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MOLECULAR ELECTROCHEMISTRY,
oxidation and reduction processes at the electrode:

Electrode kinetic of organic compounds, electron transfer, preceeding, subsequent, side chemical reactions:                                                                                          useful literature

   
1. flavonoids
2. prenylflavonoids
3. flavonolignans
4. triazine herbicides
5. carboximide type fungicides
6. benzonitrile herbicides
7. halogen organic compounds and nitrocompounds
8. substituted hydroxy quinolines
9. organometallic redox labels for proteins
10. substituted 1,10-phenanthrolines
11. cannabinoids and fentanyl derivatives
12. terpenes
13. flavonoid dyes isolated from plants


                      The study concerns the analysis of degradation processes of flavonoid dyes
                      used in old tapestries dyeing. This problematic has importance for saving
                      of the Cultural Heritage. The clarification of degradation products of dyes
                      isolated from plants (brazilwood, logwood) can allow the identification of dye
                      source and find information for the best conservation of the tapestries.


In situ UV-Vis spectroelectrochemistry  and  in situ FTIR
spectroelectrochemistry:                                                                               useful literature

   
1. flavonoids
2. flavonolignans
3. hydroxy quinolines
4. substituted 1,10-phenanthrolines
5. cannabinoids and fentanyl derivatives
6. terpenes

   NEW approach
In situ FLUORESCENCE spectroelectrochemistry

Inclusion complexes of redox active compounds with cyclodextrins, influence of the formation of host-guest complex on degradation mechanism of compounds:                                                                                                                                            useful literature

   
1. triazine herbicides
2. carboximide type fungicides
3. phenylether herbicides
4. flavonoids

Adsorption and nucleation at the interface:
   
1. phase transition temperature of triazine herbicides
2. characterization of adsorbed layer of dinitroaniline herbicides by atomic force microscopy (AFM) and scanning tunneling microscopy (STM)

Impedance spectroscopy:
   
1. triazine herbicides
2. carboximide type fungicides
3. reduction of nitrogen to ammonia mediated by fullerene-cyclodextrin complex
4. drug interactions with supported phospholipid bilayer
5. interactions of microbial peptides with supported phospholipid bilayer