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  Surname Name Title Thesis status   Supervisors Reviewers Type of thesis Date of def. Title
Student Type of thesis - - - - - - - - - -
Item shown in detail JANÁKOVÁ Includes the selected person into the timetable overlap calculation. Lucie Optimalization of multiplex PCR for contemporary detection of colicins and microcins. Optimalization of multiplex PCR for contemporary detection of colicins and microcins. Thesis finished and defended successfully (DUO).   Janalíková Magda Rösnerová Šárka Master's thesis 1275602400000 04.06.2010 Optimalization of multiplex PCR for contemporary detection of colicins and microcins. Thesis finished and defended successfully (DUO).
Lucie JANÁKOVÁ Master's thesis 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX 0XX

Thesis info Optimalizace multiplex PCR pro současnou detekci kolicinů a mikrocinů

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Name JANÁKOVÁ Lucie Includes the selected person into the timetable overlap calculation.
Acad. Yr. 2009/2010
Assigning department TUBAP
Date of defence Jun 4, 2010
Type of thesis Master's thesis
Thesis status Thesis finished and defended successfully (DUO). Thesis finished and defended successfully (DUO).
Completeness of mandatory entries - The following mandatory fields are not filled in for this Thesis.: Title in English
Main topic Optimalizace multiplex PCR pro současnou detekci kolicinů a mikrocinů
Main topic in English Optimalization of multiplex PCR for contemporary detection of colicins and microcins.
Title according to student Optimalizace multiplex PCR pro současnou detekci kolicinů a mikrocinů
English title as given by the student -
Parallel name -
Subtitle -
Thesis supervisor Janalíková Magda, doc. Mgr. Ph.D.
External examiner Rösnerová Šárka, Mgr.
Annotation V teoretické části diplomové práce byla charakterizována bakterie Escherichia coli, producent antibakteriálních proteinů - bakteriocinů. Byly popsány základní vlastnosti kolicinů a mikrocinů, jejich klasifikace a detekce pomocí metody PCR, která je věnována část teoretické práce. Cílem praktické části bylo nejdříve ověřit metodou PCR identifikaci Escherichia coli u daného souboru kmenů izolovaných z potravin a ověřit specificitu primerů pro detekci E. coli na souboru kmenů E. coli a na souboru kmenů jiných než E. coli a dále optimalizovat multiplex PCR pro detekci bakteriocinů. Byl tedy sestaven systém pro detekci bakteriocinů. Použitím tohoto postupu bylo možno detekovat při jedné reakci dva různé bakteriociny. Tento systém byl aplikován na kolicinogenní kmeny E. coli izolované z chlazené drůbeže. Tyto kmeny produkují osm typů kolicinů a jeden typ mikrocinu. Nejčastěji byly zastoupeny koliciny E7, Ia a Ib.
Annotation in English Escherichia coli, producer of antibacterial proteins - bacteriocins, were characterized in the theoretical part. The basic properties, detection by PCR method and classification of colicins and microcins were described. The aim of this work was at first verified identification of Escherichia coli by PCR in a given set of strains isolated from food. Next part of the work was subjected to verify the specificity of primers for detection of E. coli on a set of E. coli strains and a set of strains other than E. coli. The main aim was to optimize multiplex PCR for the detection of bacteriocins. The system for the detection of bacteriocins was established. It was possible to detect two different bacteriocins in one reaction. This system was applied on colicinogenic E. coli strains isolated from chilled poultry. These strains produced eight types of colicins and one type of microcin. The most frequently were represented in the colicins E7, Ia and Ib.
Keywords polymerázová řetězová reakce (PCR), Escherichia coli, bakteriocin, optimalizace
Keywords in English polymerase chain reaction, Escherichia coli, bacteriocion, optimization
Length of the covering note 65 s., 2 s. obr. příloha
Language CZ
Annotation
V teoretické části diplomové práce byla charakterizována bakterie Escherichia coli, producent antibakteriálních proteinů - bakteriocinů. Byly popsány základní vlastnosti kolicinů a mikrocinů, jejich klasifikace a detekce pomocí metody PCR, která je věnována část teoretické práce. Cílem praktické části bylo nejdříve ověřit metodou PCR identifikaci Escherichia coli u daného souboru kmenů izolovaných z potravin a ověřit specificitu primerů pro detekci E. coli na souboru kmenů E. coli a na souboru kmenů jiných než E. coli a dále optimalizovat multiplex PCR pro detekci bakteriocinů. Byl tedy sestaven systém pro detekci bakteriocinů. Použitím tohoto postupu bylo možno detekovat při jedné reakci dva různé bakteriociny. Tento systém byl aplikován na kolicinogenní kmeny E. coli izolované z chlazené drůbeže. Tyto kmeny produkují osm typů kolicinů a jeden typ mikrocinu. Nejčastěji byly zastoupeny koliciny E7, Ia a Ib.
Annotation in English
Escherichia coli, producer of antibacterial proteins - bacteriocins, were characterized in the theoretical part. The basic properties, detection by PCR method and classification of colicins and microcins were described. The aim of this work was at first verified identification of Escherichia coli by PCR in a given set of strains isolated from food. Next part of the work was subjected to verify the specificity of primers for detection of E. coli on a set of E. coli strains and a set of strains other than E. coli. The main aim was to optimize multiplex PCR for the detection of bacteriocins. The system for the detection of bacteriocins was established. It was possible to detect two different bacteriocins in one reaction. This system was applied on colicinogenic E. coli strains isolated from chilled poultry. These strains produced eight types of colicins and one type of microcin. The most frequently were represented in the colicins E7, Ia and Ib.
Keywords
polymerázová řetězová reakce (PCR), Escherichia coli, bakteriocin, optimalizace
Keywords in English
polymerase chain reaction, Escherichia coli, bacteriocion, optimization
Research Plan I. Teoretická část
  1. Bakteriociny produkované kmeny Escherichia coli.
  2. Metody molekulární biologie využívané pro stanovení bakteriocinů.
  3. Multiplex PCR.
II. Praktická část
  1. Identifikace kmenů E.coli netodou PCR.
  2. Detekce kolicinu a mikrocinu u kolicinogenních kmenů E.coli pomocí PCR.
  3. Optimalizace multiplex PCR.
Research Plan
I. Teoretická část
  1. Bakteriociny produkované kmeny Escherichia coli.
  2. Metody molekulární biologie využívané pro stanovení bakteriocinů.
  3. Multiplex PCR.
II. Praktická část
  1. Identifikace kmenů E.coli netodou PCR.
  2. Detekce kolicinu a mikrocinu u kolicinogenních kmenů E.coli pomocí PCR.
  3. Optimalizace multiplex PCR.
Recommended resources [1]ŠMARDA, J. a OBDRŽÁLEK, V. Incidence of colicinogenic strains among human Escherichia coli. J.Basic Microbiol. 2001; 41: 367-374.
[2]ŠMARDA, J., ŠMAJS, D. Colicins - Exocellular Lethal Proteins. Folia Microbiol. 1998; 43: 563-582.
[3] TRAUTNER, B.W., HULL, R.A., DAROUICHE, R.O. (2005): Colicins prevent colo-nization of urinary catheters. J. Antimicrob. Chemother. 56: 413-415.
[4]KRÁLOVÁ, B. Bioanalytické metody. 1.vyd., Praha: VŠCHT 2001, s.254.
Recommended resources
[1]ŠMARDA, J. a OBDRŽÁLEK, V. Incidence of colicinogenic strains among human Escherichia coli. J.Basic Microbiol. 2001; 41: 367-374.
[2]ŠMARDA, J., ŠMAJS, D. Colicins - Exocellular Lethal Proteins. Folia Microbiol. 1998; 43: 563-582.
[3] TRAUTNER, B.W., HULL, R.A., DAROUICHE, R.O. (2005): Colicins prevent colo-nization of urinary catheters. J. Antimicrob. Chemother. 56: 413-415.
[4]KRÁLOVÁ, B. Bioanalytické metody. 1.vyd., Praha: VŠCHT 2001, s.254.
Týká se praxe No
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