GOTTE, Giovanni
GOTTE, Giovanni
DIPARTIMENTO DI NEUROSCIENZE, BIOMEDICINA E MOVIMENTO
Antitumor effect of Onconase in A375 melanoma cell line. A proteomic analysis.
2019-01-01 Raineri, Alice; Prodomini, Sara; Fasoli, Sabrina; Brandi, Jessica; Manfredi, Marcello; Marengo, Emilio; Cecconi, Daniela; Gotte, Giovanni; Menegazzi, Marta Vittoria
Human angiogenin dimerization and S28N pathogenic mutation.
2018-01-01 Gotte, Giovanni; Fagagnini, Andrea; Laurents, Douglas; Giannini, Michele; Prodomini, Sara; Fasoli, Sabrina
Investigations on onconase dimerization.
2017-01-01 Fasoli, Sabrina; Fagagnini, Andrea; Smania, Marcello; Butturini, Elena; Gotte, Giovanni
Onconase cytotoxicity in melanoma cancer cells: promising results to be enforced by oligomerizing the protein
2018-01-01 Raineri, Alice; Fasoli, Sabrina; Prodomini, Sara; Bianconi, Silvia; Gotte, Giovanni; Menegazzi, Marta Vittoria
Properties of RNase A monomer and dimers depend on the oligomerization pathway followed.
2018-01-01 Fasoli, Sabrina; Fagagnini, Andrea; Montioli, Riccardo; Raineri, Alice; Gotte, Giovanni
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| Antitumor effect of Onconase in A375 melanoma cell line. A proteomic analysis. | 1-gen-2019 | Raineri, Alice; Prodomini, Sara; Fasoli, Sabrina; Brandi, Jessica; Manfredi, Marcello; Marengo, Emilio; Cecconi, Daniela; Gotte, Giovanni; Menegazzi, Marta Vittoria | |
| Human angiogenin dimerization and S28N pathogenic mutation. | 1-gen-2018 | Gotte, Giovanni; Fagagnini, Andrea; Laurents, Douglas; Giannini, Michele; Prodomini, Sara; Fasoli, Sabrina | |
| Investigations on onconase dimerization. | 1-gen-2017 | Fasoli, Sabrina; Fagagnini, Andrea; Smania, Marcello; Butturini, Elena; Gotte, Giovanni | |
| Onconase cytotoxicity in melanoma cancer cells: promising results to be enforced by oligomerizing the protein | 1-gen-2018 | Raineri, Alice; Fasoli, Sabrina; Prodomini, Sara; Bianconi, Silvia; Gotte, Giovanni; Menegazzi, Marta Vittoria | |
| Properties of RNase A monomer and dimers depend on the oligomerization pathway followed. | 1-gen-2018 | Fasoli, Sabrina; Fagagnini, Andrea; Montioli, Riccardo; Raineri, Alice; Gotte, Giovanni |