Online Training
100 hours
Spanish
In the field of Chemistry it is necessary to know the different fields of biotechnological analysis, within the professional area of the Chemical Process. Thus, this course aims to provide the necessary knowledge related to bioinformatics.
Instituciones educativas
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Multilingual support
Digital certificate included
Assistant Phia
- Handle computer programs necessary for processing information of interest in biotechnology. - List and describe the fundamental logical systems for searching data in molecular biology and navigation tools. - Distinguish and perform the necessary actions to recognize and modify annotations in specific languages. - Explain the main components of a computer, its peripherals and software based on their function and usefulness in biotechnology. - List and describe the fundamental logical systems for searching data in molecular biology and navigation tools. - Distinguish and perform the necessary actions to recognize and modify annotations in specific languages. - Relate operations with different databases, identifying their interoperability and comparing records. - Determine the appropriate values when carrying out the search, integrating the appropriate support tools and graphic representation programs, and performing it efficiently. - Build elementary annotations for reading protein and nucleic acid sequences. - Relate operations with different databases, identifying their interoperability and comparing records. - Prepare the file structure and file systems according to previously established requirements. - Document the parameters used, the results obtained and, where appropriate, the system adaptations. - Identify the different types of memory that make up the computer. - Define the concept of microchip. - Identify the characteristics of the cache memory and the different types of memory that exist. - List the main characteristics of hard drives. - Relate the different portable devices with the actions related to the storage of information. - Describe tools for genome analysis. - Perform genome comparisons to identify and store observed differences. - Describe and identify the different computational methods most commonly used in bioinformatics. - Describe and use optimization processes and genetic algorithms to facilitate identification tasks. - Describe and document different phylogenetic reconstruction methods. - Describe the methods of analyzing big data in functional genomics and proteomics. - Identify the procedures for comparing protein structures. - Describe and use the most commonly used methods for predicting the linear structure of proteins. - Represent the methods of fitting between proteins, and between small molecules and proteins.
Professionals in the field of Chemistry, who carry out their activity both as employees and as self-employed, in public or private companies, dedicated to carrying out chemical process activities and biotechnological analysis.
This training conforms to the training itinerary of the Training Module MF1537_3 Bioinformatics, certifying having passed the different Units of Competence included in it, and is aimed at the accreditation of the Professional Competencies acquired through work experience and non-formal training, through which you will be eligible to obtain the corresponding Certificate of Professionalism, through their respective calls published by the different Autonomous Communities, as well as the Ministry of Labor itself. (Royal Decree 659/2023, of July 18, which develops the organization of the Vocational Training System and establishes a permanent procedure for the accreditation of professional skills acquired through work experience or non-formal training).
