Researcher interests: Inorganic and bioinorganic chemistry: design of novel chelating ligands for transition metal complexes; design of inorganic small molecules and polymer-based compounds having interesting biological and medicinal reactivity; study of their structure, activity, mechanism and potential pharmaceutical use. Design and development of sophisticated delivery systems for biologically active compounds. Development of synthetic model compounds of the active sites of metalloproteins having variable chemical and medicinal applications.
FACULTY / SCHOOL: Faculty of Science
DEPARTMENT: The Institute of Chemistry
Selected Publications
homoleptic ti ono 2 type complexes of amino acid tethered phenolato schiff base ligands synthesis characterization time resolved fluorescence spectroscopy and cytotoxicity against ovarian and colon cancer cells (2019)|
Applied Organometallic Chemistry|
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cytotoxic homoleptic ti iv compounds of ono type ligands synthesis structures and anti cancer activity (2019)|
Dalton Transactions|
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synthesis of pure enantiomers of titanium iv complexes with chiral diaminobis phenolato ligands and their biological reactivity (2018)|
Scientific Reports|
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fluorescent antitumor titanium iv salen complexes for cell imaging (2018)|
Dalton Transactions|
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racemic vs enantiopure inert ti iv complex of a single diaminotetrakis phenolato ligand in anticancer activity toward human drug sensitive and resistant cancer cell lines (2018)|
RSC Advances|
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in vitro combinations of inert phenolato ti iv complexes with clinically employed anticancer chemotherapy synergy with oxaliplatin on colon cells (2018)|
RSC Advances|
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inside cover cytotoxic titanium iv complexes of salalen based ligands eur j inorg chem 12 2017 (2017)|
European Journal of Inorganic Chemistry|
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cytotoxic vanadium complexes of branched onno type diamine bis phenolato ligands (2017)|
European Journal of Inorganic Chemistry|
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cytotoxic titanium iv complexes of salalen based ligands (2017)|
European Journal of Inorganic Chemistry|
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effective inhibition of cellular ros production by mxcxxc type peptides potential therapeutic applications in copper homeostasis disorders (2016)|
Chemistry: A European Journal|
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