|
|
Analysis of German Electricity Market
David, Vojtěch ; Kracík, Jiří (advisor) ; Čornanič, Aleš (referee)
Bachelor thesis analyses situation at electricity market in Germany. It shows historical development of liberalization of monopolist market. Structure of market is investigated. Thesis comments other legislation and its dependency. Granger causality test did not derive any causality between real GDP and electricity consumption. There was used data from 1970 to 2009. Thesis comments environment in point of German view. Thesis predicts next development.
|
|
| |
|
|
Analysis of German Electricity Market
David, Vojtěch ; Kracík, Jiří (advisor) ; Čornanič, Aleš (referee)
Bachelor thesis analyses situation at electricity market in Germany. It shows historical development of liberalization of monopolist market. Structure of market is investigated. Thesis comments other legislation and its dependency. Granger causality test did not derive any causality between real GDP and electricity consumption. There was used data from 1970 to 2009. Thesis comments environment in point of German view. Thesis predicts next development.
|
|
|
High-throughput analysis of uridine insertion and deletion RNA editing in \kur{Perkinsela}
DAVID, Vojtěch
This thesis is a follow-up of my Bachelor thesis about the mitochondrial genome of kinetoplastid protist Perkinsela sp. This work introduces a novel approach in high-throughput analysis method of uridine insertion and deletion RNA editing, describes its background and proposes its further development. Its effect on the interpretation of U-indel editing, both in Perkinsela and in general, is demonstrated via attached manuscript which also introduces other biologically relevant aspects of Perkinsela mitochondrion.
|
|
|
Assembly and annotation of a mitochondrial genome of kinetoplastid protist \kur{Perkinsela}.
DAVID, Vojtěch
This thesis is based on a collaborative project between Laboratory of Molecular Biology of Protists led by Prof. Julius Lukeš and the laboratory of John Archibald (Department of Biochemistry & Molecular Biology, Dalhousie University, Canada). My contribution to the project, as the name of the thesis suggests is to process DNA and RNA sequencing data from Neoparamoeba pemaquidensis isolate that correspond to the mitochondrion of Perkinsela, also called Ichthyobodo-related organism (IRO). The main aim is to characterize mitochondrial gene content and to attempt to understand the mechanism of U-insertion/deletion RNA editing in Perkinsela and its evolution.
|
guest ::
RSS feed.