National Repository of Grey Literature 62 records found  beginprevious43 - 52next  jump to record: Search took 0.00 seconds. 
Metabolické produkty degradace PCB a jejich osud v rostlinných a bakteriálních buňkách
Frančová, K. ; Sylvestre, M. ; Macek, Tomáš ; Macková, Martina
The work studies the metabolism of PCB and their intermediates in microbial and plant cells.
Mikrobiální diversita při rhizoremediaci půdy dlouhodobě kontaminované polychlorovanými bifenyly
Beranová, K. ; Kochánková, L. ; Macek, Tomáš ; Macková, Martina
Changes of microbial populations within different plant species contributing to PCB remediation were monitored.
Příprava transgenních rostlin pro efektivní fytoremediaci toluenu a dalších organických polutantů
Nováková, M. ; Macková, M. ; Sylvestre, M. ; Chrastilová, Z. ; Macek, Tomáš
The bacterial gene todC1C2 coding toluene dioxygenase was introduced into plant genome using pGreen vectors and Agrobacterial transformation. The enzyme with wide substrate specificity is improving the biodegradation ability of transformed Nicotiana benthamiana.
Biologické odstranění PCB z kontaminované půdy
Beranová, K. ; Macíček, M. ; Macková, M. ; Macek, Tomáš ; Sylvestre, M.
The effect of different plant species on the presence and activity of PCB-degrading microorganisms in real contaminated soil was followed after 7 months cultivation. The presence of microorganisms containing gene bphA was investigated after direct isolation of DNA from soil. Microorganisms were identified by 16S r DNA gene. The biodiversity was studied using TTGE.
Následky interakcí mezi rostlinami a mikroby ovlivňujících osud xenobiotik v životním prostředí
Macková, Martina ; Vrchotová, N. ; Beranová, K. ; Najmanová, J. ; Lovecká, P. ; Kochánková, L. ; Sylvestre, M. ; Demnerová, Kateřina ; Macek, Tomáš
The effects and consequences of plant-microbe metabolic interactions influencing fate of xenobiotics in the environment.are discussed, illustrated by our results on PCB degradation by microflora in plant rhizosphere.
Výhody geneticky modifikovaných rostlin při ochraně životního prostředí
Macek, Tomáš ; Nováková, Martina ; Nešněrová, Petra ; Chrastilová, Z. ; Kotrba, P. ; Svatoš, Aleš ; Macková, Martina
The importance of genetically modified plants for the protection of the environment is discussed with respect to GM plants with changed metabolic interactions influencing fate of xenobiotics in the environment, or plants with increased metal accumulation, or plants preventing use of excess pesticides by producing own insect pheromones.
12th International Biodeterioration and Biodegradation Symposium
Macek, Tomáš ; Macková, M. ; Jenč, P. ; Demnerová, K.
The schedule of symposium is quite rich and includes sessions on a broad variety of related topics, ranging from biochemistry and genetics of biodegradation of organic compounds, issues of environmental toxicity, through construction of genetically modified organisms, to the biodegradation of cultural property.

National Repository of Grey Literature : 62 records found   beginprevious43 - 52next  jump to record:
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17 MACEK, Tomáš
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