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166 28 Prague 6 – Dejvice
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Copyright: UCT Prague 2015
Information provided by the Department of Organic Chemistry. Technical support by the Computing Centre.
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All publications of our authors (since 2015): here
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| k Phonebook of the Department | |||
Professors: |
|||
|
Prof. Radek Cibulka e +420 22044 4182 d A 278c |
Head of Department | www | ResearcherID |
|
Prof. Pavel Lhoták e +420 22044 5055 d A 249 |
www | ||
|
Prof. Jaroslav Kvíčala e +420 22044 4240 d A 278d |
www | ||
|
Prof. Jiří Svoboda e +420 22044 3688 d A 278e |
www | ||
Associate Professors: |
|||
|
Assoc. Prof. Jan Budka e +420 22044 4284 d A 251 |
DOC web editor | www | |
|
Assoc. Prof. Jana Hodačová e +420 22044 4173 d A 270 |
www | ||
|
Assoc. Prof. Michal Kohout e +420 22044 5012 d A 258 |
www | ||
|
Assoc. Prof. Igor Linhart e +420 22044 4165 d A 266 |
www | ||
|
Assoc. Prof. Tomáš Tobrman e +420 22044 4245 d A 271 |
RIT | www | |
Assistant Professors: |
|||
|
Dr. Michal Himl e +420 22044 4165 d A 266 |
www | ||
|
Dr. Roman Holakovský e +420 22044 4279 d A 255 |
www | ||
|
Dr. Petr Kovaříček e +420 22044 2040 d B3 207 |
www | ||
|
Dr. Václav Kozmík e +420 22044 4118 d A 308 |
www | ||
|
Dr. Martin Krupička e +420 220 444 173 |
www | ||
|
Dr. Ondřej Kundrát e +420 22044 4280 d A 253 |
www | ResearcherID | |
|
Dr. Petra Ménová e +420 22044 3686 d A 268 |
www | ||
|
Dr. Pavla Perlíková e +420 22044 2039 d B3 206 |
www | ||
|
Dr. Markéta Rybáčková e +420 22044 4242 d A 259 |
Secretary of Department |
www | |
|
Dr. Eva Svobodová e +420 22044 4249 d A 260 |
www | ||
Technicians: |
|||
|
Květa Bártová e +420 22044 3686 d A 268 |
|||
|
Ivana Bocková, MSc. e +420 22044 4280 d A 250 |
|||
| Michaela Kadlecová
e +420 22044 4276 d A 262 b Michaela.Kadlecova@vscht.cz |
|||
|
Martina Kovandová e +420 22044 4279 d A 255 |
|||
|
Vladimír Kuneš e +420 22044 4277 d A L06 |
|||
|
Jana Netušilová e +420 22044 4164 d A 278a |
Administrative Support of Department | ||
|
Markéta Slabochová, MSc. e +420 22044 4059 d A 308 |
Economist of Department | ||
|
Helena Štenglová e +420 22044 4278 d A 257 |
|||
|
Ing. David Tetour e +420 22044 4173 d A270 |
|||
|
Marta Tokárová e +420 220 444 245 d A 271 |
|||
Essential Information for Current Students
Bachelor Students
Master Students
PhD Students
Lectures delivered by members of the Department
- Toxicology and ecology
- Organic chemistry I, II and III
- Structural analysis
- Reactivity of organic compounds
- Molecular design
- Organic synthesis I and II
- Quantum organic chemistry
- Farmacochemistry
- Organic stereochemistry
- Organometallic chemistry
- Organic chemistry of selected elements
DATA
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Who we are and what we are interested in?
Start-up group: Dynamic systems chemistry for adaptive organic materials (since January 2021)
Molecules are constantly moving and interacting with other molecules and their environment. If these interactions involve bond formation and its breakage, sharing reactants/products, a whole reaction network is created. The boundaries between the phases are an important phenomenon, e.g. for membranes, for heterogeneous catalyst, for living cells. While reaction networks deal with covalent bonding between atoms, an interface is responsible for surface adsorption and self-assembly of whole molecular systems. We aim to investigate complex reaction networks coupling covalent and non-covalent interactions at surfaces and phase interfaces as a tremendously exciting direction of research.
We give high importance to international mobility because we see it as a key tool for the growth of both students and researchers. We are proud of the diversity of our group and we strongly support international cooperation programs (e.g. Erasmus+, internships, etc.).
If you are a motivated student endorsing organic synthesis as a tool to discover functionality of molecular assemblies that goes beyond the state-of-the-art, join us!
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Kovaříček Petr, Ing., Ph.D.
Building A, room 266
+ 420 220 44 4165
Petr.Kovaricek@vscht.cz
Post docs
Guerra Valentino L. P., Ph.D.
Valentino.Guerra@vscht.cz
Varghese Beena, Ph.D.
Beena.Varghese@vscht.cz
Harry Robson, Ph.D.
Harry.Robson@vscht.cz
PhD students
Strnadová Tereza, Ing.
Tereza.Strnadova@vscht.cz
Heleveria Anna, MSc.
Anna.Heleveria@vscht.cz
Šetek Martin, Ing.
Martin.Setek@vscht.cz
Heinz Killiann, MSc.
Killiann.Heinz@vscht.cz
Office
Building ZB3, room 207
+ 420 220 44 2040
Lab
Building A, room 262
+ 420 220 44 4276
Research:
Our research axes are:
Dynamic reaction networks
Synthesis of individual components of a library that upon mixing forms all possible combinations. All reactions, however, are coupled by sharing their reactants/product thus forming a reaction network. Each particular product features distinct properties that can be addressed by external stimuli, making it adaptive. And adaptation is the key prerequisite for evolution.
Self-assembly at surfaces and interfaces
Introducing a phase interface, e.g. a solid surface, inherently imposes a bias on the system. Due to differences in surface adsorption enthalpies among the species present, the composition of the layer adsorbed on the surface will be complementary to that in the other phase. A phase interface represents a significant energy step for physisorbing molecules comparable to the activation energy of a reversible bond formation/exchange barrier. We aim to understand how the surface instruct self-organization of species in its proximity and how molecules ‘feel’ the presence of the surface.
Heterogeneous photo-organo-catalysis
Molecules and the surface that they are assembled on exchange energy and electrons so that excited states can travel from the substrate to the molecule (or vice versa). Molecular excited state can adopt many roles such as a reagent or a catalyst. Organic molecules in their vast structural variations can recognize each other and therefore can be potent organocatalysts. We want to ‘shed the light’ on organocatalysis at surfaces… literally!
Surfaces for biochemical and biomedical applications
Every cell is defined by its boundary with the world around – cell membrane – which is an amazingly complex ‘surface’, an example of a triple liquid phase interface. We are interested in surfaces which interact with biomolecules, cellular structures or even whole cells and can be used as sensors of these biomolecules or for cellular biology studies of the structures (e.g. membranes). By studying the phase boundary we break down inter-disciplinary boundaries!
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Group leader:
 |
Assistant professor Ph.D. 2014, University of Strasbourg, France |
Technician:
|
Michaela Kadlecová
Laboratory technician |
Researchers:
 |
Dr. Valentino L. P. Guerra
Post-Doctoral researcher Ph.D. 2017, University of Salento, Italy |
 |
Post-Doctoral researcher Ph.D. 2015, Sultan Qaboos University, Oman |
 |
Post-Doctoral researcher Ph.D. 2021, Sheffield University, UK |
 |
Dr. Rimeh Ismail  Post-Doctoral researcher Ph.D. 2020, University of Tunis El Manar, Tunisia |
PhD students:
 |
Ph.D. student (D1) MSc. 2018, Czech Technical University, Czech Republic
|
 |
MSc. 2019, Kharkiv National University, Ukraine |
 |
MSc. Martin Šetek Ph.D. student (D1) MSc. 2022, University of Chemistry and Technology Prague, Czech Republic |
 |
MSc. Killiann Heinz  Ph.D. student (D1) MSc. 2022, Université de Rennes, France |
Undergraduate students:
 |
Karolína Křížová
Master student (M2) |
 |
Master student (M2) |
 |
Bachelor student (M1) |
 |
|
 |
|
|
Chiara Ciotta
|
|
Bengisu Akin
|
|
Arda Küçük
|
Alumni:
 |
Damien Bermon Erasmus+ traineeship from France 2022 |
 |
Natalia Montero Sánchez-Campíns  Erasmus+ internship from Spain 2021 |
 |
Pia Kappeler |
 |
Laboratory technician |
Lab equipment:
|
Triple channel DC power supply
|
Digital multimeter
|
|
Source measure unit
|
HPLC
|
|
Contact angle goniometer
|
Ossila - Spin Coater
|
|
PalmSens4 - Potentiostat / Galvanostat / Impedance Analyzer
|
Ocean Insight – PX-2 Pulsed Xenon Lamp
|
|
Nanosurf – NaioAFM
|
Ocean Insight – USB650UV Miniature Spectrometer
|
|
Quantum Design - Tunable monochromatic light source
|
|
