Kontaktinformation
Salla Marttila, utbildningskoordinator SLU Grogrund
Institutionen för växtskyddsbiologi
salla.marttila@slu.se, 040-41 55 22
Examensarbete
Senast ändrad: 17 februari 2022
Inom SLU Grogrunds projekt finns goda möjligheter att göra examensarbete. SLU ser positivt på att examensarbeten genomförs i samarbete med ett företag.
Omfattningen på kandidatarbete är 10 veckor och på masterarbete vanligtvis 20 veckor, ibland mer. Huvudhandledare och examinator finns alltid vid SLU. Externa partners kan vara biträdande handledare eller annars medverkande.
Studenter som är registrerade på examensarbete är försäkrade.
Företag och andra externa parter har möjlighet att annonsera förslag för examensarbete genom:
Exempel på examensarbeten
2022
Kandidat
- Saponiner i ärta – biosyntes av soyasaponiner och dess genetiska mekanismer i ärtväxter, Ines Falk Tingström
Master
- Starchquality and cookability in pea (Pisumsativum) – study of diversity in a genotypecolletion, Johanna Fonskov
2021
Kandidat
Master
- An agroecological perspective for improving drought tolerance of wheat cultivars for Sweden, Marwan Alamrani
- Mechanisms of biogenesis of novel RNA species associated with viral infections, Ayesha Ali
- Determining Leptosphaeria species on Swedish oilseed rape and monitoring responses to Fusarium avenaceum and Fusarium graminearum in timothy populations, Anushka Athukorala
- Swedish wheat in the changing climate – screening for stable spring wheat genotypes from 2017 and 2018 with focus on protein quality in bread-making, Axel Belsing
- Screening of early root growth characteteristics in seedling of Nordic spring barley – utilization of hydroponics and GWAS for identification of QTLs and candidate genes for root traits, Karl-Johan Fabo
- The nuclear role of ATG8 autophagy proteins during plant virus infection, Giulia Ghirardello
- Evaluating starch, sugar and selected gene sequences and gene expression profiles to help improve beta-carotene production: a comparison study of cassava and potato,Thuong Ha
- Amolecular analysis of the interaction between the biocontrol fungus Clonostachys rosea and the cereal pathogen F. Graminearum, Esther Kuper
- Genetic diversity within Swedish national heritage cultivars of gooseberry, Ribes uva-crispa, Josefine Nordlander
- Deep learning in potato tuber phenotyping – automatic detection of common scab disease (Streptomyces spp.), Leon Hinrich Oehne
- Functional role of the imprinted gene PEG2 in establishing hybridization barriers in Arabidopsis thaliana, Varsha Vasudevan
- Early-detection of genome editing events delivered by CRISPR-Cas9 ribonucleoprotein in Solanum tuberosum and Brassica napus, Shaohui Wang
- Transcriptional landscape of receptor-like cytoplasmic kinase genes during rice immunity, Wanqing Wang
- Vicia faba determinate and indeterminate inflorescence genotypes – comparison of genetic variation at TFL1 locus, Jenny Östberg
2020
Kandidat
- Virus yellows in sugar beets in Sweden and Europe, Alma Gustavsson Roos
- Domestication of Lepidium campestre with genome editing CRISPR/Cas9, Ibrahim Issa
Master
- Evaluation of sugar beet genes involved in Rhizoctonia solani resistance, Niklas Klementsson
- Detection of poleroviruses causing virus yellows in sugar beet, Josefin Pettersson
2019
Kandidat
- The potential of breeding perennial grain legumes for Swedish climates, Maximilian Isendahl
- Genotyping ethylene production genes Md-ACS1 and Md-ACO1 for markerassisted selection in apple, Johan Lundmark
