació of the oil.Transformations and bioremediació of xenobiotic.Bioplastics.Resistance and microbial transformations of toxic metals.Biocontrol.
|
OPoptional |
3.00 |
A |
1first semester |
| RA |
1first semester |
In vitro cultivation of mammal cells. Applications of animal cell culture.Transgènesi: methods to create transgenic animals.Transgenic and clònics.Techniques for improving fertilization, production and animal health.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
In vitro culture. Biology of in vitro cells and tissues. Micro-propagation. Somaclonal variation Cryo-preservation. Production of compounds of interest for crops in vitro. Large scale crop production. Introduction to the molecular biology of plants.Genetic plant engineering.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Modern techniques in microbiology, biotechnology and food analysis.Applications of the biotechnology to the development of foods. Biotechnological advances in food security. Genetically modified foods.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Definition of molecular scoreboard.Type of scoreboards and detection.Techniques of genotipatge. Of the phenotype in the gene: genetic maps, QTLs and studies of association.Forensic genetics and traceability.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Organisation of the ADN and of the chromosome.Sequencing and resequencing techniques.Elements and structure of the genome.The ADN coding and not coding.Genome types and databases.Applications of genomics: comparison of genomes.
|
OPoptional |
3.00 |
BT |
1first semester |
| EF |
1first semester |
| EJ |
2second semester |
| RA |
1first semester |
Functioning of the bacterial cell.Analysis of internal and external structures.Behaviour and adaptation of the bacterial cell in answer to external conditions.Application of new study methodologies.Metabolic models.Regulation mechanisms.Mechanisms of molecular signalling.
|
OPoptional |
3.00 |
BT |
2second semester |
| EF |
1first semester |
| RA |
2second semester |
Structure, organisation and variability of viruses.Virus cultivation and quantification methods. Regulation of the viral cycle in bacteriophages, lytic interaction and lysogenic phenomenon. Bacteriophages and plasmas. Animal viruses: classification, structure and means of replication. Plant viruses: structure classification and means of replication. Pathogenesis, diagnosis and epidemiology of viruses. Viroids and prions.
|
OPoptional |
3.00 |
BT |
2second semester |
| EF |
1first semester |
| RA |
2second semester |
Cell bases of the immunity and the inflammation.Foundations of the defence mechanisms animal.Type of immunity.Immunodeficiencies.Immunological techniques.
|
OPoptional |
3.00 |
BT |
2second semester |
| EJ |
2second semester |
| RA |
2second semester |
Cell and molecular bases in neurobiology. Neurobiology of cognitive processes.
|
OPoptional |
3.00 |
BT |
2second semester |
| EJ |
2second semester |
| RA |
2second semester |
Cellular communication mechanisms. Transduction of signals and cell response.
|
OPoptional |
3.00 |
BT |
2second semester |
| EF |
1first semester |
| RA |
2second semester |
Description of the main chemical processes that are taken to industrial term at scale.Main technical, economic and environmental aspects associated with these processes.
|
OPoptional |
3.00 |
EJ |
2second semester |
Carry out supervised practicals as part of a project.Collaboration and implication in the entrepreneurial or institutional tasks that entrust themselves to the pupil for the tutor and to the company or institution where they are carried out.The supervised learning period in a company is regulated by a company work placement agreement signed by the university and each of the companies or institutions where the work placements take place.
|
OPoptional |
6.00 |
ITSELF |
Aannual |
| F |
1first semester |
| J |
Aannual |
| RA |
Aannual |
| S |
Aannual |
Theory of probability.Statistical inference.Experiments with only one factor.Linear models. Non-parametric contrasts. Multivariate descriptive analysis applied to scientific experimentation.
|
OPoptional |
6.00 |
BT |
1first semester |
| RA |
1first semester |
| SJ |
2second semester |