Studentru07

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS41- Advanced models of human disease (key criteria to choose a animal model, mouse models, anatomy and physiology of mice, methods to model disease in mice, Cre-loxP system, transgenesis, CRISPR/Cas9, mouse strains, nomenclature, genetic drift, drosophila models, differences between drosopila and humans, P-element-mediated transformation, ΦC31 integrase-mediated transgenesis, mutants, UAS-Gal4 system, pros and cons of ...

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS76- Cell motility in physiology and pathology (actin organization/dynamics, polarization, protrusion, adhesion, contraction, tail retraction, environmental guidance of cell movement, haptokinesis, haptotaxis, chemotaxis, topotaxis, durotaxis, single amoeboid migration, single mesenchymal migration, collective cell migration, plasticity, mode transition, wound healing, experimental approaches to study wound healing, chro...

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS72 - Cancer development and immune defense (stem cell biology, hematopoiesis, leukemia, ChIP, AML/MDS, clonal evolution, epigentics, histone acetylation/methylation, DNA methylation, epigenetics in cancer, NK cells, T cells, dendritic cells, allogeneic stem cell transplantation, CAR T cell therapy, cancer-immunity cycle, cancer immunoediting, cancer immunogram en dendritic cell-based vaccines). This summary contains all...

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS42 - Targeting cellular processes to treat disease (TCA cycle, oxidative metabolism, anaeorbic glycolysis, mitochondrial biology, isolated human complex I deficiency, small molecules, integrin adhesion and signaling, antibodies, integrins in cancer, tissue engineer, ATMP en medical device). This summary contains all subjects covered during the master course BMS42 - Targeting cellular processes to treat disease (TCA cycl...

Deze samenvatting bevat alle onderwerpen behandeld tijdens minor 18 (stem cell biology, clonal evolution, pathogenesis, leukemic transformation, acute myeloid leukemia, flow cytometry, autologous/allogeneic transplantation, myelo proliferative diseases, (chronic myeloid leukkemia, essential thrombocythemia, polycythemia vera, primary myelofibrosis), B-cell development, lymphomas (follicular lymphoma, DLBCL) en plasma cell dyscrasia). Daarnaast staan alle antwoorden van de IVTs in deze samenvatti...

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS75 - Advanced tools in molecular biology en BMS40 - Nanomedicine. This summary contains all subjects covered during the master course BMS75 - Advanced tools in molecular biology and the course BMS40 - Nanomedicine.

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS40 - Nanomedicine (current drug delivery nano systems, liposomes, antibody drug conjugates, oligonucleotides, conjugation strategies, biochemistry, organs-on-a-chip, receptor nanodomains, theranostic approaches, fluorescent imaging, photodynamic therapy, radioembolization en brachytherapy with radioactive microspheres). This summary contains all subjects covered during the master course BMS40 - Nanomedicine (current...

Deze bundel bevat de samenvatting van MIN13 Medical Biotechnology towards Clinical Practice en MIN18 Hemato-oncology: From concept to cure die gegeven worden in het derde jaar van de bachelor Biomedische wetenschappen.

Deze samenvatting bevat alle onderwerpen behandeld tijdens het master vak BMS75 - Advanced tools in molecular biology (designing molecular probes, subcloning, primer design, cell transfection methods, CRISPR/Cas technologies, functional protein analysis, epitope tags, affinity tags, cell seleciton, fluorescent protein vectors, single fluorescent protein-based probes, BiFC-based probes and FRET-based probes). This summary contains all subjects covered during the master course BMS75 - Advanced...

Deze samenvatting bevat alle onderwerpen behandeld tijdens minor 13 (molecular cloning, genetically modified organisms, CRISPR/Cas9, vaccines, therapeutic antibodies, genetic therapy and its tool box, molecular diagnostics, gene therapy, stem cells & tissue engineering en research involving humans).