|
|
Prediction of gravity quantities values based on the terrestrial measurements and digital elevation model
Letko, Ivan ; Doudová, Lenka (referee) ; Machotka, Radovan (advisor)
The main objective of this master thesis is random equipartition concentration of measured gravimetric points in the area of interest pursuant by digital terrain model. Remove-Compute-Restore method was used for this purpose. In this thesis normal acceleration of gravity, topographic effect and Faye anomaly were subtracted from measured gravity. The result is Bouguer anomaly with general topographic effect which is interpolated for concentration points. We obtained predicated values of gravity after the restoration of subtracted effects. The main result of the thesis is the map of real gravity and precision evaluation of used method. Furthermore, the reductions of gravity, interpolation methods in programme ArcGIS, Remove-Compute-Restore method and the term of digital terrain model are explained in the thesis.
|
|
|
Infekce primárních makrofágů a dendritických buněk virem klíšťové encefalitidy
DOUDOVÁ, Lenka
The aim of this thesis was to investigate the effect of tick-borne encephalitis virus on primary macrophages and dendritic cells. The primary cells were derived from murine bone marrow (mice strain C57Bl/6N). Tick-borne encephalitis infection was performed by using two European subtypes, namely Hypr and Neudörfl. Viability of macrophages and dendritic cells was determined using the Alamar BlueTM assay. Relative quantification of viral RNA was done by qRT-PCR and calculated using Ct method. Virions released into media were measured using plaque titration assay.
|
|
|
Membrane compartment of Can1 (MCC): specialized functional microdomain of the yeast plasma membrane
Doudová, Lenka ; Malínský, Jan (advisor) ; Vopálenská, Irena (referee)
Membrane compartment of Can1 (MCC): specialized functional microdomain of the yeast plasma membrane Yeast plasma membrane is divided into several different compartments. Membrane compartment of Can1 is specific for its protein and lipid composition, furthermore it creates furrow-like invaginations on the plasma membrane. These invaginations are made by multiprotein complexes called eisosomes, which are located in the cytosolic side of MCCs. It was established that this domain plays an important role in response to various environmental stresses. Sur7 and Nce102 are transmembrane MCC proteins of unknown function. Sur7 is most likely a structural protein within MCC, Nce102 is probably important in regulation of kinases associated with MCC/eisosomes. Key words: biological membrane, membrane microdomains, eisosome, S. cerevisiae, Sur7, Nce102
|
|
|
Prediction of gravity quantities values based on the terrestrial measurements and digital elevation model
Letko, Ivan ; Doudová, Lenka (referee) ; Machotka, Radovan (advisor)
The main objective of this master thesis is random equipartition concentration of measured gravimetric points in the area of interest pursuant by digital terrain model. Remove-Compute-Restore method was used for this purpose. In this thesis normal acceleration of gravity, topographic effect and Faye anomaly were subtracted from measured gravity. The result is Bouguer anomaly with general topographic effect which is interpolated for concentration points. We obtained predicated values of gravity after the restoration of subtracted effects. The main result of the thesis is the map of real gravity and precision evaluation of used method. Furthermore, the reductions of gravity, interpolation methods in programme ArcGIS, Remove-Compute-Restore method and the term of digital terrain model are explained in the thesis.
|
guest ::
RSS feed.