|Degree Code:||Degree Name:||MASTER OF SCIENCE IN BIOTECHNOLOGY|
|Degree Description:||Click to View|
|Level : Non Specified|
|Semester: Non Specified|
|Course Code||Course Name||Course Hours|
|SBB 607||Applied Microbiology||60||View Description|
Applied Microbiology Description
Evolution and systematics of bacteria; Structure, nutrition and growth of bacteria; Sterilization and disinfection; Antibiotics; Introduction to bacterial genetics; Control of gene activity in bacteria; Recombination in bacteria; Examples of microbial symbiosis; Introduction to medical and applied microbiology; Comparative Metabolism with an Emphasis on Food Microbiology and Antibiotic Production, Microbial Ecology and Environmental Microbiology, Diversity Overview Extreme Environment Microbiology with an Emphasis on Novel Enzymes Restriction Enzymes, Microbial Taxonomy, Microbial Databases, microbial Phylogenetics, Microbial biotechnology and genomics. Analyzing and modeling metabolic pathways in microorganisms. Functional genomics tools and devices for microbiology. Bacterial expression profile analysis techniques, Genetic profiling in microorganisms, Culture collections and the supply of authentic cultures and services for industrial and research, (Bacterial, fungal) as a biotechnology resource. Harvesting molecular diversity, biology
|SBB 606||Genomics And Proteomics||60||View Description|
Genomics And Proteomics Description
Applications of sequencing research and technology linkages between, proteomics and informational aspects of functional genomics. Sequence analysis, Strategies for Genome Analysis, Functional genomics, Expression profiling, Proteomics, Protein Interactions, Determination of essential genes (Structure, properties and Computer Identification of Genes), Antisense technologies, Expression profiling in Eukaryotes, Analyzing and Modeling Metabolic pathways, Engineering metabolic pathways, Functional Genomics tools and devices, Micro arrays, 2-hybrid technologies, Phage display technologies, Comparative genome analysis, Genome organization and evolution, Genome sequence analysis, Current trends in glycomics, lipidomics, infectomics, Trends and future Developments.
|SBB 605||Programming And Data Structures||60||View Description|
Programming And Data Structures Description
Programming with Perl: Introduction to Perl; Scalar data; control structures; lists, arrays and hashes, program flow and subroutines, files and directories, regular expressions; packages and modules; interacting with databases using the Perl database interface; writing common gateway interface (CGI) programs, cross-platform functions and issues; error messages and debugging, advanced features and concepts. Data structures and algorithms: Some uses for data structures and, overview of data structures, overview of algorithms; arrays, ordered arrays, bubble sort, insertion sorts. Abstract data types (ADT): Stacks, queries & priority queries, linked lists, implementing ADTs, Specialized lists, recursion, applied recursion, quick sort, trees, hash tables, general and special purpose data structures
|SBB 603||Mathematics And Statistics||60||View Description|
Mathematics And Statistics Description
Differential and Integral calculus and their real life applications. Matrix Algebra and applications. Vector Algebra in real dimensional space. Differential equations; ordinary and partial differential equations, solutions and applications. Introduction to mathematical modeling techniques; deterministic and stochastic approaches. Descriptive statistics. Probability and statistical inference. Applications in classification problems, Chi squared goodness of fit tests. Use of modern statistical applications software.
|SBB 602||Applied Bioinformatics||60||View Description|
Applied Bioinformatics Description
Introduction to Bioinformatics, Algorithms for Bioinformatics, sequence alignment algorithms, Bioinformatics tools for DNA and protein sequence analysis, NCBI Data Model, Archives and Information Retrieval, Database and Database Searching, Sequence searching and analysis (DNA and Protein), Database Surveys, pattern analysis, Image analysis and pattern analysis, Phylogenetics, Multiple sequence Alignment, phylogenetic inference, genetic and physical mapping, gene finding, sequence family clustering and classification, Genome Analysis, Protein Structure prediction, Structural Genomics, Systems Biology
|SBB 601||Molecular Biology And Genetic Engineering||60||View Description|
Molecular Biology And Genetic Engineering Description
The study topics include: cell structure (prokaryotic and eukaryotic), review of organization of genes and transcription units. Description of Mutagenesis, Genetic Exchange Processes, Cell Fusion, Gene Mapping, Gene characterization, Transposable Elements, Gene cloning, Gene Expression, Synthesis of Oligonucleotides, Polymerase, Chain Reaction (PCR), Transposons, Transformation Vectors, Recombinant Proteins, Gene Ampli Mutagenesis, Genetic Exchange processes, Aptermer and ribosomes as therapeutics, RNA target therapy, Transformation Vectors, Recombinant Proteins, Expression and manipulation of transgenes in cells, Gene Amplification, Eukaryotic transformations and knockouts, Anti-sense RNA, identification of specific genes of interest, Enzyme directed molecular evolution and DNA shuffling, Transfection strategies, Transgenic Plants and Animals.
|SBB 609||Computer Architecture And Operating Systems||60||View Description|
Computer Architecture And Operating Systems Description
Computer systems overview, The architecture and function of a typical computer, Modern computer architectures. Overview of operating systems, the user view of an operating system, the internal operating system, File management, Programming tools. Overview of Linux operating system: introduction, distributions, installation, using Linux (session and logging in, file tree and file paths, command language interpreter); Linux user interface and software, basic scripting, Linux and networking, inside Linux.
|SBB 611||Database Management Systems||60||View Description|
Database Management Systems Description
Overview, Graphics Primer, Visualization Data Representation, Visualization Algorithms, Volume Rendering, Advanced Visualization Algorithms, Web-based Visualization, Scattered Data Visualization, Error Analysis in Visualization, Rule-based Visualization, Information Visualization.
|SBB 608||Internet Technologies And Applications||60||View Description|
Internet Technologies And Applications Description