National Repository of Grey Literature 16 records found  1 - 10next  jump to record: Search took 0.01 seconds. 
Odhad biodostupnosti hydrofobních organických polutantů v půdě
Cajthaml, Tomáš ; Erbanová, Pavla ; Šašek, Václav
The work deals with posibility to estimate bioavailability of organic pollutants in soil mainly with supercritical fluid extraction
Biodegradace endokrinně disysruptivních látek ligninolytickými houbami
Pojerová, Eva ; Cajthaml, Tomáš
The work describes biodegradation of endocrine disrupters (ED) by several strains of ligninolytic fungi, identification of metabolites of ED, enzymatic aspects of the degradation and different toxic effect of the various concentration of the compounds towards the used fungal strains
Biodegradace PCB v dlouhodobě kontaminované půdě
Sejáková, Z. ; Brennerová, Mária ; Čechová, Z. ; Dercová, K. ; Cajthaml, Tomáš
The work describes biodegradation of PCBs by several bacterial isolates from long-term contaminated soil
Analýza vlivu GMO tvořených pro rhizoremediace na půdu a rhizosférní bakteriální komunity
Cárcer de, D. ; Martín, M. ; Macková, Martina ; Macek, Tomáš ; Karlson, U. ; Rivilla, R.
Possible functional and structural shifts occurring in the bacterial community of a site with a historic record of PCB contamination after the introduction of plants whose roots were inoculated with genetically modified microorganisms are described.
Elektrochemické stanovení metalothioneinu v transgenním tabáku
Křížková, S. ; Diopan, V. ; Baloun, J. ; Šupálková, V. ; Shestisvka, V. ; Kotrba, P. ; Macková, Martina ; Macek, Tomáš ; Havel, L. ; Adam, V. ; Zehnálek, J. ; Kizek, R.
Inspection of CUP1 content in selected tobacco lineages using electrochemical method optimized for its selective determination was described.
Klonování bakteriálních genů důležitých v životním prostředí do rostlin
Nováková, Martina ; Macková, Martina ; Sylvestre, M. ; Chrastilová, Z. ; Macek, Tomáš
Constructing plants with increased capabilities to degrade organic pollutants by introducing bacterial genes bphC and todC1C2 into plant genome is described.
Geneticky modifikovaný len pro fytoremediaci těžkých kovů
Najmanová, J. ; Kotrba, P. ; Macek, Tomáš ; Macková, Martina
Engineering of flax to improve its metal tolerance and metal-accumulating capacity is described.
Fytoremediace PCB transgenními rostlinami nesoucími bakteriální gen pro 2,3-dihydroxybifenyl-1,2-dioxygenasu
Chrastilová, Z. ; Macková, Martina ; Nováková, Martina ; Macek, Tomáš ; Szekeres, M.
Increasing the ability of plants to degrade PCBs by introducing bacterial bphC gene into the plants is described.
Rostlinný metabolismus chlorbenzoových kyselin – produktů degradace PCB
Vrchotová, Blanka ; Frančová, K. ; Macková, Martina ; Tříska, Jan ; Macek, Tomáš
Transformation of CBA using plant cells was tested and products formed in this process were idetified.

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