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