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| Ing. Pavel Janda, CSc. |
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| Dipl.-Ing. Pavel Janda has been active in electrochemistry since 1978. His interest has been focused on charge transfer processes on electrodes with chemically modified surfaces for utilization in electrochemical sensors and biosensors (PhD in 1985). Since 1994 he is engaged in electrochemical applications of scanning probe microscopy (AFM, STM) in liquids and electrolyte solutions. His current interests include charge transfer reactions on nanostructures (nanoporous TiO2, carbon nanotubes, fullerenes, supported metal/metal-oxide nanoparticle assemblies) and correlation of reaction path with nanostructure arrangement. |
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| RNDr. Hana Tarábková (Pelouchová), Ph. D. |
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| RNDr. Tarábková graduated at the Charles University in 2003 and obtained her Ph.D. degree in Analytical Chemistry. She joined the group in 1998. Since then she has been engaged in electrochemical applications of scanning probe microscopy. |
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| Mgr. Vìra Hudská |
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| Mgr. Vìra Hudská graduated at the Charles University in 2008 in Clinical and Toxicological Analysis. She joined the group in 2008 and currently works on her PhD thesis with the topics of the electrochemistry of phthalocyanines compounds. |
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| Thesis: | Charge transfer reactions of phthalocyanine complexes in the view of their applications in electrochemical sensors and (electro) catalysis |
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| Jana Merhoutová |
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| Jana Merhoutová studies Analytical Chemistry at the Charles University. She joined the group in 2008 and works on her diploma thesis. The topic deals with the electrochemistry of porphyrins compounds. |
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| Thesis: | Charge transfer reaction in pyridin porphyrin (phthalocyanine) film and its utilization in electrochemical analysis. |
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| Bc. Monika Klusáèková |
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| Bc. Monika Klusáèková studies at the Charles University, Clinical and Toxicological Analysis (Bc in 2009). She joined the group in 2009 and works on her diploma thesis. The topic deals with the electrochemistry of porphyrins compounds. |
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| Thesis: | Charge transfer reaction in pyridin porphyrazinate film and its utilization in electrochemical sensor. |
