Sfoglia per Relatore
RNA-based modulation of myeloid cell immunosuppression to improve immunotherapy in a Glioblastoma model
2023/2024 ZOHRABI, SHABNAM
Ruolo della vaccinazione antitumorale nello sviluppo di vaccini contro il Covid19
2021/2022 RAMPADO, MATTIA
Sviluppo di nuovi approcci farmacologici per indurre la morte cellulare in una linea di micosi fungoide
2022/2023 ORDOODARY, NEDA
The role of iron metabolism in the immunosuppressive activity of myeloid cells into the tumor microenvironment
2021/2022 MOLVETTI, MARIA GRAZIA
Validation of target genes involved in myeloid immunosuppression for the generation of novel RNA-loaded nanosystems to enhance the efficacy of immunotherapy in Glioblastoma
2021/2022 ZAPPITELLI, TERESA
Tipologia | Anno | Titolo | Titolo inglese | Autore | File |
---|---|---|---|---|---|
Lauree magistrali | 2023 | RNA-based modulation of myeloid cell immunosuppression to improve immunotherapy in a Glioblastoma model | RNA-based modulation of myeloid cell immunosuppression to improve immunotherapy in a Glioblastoma model | ZOHRABI, SHABNAM | |
Lauree triennali | 2021 | Ruolo della vaccinazione antitumorale nello sviluppo di vaccini contro il Covid19 | Role of antitumor vaccination in the development of vaccines against covid19 | RAMPADO, MATTIA | |
Lauree magistrali | 2022 | Sviluppo di nuovi approcci farmacologici per indurre la morte cellulare in una linea di micosi fungoide | Development of new pharmacological approaches to trigger cell death in a Mycosis Fungoides cell line | ORDOODARY, NEDA | |
Lauree magistrali | 2021 | The role of iron metabolism in the immunosuppressive activity of myeloid cells into the tumor microenvironment | The role of iron metabolism in the immunosuppressive activity of myeloid cells into the tumor microenvironment | MOLVETTI, MARIA GRAZIA | |
Lauree magistrali | 2021 | Validation of target genes involved in myeloid immunosuppression for the generation of novel RNA-loaded nanosystems to enhance the efficacy of immunotherapy in Glioblastoma | Validation of target genes involved in myeloid immunosuppression for the generation of novel RNA-loaded nanosystems to enhance the efficacy of immunotherapy in Glioblastoma | ZAPPITELLI, TERESA |
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