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environmental factors. The targeted combination of phytosubstances verified using cell models (human ovarian cell lines, cervix) are promising sources for supporting hormonal regulation, improving reproductive
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environmental factors. The targeted combination of phytosubstances verified using cell models (human ovarian cell lines, cervix) are promising sources for supporting hormonal regulation, improving reproductive
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of the relationship between the functionality of testicular cells and their sensitivity to nanoplastics/microplastics in vitro Supervisor: prof. Ing. Norbert Lukáč, PhD. Workplace: Faculty of Biotechnology and Food
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addition to the positive biological effects, the side effects appearing in classical medical procedures are absent or very mild. The dissertation will deal with the analysis of biologically active substances on animal cells
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the potential negative effect of nanoplastics. The work will be focused on the determination of damage to human germ cells due to the influence of different concentrations of bisphenols and nanoplastics in in
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livestock species has not yet been fully mastered. The result is reduced survival and quality of mainly frozen / thawed cells (sperm) of livestock (rabbits, horses). The primary goal of the submitted PhD
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to the aggregation of pathological IgG light chains. 2) Explore the interactions between serum proteins, lipid vesicles, and cell surface properties that catalyze or drive this aggregation process. 3) Examine the
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: The nova phenomenon is the result of the sudden thermonuclear fusion of hydrogen into helium in the surface layer of a white dwarf (WD). The fuel for this process is hydrogen material that is deposited
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studied, as well as changes in the content of ascorbic acid, which is considered one of the most important antioxidants in cells. Changes in the composition of acids that are part of the Krebs cycle and the
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conjugates on a fundamental nano-level, in order to understand particular phenomena, including their interaction with cells. The candidate will master nanoparticle and conjugate design and their in-depth