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	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. Detailed record
	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. Detailed record
	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. Detailed record
	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. Detailed record
	Rostlinné metabolity polychlorovaných bifenylů v tkáňových kulturách lilku černého Solanum nigrum SNC-9O a tabáku Nicotiana tabacum WSC-38 Rezek, Jan ; Doubský, Jan ; Macková, Martina ; Tříska, Jan ; Macek, Tomáš Metabolites of individual PCBs were determined in plant cell cultures and ability of their forming was compared. Detailed record
	Phytotechnologie utilization for organic polluants decontamination Soudek, Petr ; Vavříková, Zuzana ; Podlipná, Radka ; Vaněk, Tomáš ; Lehký, L. Phytoremediation is defined as an using of green plants in situ or on special adapted area for the purpose of risk decreasing of contaminated soils, sediments and ground waters by removing, degradation or stabilization of contaminants with utilization of natural processes in plants. Detailed record
	Phytoremediation of radionuclides and metals in soil and waste waters Soudek, Petr ; Valenová, Šárka ; Plojhar, V. ; Vaněk, Tomáš Heavy metals and radionuclides are not chemically degradable and possibility of their removing by in situ methods is limited. In the last years are increasingly used plants not only for biomonitoring, but also for remediation. Detailed record
	Study of biodegradation of selected explosives by plants - alternative way of soil and water decontamination Nepovím, Aleš ; Podlipná, Radka ; Thomas, H. ; Gerth, A. ; Jalový, Z. ; Zeman, S. ; Vaněk, Tomáš The phytoremediation of trinitrotoluene (TNT), pentaerythritol tetranitrate (PETN), and glyceroltrinitrate (GNT) was studied. Detailed record
	Cadmium uptake by transgenic tobacco and its use for phytoremediation Javorská, H. ; Pavlíková, D. ; Macek, Tomáš ; Najmanová, J. The aim of this work was to investigate potential of transgenic tobacco to tolerate and accumulate cadmium in biomass and find out the best transgenic line. Detailed record
	The use of transgenic plants for the remediation of soils contaminated with cadmium Čásová, K. ; Pavlíková, D. ; Macek, Tomáš ; Najmanová, J. Study investigates if genetically modified tobaccos have higher ability to accumulate and tolerate cadmium, and to compare their phytoextraction characteristics with other plant species. Detailed record

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