Strona: Department of Inorganic and Analytical Chemistry / Wydział Chemiczny

Academic staff:

• Prof. Tomasz Ruman DSc, PhD, Eng. - Department Head
• Piotr Skitał, PhD, DSc. Eng.
• Łukasz Uram, PhD, DSc.
• Małgorzata Kosińska-Pezda, PhD, Eng.
• Anna Kuźniar, PhD, Eng.
• Maria Misiorek, PhD,
• Bogdan Papciak, PhD, Eng.
• Elżbieta Sitarz-Palczak, PhD, Eng.
• Eleonora Sočo, PhD, Eng.
• Elżbieta Woźnicka, PhD
• Lidia Zapała, PhD, Eng.

PhD students:

• Aleksandra Domańska, MSc, Eng.
• Zuzanna Krupa, MSc, Eng.

Technical staff:

• Lucyna Gmiterek, MSc, Eng.
• Artur Kołodziej, PhD, Eng.
• Aneta Płaza-Altamer, PhD, Eng.
• Irena Trojnar, MSc, Eng.

Staff of the Department of Inorganic and Analytical Chemistry photo: Janusz Pusz

• Physicochemistry and the use of multiphase systems for the separation of mixtures: extraction and equilibria of metal ions, acids and amino acids in two- and three-phase, typical and micellar systems, basic and applied research (heavy and trace metals, phenoxy acids and plant protection products, aromatic amino acids and pharmaceutical preparations).
• Analytical control of solid industrial waste and their impact on the environment: industrial ashes, sludge, solid atmospheric precipitation, soil and its contaminants - sequential extraction, chemical composition, environmental mobility of metals, biodegradation of toxic forms of metals.
• The use of waste fly ash and zeolite sorbents produced on its basis to remove toxic substances from aqueous solutions.
• Speciation analysis of metals in industrial and environmental materials, optimization of analytical conditions.
• Assessment of product quality, impact of sample aging on the analytical result.
• Bioflavonoids and their sulfone derivatives: complexes with metal ions, synthesis, properties, analytical and medical applications.
• Complexes of metal ions with selected flavonoids: synthesis, laser and semiconductor properties, analytical and medical applications.
• Matrix-free methods in laser mass spectrometry.
• Mass spectrometry imaging.
• Searching for cancer biomarkers using spectroscopic methods.
• Anticancer properties of PAMAM dendrimers conjugated with molecules with therapeutic potential.
• The use of new flavonoids in cancer therapy.
• Biological studies using confocal microscopy.
• Study of changes in the protein expression profile in cancer cells treated with experimental anticancer drugs.

https://zchnia.prz.edu.pl/