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    [platne_od] => 31.10.2023 17:08:00
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Technická 5
166 28 Prague 6 – Dejvice
IČO: 60461373 / VAT: CZ60461373

Czech Post certified digital mail code: sp4j9ch

Copyright: UCT Prague 2015
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The 26th International Conference on High Resolution Molecular Spectroscopy

[ikona] => [obrazek] => [ogobrazek] => [pozadi] => [obsah] =>

15:32:06 ◳ logo3 (png) → (originál)  

Prof. Per Jensen obituary

(One section on conference will be dedicated to Per Jensen and will be led by Dr. Špirko) 

You can find the 1st Circular here

You can find the 2nd Circular here

You can find the 3rd Circular here

You can find the 4th Circular here

Jointly organized by Department of Electromagnetic Field, Faculty of Electrical Engineering
Czech Technical University in Prague 

You can find the abstract template in docx here and pdf here

Registration and payment instruction you can find here

Registration for the conference Praha 2022 is OPEN now. 

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The activities at the Department of Analytical Chemistry are very wide, including studies from molecules in the gas phase to sophisticated analyses of complex biosystems. In research projects, not only high-end chromatographic (GC-, LC-MS), electrochemical and spectroscopic (UV-VIS, IR, CD, ROA, NMR) techniques are used but also original optical and electrochemical sensors or unique spectroscopic systems in microwave to terahertz regions, which are able to distinguish even the hyperfine effects caused by nuclear spins, are used to solve complicated problems. These include development of new diagnostic methods for serious and degenerative diseases (cancer, diabetes, Alzheimer's disease, etc.), development of new techniques for forensic science (offender profile by odor trace, digitization of odor signatures, drug profiling, drug counterfeiting analysis, etc.), stability analysis and dosage forms of pharmaceuticals, identifying new free radicals and molecular fragments for astrophysical research or developing and validating new methods of analyzing specific samples.

The scope of activities of individual groups is determined by particularly solved grant projects, but also by students' interest in obtaining a professional qualification. When solving projects, there is cooperation not only with foreign and domestic institutions but also among themselves, therefore some of the employees of the Department are listed in more working groups.

In addition to teaching staff and researchers, they are per se considered to be individual groups of doctors who have a significant proportion of participants in the scientific performance of the Department of Analytical Chemistry. Specific topics of their doctoral theses are listed in the SIS and are listed in the list of doctoral students on our website.

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Analytical chemistry is a multidisciplinary field using knowledge from the different fields of chemistry and physics to determine the atomic and molecular composition of samples, the structure and conformation of molecules, intermolecular interactions and morphology in the condensed phase, or to analyze the quantitative representation of atoms and molecules in a sample. It is based mainly on the knowledge of physical chemistry, chemical physics, and electrochemistry, but also on the results of mathematical statistics, quantum mechanics, quantum chemistry, biochemistry, organic and inorganic chemistry and in recent decades also knowledge in electronics, computer technology and signal processing.

Methods of chemical analysis have extensive applications. It is not just chemistry itself, analytical chemistry finds vital applications in medicine in diagnostic methods, in pharmacy, in forensic sciences, in environmental studies, in the food industry, in the cosmetics industry, in the material sciences, in physiology, in the military, in meteorology, space research, automotive, metallurgy, energy, and many other fields.

The Institute of Analytical Chemistry provides teaching of all courses with codes x402xxx (EIS). These are the basic subjects, which include Analytical Chemistry I and II, and the subjects for the individual bachelor, master, and doctoral programs.
In addition to theoretical education, great emphasis is placed on mastering practical work and basic and advanced techniques in laboratories. Therefore, individual laboratories are equipped with a sufficient number of quality instruments allowing each student to work alone in pairs.
Among the disciplines at ICT Prague, graduates of analytical chemistry have an unrivaled position in the labor market.

For information about bachelor and master programs in English click here

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The research at the Department of Analytical Chemistry is very wide, including studies from molecules in the gas phase to sophisticated analyses of complex biosystems. In research projects, not only high-end chromatographic (GC-, LC-MS), electrochemical and spectroscopic (UV-VIS, IR, CD, ROA, NMR) techniques are used but also original optical and electrochemical sensors or unique spectroscopic systems in microwave to terahertz regions, which are able to distinguish even the hyperfine effects caused by nuclear spins, are used to solve complicated problems. These include development of new diagnostic methods for serious and degenerative diseases (cancer, diabetes, Alzheimer's disease, etc.), development of new techniques for forensic science (offender profile by odor trace, digitization of odor signatures, drug profiling, drug counterfeiting analysis, etc.), stability analysis and dosage forms of pharmaceuticals, identifying new free radicals and molecular fragments for astrophysical research or developing and validating new methods of analyzing specific samples.

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In addition to teaching staff and researchers, they are per se considered to be individual groups of doctors who have a significant proportion of participants in the scientific performance of the Department of Analytical Chemistry. Specific topics of their doctoral theses are listed in the SIS and are listed in the list of doctoral students on our website.

Research groups

Name Leader Contact
Forensic Olfactronics Prof. Š. Urban Stepan.Urban(at)vscht.cz
Electroanalytical Methods Assoc. Prof. T. Šiškanova Tatjana.Siskanova(at)vscht.cz
Microwave and Terahertz Spectroscopy Prof. Š. Urban Stepan.Urban(at)vscht.cz
NMR and Molecular Recognition Assoc. Prof. B. Dolenský Bohumil.Dolensky(at)vscht.cz
Atomic Spectrometry Prof. O. Mestek Oto.Mestek(at)vscht.cz
Vibrational Spectrometry Prof. V. Setnička Vladimir.Setnicka(at)vscht.cz
Chiroptical Methods Prof. V. Setnička Vladimir.Setnicka(at)vscht.cz
Separation Methods Assoc. Prof. D. Sýkora David.Sykora(at)vscht.cz
Radioanalytical methods   Assoc. Prof. P. Řezanka   Pavel.Rezanka(at)vscht.cz
     
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Head: doc. Ing. Bohumil Dolenský, Ph.D.
phone: 220 444 110
email: Bohumil.Dolensky@vscht.cz

Department administrator: doc. Ing. Antonín Kaňa, Ph.D.
phone: 220 445 057
email: Antonin.Kana@vscht.cz

Department vice-administrator: Ing. Magda Vosmanská, CSc.
phone: 220 443 719
email: Magda.Vosmanska@vscht.cz

Secretary: Bc. Pavla Pouzarová 
phone: 220 444 044
email:

Pavla.Pouzarova@vscht.cz

Secretary: Perla Maršíčková
phone: 220 444 043
email: perla.marsickova@vscht.cz
office hours for students Mo - Fr        9:30 – 11:30    
Mon, Tue, Thur   14:00 - 15:00

Economist: Petr Beneš
phone: 220 444 058
email: Petrik.Benes@vscht.cz

All contacts can be found in the phonebook of UCT.

Address:
Department of Analytical Chemistry
University of Chemistry and Technology Prague
Technická 5
166 28   Praha 6 - Dejvice, Czech Republic

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Study Programme: Analytical chemistry

Name Year Thesis
Bouška Luděk, RNDr. 7. Evaluation of factors for class identification of persons by chemical composition of their scent

Bui Dong

Thuy, Ing.

6. Magnetic nanoparticles with plasmonic structures as analytical probes

Čechová Jana, Ing.

4. Individual and class identifications of persons based on digitally encoded human scent signatures

Das Moumita, M.Sc.

3. Interpretation of Raman optical activity of biomolecules

Dobšíková Kristýna, Ing.

4. Analysis of drugs and counterfeit pharmaceuticals using vibrational and chiroptical spectroscopy
Drozdová Michaela, Ing. 3. Preparation of solid surfaces with a molecular receptor covalently anchored, and studies of their usability in sensors construction

Fialová Jana, Ing.

3.* Preparation of substrates for liquid chromatography and clinical diagnostics

Fousková

Markéta, Ing.

6. Biospectroscopy of human tissue for diagnostic puropses
Gráfová Michaela, Ing. 7.* Development of surface-enhanced vibrational spectroscopic techniques for of pharmaceutically important substances
Habanová Nina, Ing. 3. Structure of carbohydrates investigated by NMR spectroscopy and molecular modeling
Henych Vít, Ing.    7.    Development of advanced vibrational spectroscopic and imaging methodologies for characterization of biomaterials and the study of low molecular substances in biologically important systems
Hermochová Sára, Ing. 1. Visualization methods of dactyloscopic traces
Horák František, Ing. 3. High resolution spectroscopy in the THz and MW regions
Hricková Karolina, Ing. 6.*  Studies of molecular structure of cholesterol complexes and development of cholesterol receptors for its detection in live cells
Hrubčík Lukáš, Ing. 1. Prediction and analysis of spin-rotation-vibrational spectrum of small molecules

Hybášková Marta, Ing.

2.* Interaction of selected tracers with cementitious materials

Janstová Daniela, Ing.

1. Development of vibrational spectroscopy methods for tissue sample analysis
Jireš Jakub, Ing. 3. A Systematic State of the Art Method Development Strategy for the Determination of Pharmaceutical Genotoxic Impurities
Kaminskyi Oleksii, Ing. 3. Development of portable apparatus for a contactless collection of genetic and scent samples
Kocourková Lucie, Ing. 7.* Conformational study of antimicrobial peptides using chiroptical spectroscopy
Králová Kateřina, Ing. 6.  Development of molecular spectroscopy methods for the diagnosis of degenerative and cancer diseases
Ladislavová Nikola, Ing.    7. Digitization of a human scent signature

Losová

Markéta, Ing.

1.* Detection of counterfeit and pirated pharmaceuticals development using the terahertz
Machavová Lucia, Ing. 6. Development of methodology fot the study of pharmaceutically important compounds using advanced vibrational spectroscopic techniques

Malá Ulrika, Ing.

2. Family related analysis using the scent evidence 

Myšková Aneta, Ing.

2. Study of potential pharmaceuticals based on lipopeptides by LC-MS

Navrátilová Tereza, Ing.

4. Study of porphyrin derivatives of Tröger and spiro-Tröger bases enabling recognition of cancer cells and photodynamic therapy
Nešporová Věra, Ing. 4. Speciation analysis of selenium in microorganisms used in food industry
Pecková Anna, Ing. 1.* Effect of geochemical conditions on the long-term stability of engineered barriers

Pham Minh Hang, Ing.

6. Spectroscopic characterization of newly developed stationary phases for HPLC
Pospíšilová Eva, Ing. 3. Development of electrochemical methods for forensic analysis of psychoactive compounds
Rudolf Petr, Ing. 1.       Direct analysis of trace elements in non-volatile liquids by the LA-ICP-MS method
Schrenková Věra, Ing. 3. Development of Lanthanide Luminescent Complexes for Raman Spectroscopy and Imaging
Sedláčková Helena, Ing. 4.* The study of conformational changes in biologically important compounds using chiroptical methods
Sklenář Adam, Ing. 3. Spectroscopic analysis of biologically active compounds in the solid state
Skoupá Veronika, Ing. 5. Development of advanced vibrational spectroscopy methodologies for the study and characterization of low molecular weight biologically important compounds for the pharmaceutical and forensic purposes
Vágnerová Magdalena, Ing. 3. Study of pharmacokinetics and metabolism of psychoactive compounds by LC-MS
Vališ Jan, Ing. 3. Development of methodology for processing and evaluation of signals from biospectroscopic analyses for clinical use
Vasina Liudmila, Mgr. 6.* Analysis of RNAi complexation by low molecular weight substances as a tool for prediction of parameters determining effective membrane transport
Vrtělka Ondřej, Ing. 4. Identification of biomarkers of cancer and degenerative diseases via molecular spectroscopy of biofluids
Zdráhala Jiří, Ing. 3. Theory and interpretation of molecular optical activity spectra
Znamínko Václav, Ing. 1. Study of properties of engineered barriers of radioactive waste repositories
Zubenia Nataliia 1. Development of methodologies for identification and quantification of organic compounds by NMR

Study Programme: Pharmaceuticals and biomaterials

Name Year Thesis
Mikšátková Lucie, Ing. 4.* Nitrogen containing heterocyclic compounds and their biological significance at cellular and subcellular level
Škarohlídová Hana, Ing 4.* Development of methodology for characterization of new systems based on silica nanoparticles

                                             * interrupted

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UCT Prague
Technická 5
166 28 Prague 6 – Dejvice
IČO: 60461373 / VAT: CZ60461373

Czech Post certified digital mail code: sp4j9ch

Copyright: UCT Prague 2015
Information provided by the Department of International Relations and the Department of R&D. Technical support by the Computing Centre.
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