Didactics
Courses conducted by Depatment for individual fields of study:
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Food safety
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Biology
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Biotechnology
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Plant Health Protection
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Horticulture
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Renewable Energy Technologies
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Erasmus
Topics of diploma theses
List of proposed topics for theses to be performed at the Department of Genetics, Plant Breeding and Biotechnology.
| Proposed topic of the thesis | Promoter | Field of study | Recommended degree of study |
| Structural and expression analysis of genes determining APR resistance to rye brown rust | prof. dr hab. Monika Rakoczy-Trojanowska | Biot | II |
| Characteristics of target genes for sRNA – an important element of the immune response of rye to brown rust | prof. dr hab. Monika Rakoczy-Trojanowska | Biot | II |
| Expression analysis (qRT-PCR method) of selected R genes in common rye infected with brown rust | prof. dr hab. Monika Rakoczy-Trojanowska | Biot | II |
| Structural analysis of selected genes involved in the response to phosphorus deficiency in rye | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Structural analysis of rye genome regions with traces of selection pressure | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Technology of doubled haploids in increasing the availability of rye genetic resources for genetics and breeding – molecular characteristics of regenerants (E) | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Analysis of the diversity of selected genes related to domestication in rye and identification of their functional variants (E) | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Identification and expression characterization of genes involved in tolerance of phosphorus deficiency in rye (E) | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Molecular characterization using SSR markers of genetic diversity, intra- and inter-population in rye forms from different regions of the world (E) | dr hab. Hanna Bolibok-Brągoszewska | Biot/Ogr/ OZR/Biol | I/II |
| Comparative transcriptomics in the context of plant reproduction (B/E) | dr Magdalena Pawełkowicz | Biot/Ogr/ OZR/Biol | I/II |
| Creation of molecular networks of proteins related to the functional traits of cucumber plants (B) | dr Magdalena Pawełkowicz | Biot/Ogr/OZR/Biol | I/II |
| Functional analysis of proteins related to plant reproductive processes (B/E) | dr Magdalena Pawełkowicz | Biot/Ogr/OZR/Biol | I/II |
| Characterization of genes related to selected aspects of plant development (B/E) | dr Magdalena Pawełkowicz | Biot/Ogr/OZR/Biol | I/II |
| Analysis of the cucumber chloroplast genome (B) | dr Magdalena Pawełkowicz | Biot/Ogr/ OZR/Biol | I/II |
(E) – experimental work; (B) – bioinformatics work;
Biol – Biology; Biot – Biotechnology; Ogr – Horticulture; OZR – Protection of plant health
If you are interested in carrying out diploma theses at Department, please contact the promoters directly.