doc. RNDr. Miroslav Fojta, CSc.

Associate professor, National Centre for Biomolecular Research

correspondence Address:
Kotlářská 267/2, 611 37 Brno

phone:	+420 733 735 240
e‑mail:

social and academic networks:

Field of study: Biophysics

Study of electrochemical properties of of synthetic oligonucleotides and DNA modified with redox-active moieties – graduate 2015
Osmium tetroxide complexes as electroactive markers for DNA and their analytical utilization – graduate 2007

Značení DNA elektroaktivními skupinami a fluorofory pro studium strukturních změn nukleových kyselin a detekci patogenů – ongoing study
A study of the formation of alternative DNA structures using electrochemical methods – ongoing study
New possibilities of sequence- and structure-specific analysis of DNA and RNA and their chemical modification using electrochemical methods – graduate 2024
Electrochemical methods for the monitoring of enzymatic reactions based on electroactivity of unmodified and modified DNA and on application of marker substrates – graduate 2024
Behavior of alternative DNA structures at electrically charged surfaces – graduate 2023

Interactions of p53 protein with guanine quadruplexes and other DNA secondary structures – graduate 2022
Influence of DNA topology on p53 binding – graduate 2020

Novel methods of p53 protein-DNA interaction studies based on chemical modification, fluorescence and electrochemical analysis – graduate 2018

Novel approaches towards electroanalysis of natural and modified DNAs and their interactions – graduate 2018
DNA labelling with electrochemically active groups and luminophores for the analysis of nucleotide sequences – graduate 2016

Electrochemical methods for detection of DNA-protein interactions and for monitoring of DNA enzymatic processing – graduate 2018
Construction of chemically modified nucleic acids for application in electrochemical DNA sensors – graduate 2018
Electrochemical biosensors for analysis of nucleotide sequences and DNA-protein interactions – graduate 2016
Interactions of p53 protein with DNA: influence of DNA structure-modulating agents, salt concentration and application of electrochemical methods in protein-DNA interaction studies – graduate 2015
Structure-specific binding of protein p53, its mutant forms and homologues to DNA – graduate 2012
Recent approaches in electrochemical analysis of damage, hybridization and interactions of DNA – graduate 2009
Interaction of tumor suppressor protein p53 and its homologs with specific DNA structures – graduate 2006