Items where Division is "The Faculty of Bio Sciences > Dean's Office of the Faculty of Bio Sciences" and Year is 2023
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Araujo Sousa, Carolina (2023) Analysis of neuroactive peptides on mouse hypothalamic thermoregulation. [Dissertation]
Bufe, Anja (2023) The roles of Wnt signaling during mitosis. [Dissertation]
Doldan, Patricio (2023) Live-cell microscopy analysis of rotavirus-infection spread and its associated innate immune response in human intestinal epithelial cells. [Dissertation]
Feuerstein-Akgöz, Clarissa (2023) Integrated multi-omic dynamics of human adipocyte differentiation with focus on DNA hydroxymethylation and epigenomic effects of long-term docosahexaenoic acid treatment. [Dissertation]
Fuchs, Michael (2023) Quantitative approaches towards understanding cell-to-cell mobility of the homeodomain transcription factor WUSCHEL (WUS) in the Arabidopsis thaliana shoot apical meristem. [Dissertation]
Gillich, Nadine (2023) Role of LGP2 in the Innate Immune System upon Viral Infections. [Dissertation]
Hadzic, Armin (2023) Heterogeneity and multi-omics features of alternative lengthening of telomeres. [Dissertation]
Janocha, Denis (2023) Metabolic regulation of the shoot apical meristem by the TOR kinase in Arabidopsis thaliana. [Dissertation]
Mangei, Jasmin Elena (2023) Exploring therapeutic vulnerabilities in tumours with GLI1 oncogene activation. [Dissertation]
Nebioglu, Firat (2023) HOST FACTORS ASSOCIATED WITH HEPATITIS B VIRUS LIFE-CYCLE: INSIDE AND OUT. [Dissertation]
Saharuka, Veronika (2023) Application of MALDI mass spectrometry for spatially resolved, untargeted metabolomics. [Dissertation]
Schmid, Theresa (2023) BCAT1 is a novel target of MLL fusions and essential for leukemic stem cell transformation. [Dissertation]
Vaishali, Vaishali (2023) Characterisation of RNA binding proteins and their roles in the Drosophila germline. [Dissertation]
Yuan, Cheng (2023) Analysis of the role of Wnt signaling activation in ciliogenesis. [Dissertation]
Zhang, Kaiqing (2023) The role of WNT/STOP signaling during neurogenesis and ciliogenesis. [Dissertation]