Search for dissertations about: "cell reprogramming"
Showing result 1 - 5 of 72 swedish dissertations containing the words cell reprogramming.
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1. Generating Dendritic Cells by Direct Cell Reprogramming. Merging cellular reprogramming with immunology towards the development of novel cancer immunotherapies
Abstract : Cell fate reprogramming towards pluripotency or alternative somatic cell-types has highlighted the plasticity of adult somatic cells, providing new technologies to generate desired cell types for tissue repair or for disease modeling. There is momentum to bring these concepts to immunology by specifying unique immune cellular identities that set in motion immune responses. READ MORE
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2. Restoring antitumor immunity with dendritic cell reprogramming strategies. Reprogramming cancer cells to antigen-presenting cells
Abstract : For the past two decades, immunotherapy revolutionized cancer treatment. However, responses vary significantly among eligible patients and some cancer types are not yet open to immunotherapy. Several mechanisms contribute to immunotherapy resistance, including loss of antigen presentation machinery and immunosuppression. READ MORE
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3. Cell reprogramming as a way to produce new functional neurons
Abstract : .... READ MORE
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4. Cardiac cell identification and isolation
Abstract : Identification and isolation of cardiomyocytes from the heart, embryonic stem cells, or induced pluripotent stem cells is a challenging task and will require specific isolation techniques. Less than 30% of the cells within the murine heart are cardiomyocytes and, what is more, there are multiple sub-populations of cardiomyocytes like atrial, ventricular and conduction system cardiomyocytes. READ MORE
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5. Mechanisms Underlying the Specification of Definitive Hematopoiesis
Abstract : Hematopoietic stem cells (HSCs) maintain blood through self-renewal and differentiation. Although HSC transplantation is the only cure for various blood disorders, generating and maintaining HSCs in vitro remains challenging, partly due to a limited understanding of the cellular and molecular mechanisms underlying human HSC ontogeny. READ MORE