Home > Search Results: doc. RNDr. Milan Bartoš. Ph.D.
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National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Analysis of coronavirus by QRT-PCR and possible therapy by nanoliposomal carriers of recombinant antigens
 Krchová, Lenka ; doc. RNDr. Milan Bartoš. Ph.D. (referee) ; Turánek, Jaroslav (advisor)
This thesis deals with the study of coronaviruses, their diagnostics and subsequently the possible construction of a recombinant vaccine based on liposomal carriers of recombinant antigens. The experimental part of the thesis touches upon two levels. First, the diagnosis of SARS-CoV-2 virus was measured and investigated by real-time PCR. Biological material of a large number of patients was worked with. Together with the basic determination of the presence of the virus, the stability of the viral particle over time, its resistance to temperature changes, the effect of dilution of the carrier medium on the Ct value and other sub-experiments were investigated. From all the metadata, the most useful variant for pathogen diagnosis is finally evaluated. The experimental part is then followed by a possible therapy with recombinant vaccines. This issue is very topical and moves the whole professional community. Liposomes have been prepared which serve as carriers of bioactive substances in recombinant vaccines. The liposomes were homogenized by extrusion to the desired size and variously surface modified. Antigen binding, stability over time and possible degradation were investigated. Liposomes were characterized by DLS, nanoflow cytometry and electron microscopy.
Detailed record
Analysis of coronavirus by QRT-PCR and possible therapy by nanoliposomal carriers of recombinant antigens
 Krchová, Lenka ; doc. RNDr. Milan Bartoš. Ph.D. (referee) ; Turánek, Jaroslav (advisor)
This thesis deals with the study of coronaviruses, their diagnostics and subsequently the possible construction of a recombinant vaccine based on liposomal carriers of recombinant antigens. The experimental part of the thesis touches upon two levels. First, the diagnosis of SARS-CoV-2 virus was measured and investigated by real-time PCR. Biological material of a large number of patients was worked with. Together with the basic determination of the presence of the virus, the stability of the viral particle over time, its resistance to temperature changes, the effect of dilution of the carrier medium on the Ct value and other sub-experiments were investigated. From all the metadata, the most useful variant for pathogen diagnosis is finally evaluated. The experimental part is then followed by a possible therapy with recombinant vaccines. This issue is very topical and moves the whole professional community. Liposomes have been prepared which serve as carriers of bioactive substances in recombinant vaccines. The liposomes were homogenized by extrusion to the desired size and variously surface modified. Antigen binding, stability over time and possible degradation were investigated. Liposomes were characterized by DLS, nanoflow cytometry and electron microscopy.
Detailed record

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