T3-Pt - Targeted Tumor Therapy with multifunctional platinum(IV)-drug conjugates

T3-Pt - Targeted Tumor Therapy with multifunctional platinum(IV)-drug conjugates

Servicii de cercetare

Cluj-Napoca, Cluj 118 adepți

Page dedicated to the research project Targeted Tumor Therapy with multifunctional platinum(IV)-drug conjugates (T3-Pt)

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Page dedicated to the research project ”Targeted Tumor Therapy with multifunctional platinum(IV)-drug conjugates (T3-Pt) Project title: ”Targeted Tumor Therapy with multifunctional platinum(IV)-drug conjugates (T3-Pt)” Project director: Prof. Dr. Evamarie Hey-Hawkins Project duration: 30 months Project budget: 6.000.000,00 lei (1.206.612,24 euro) Name of the institution: Babeș-Bolyai University Summary of the project proposal We propose to develop and test new multifunctional coordination compounds aimed at overcoming current limitations of platinum-based anticancer drugs, namely side effects, resistance (e.g., via drug efflux transporters), and limited targeting of cellular mechanisms. Based on synthetic strategies pioneered by the PI, multifunctional platinum(IV)-drug conjugates will be developed from platinum(II) scaffolds combined with additional therapeutic/diagnostic agents to produce multifunctional therapeutic candidates with the potential to act as theranostics and pro-drugs, thus enhancing selectivity while limiting toxicity. The novelty of the project resides in the nature of the new coordination compounds, specifically the synthesis of multifunctional platinum(IV)-drug conjugates (anticipated to pose interesting issues of coordination chemistry, supramolecular interactions, and redox activity). The functionality of the complexes will be tested (biochemical interactions with target proteins/enzymes, in vitro cell culture analyses), using state-of-the-art investigative techniques, specifically UV-Vis, fluorescence (including confocal microscopy), vibrational, NMR, and EPR spectroscopy, crystallography, mass spectrometry, electrochemistry, computational chemistry, and immunocytochemistry. Funded by the European Union – NextGenerationEU and the Romanian Government, under National Recovery and Resilience Plan for Romania Romanian Ministry of Research, Innovation and Digitalization, within Component 9, Investment I8

Site web
https://chem.ubbcluj.ro/~hetorgmet/research/grants/t3-pt/index.html
Sector de activitate
Servicii de cercetare
Dimensiunea companiei
11-50 de angajați
Sediu
Cluj-Napoca, Cluj
Tip
Învățământ
Înființată
2024
Specializări
bioinorganic chemistry, synthetic chemistry, anticancer drugs și platinum (IV)

Locații

  • Principal

    Strada Arany Janos

    Faculty of Chemistry and Chemical Engineering

    Cluj-Napoca, Cluj RO-400028, RO

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