Course Information

Course Name	Turkish	Mikrobiyal Genetik
	English	Microbial Genetics
Course Code	MBG 622E	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	-	3	-	-	-
Course Language		English
Course Coordinator		Ayten Karataş
Course Objectives		The basic terms and definitions used in microbial genetics, types of mutations and genetic analysis, plasmids, molecular mechanisms of bacterial conjugations, transformations, development of natural competans and transductions, genetics of bacteriophage, transpositions and integrons, global regulatory mechanisms
Course Description		The basic terms and definitions used in microbial genetics, types of mutations and genetic analysis, plasmids, molecular mechanisms of bacterial conjugations, transformations, development of natural competans and transductions, genetics of bacteriophage, transpositions and integrons, global regulatory mechanisms
Course Outcomes		Ph.D. students who successfully pass this course I. Know the basic terms and definitions used in microbial genetics II. Types and mechanisms of mutations and genetic analysis III. Structure and classifications of plazmids, molecular mechanisms of plazmid replication and kontrol systems, mechanims to prevent the curing of plasmids IV. Moleküler mechanisms of microbial cojugations and control systems. Applications of conjugations, chromosome mapping by Hfr crossing V. Moleküler mechanisms of microbial transformations and control systems. Molecular mechanisms of development of natural competence VI. Moleküler mechanisms of general and specialized transductions. Molecular mechanisms of bacteriophage lytic and lysogenic life systems. VII. Types and structures of transpsons, types and regulation of transpositions. Structures of Integrons. Know the roles and importance of transposon and integrons in the evolution. VIII. Mechanisms of homolok and site-spesific rekombinations. The role site –specific recombinations as in the case of gene regulations. IX. Molecular mechanisms of global regulatory systems. How microbes adapt to environment and talk to each other. X. New trends and applications in microbial genetics
Pre-requisite(s)
Required Facilities
Other
Textbook		Snyder, L., Champness W., 2007, Molecular Genetics of Bacteria (3th Edition),ASM Press , Washington
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