BECAS
ALLASIA Mariana
artículos
ALLASIA, MARIANA; AGUSTÍN, MANCILLA; RONCO, LUDMILA I.; PASSEGGI, MARIO C. G. (JR); GUGLIOTTA, LUIS M.; MINARI, ROQUE J.
Efficient incorporation of protein into waterborne hybrid acrylic based nanoparticles
PROPRESS IN ORGANIC COATINGS; Lugar: Estocolmo; Año: 2024 vol. 188
CENCHA, LUISA G.; ALLASIA, MARIANA; VAILLARD, VICTORIA A.; NIERES, PABLO D.; CÓRDOBA, CARLOS A.; GUGLIOTTA, LUIS M.; VAILLARD, SANTIAGO E.; MINARI, ROQUE J.
Functionalization of casein and its use for preparing self-crosslinking protein-based materials
Polymer Chemistry; Año: 2023 vol. 14 p. 1881 - 1887
ALLASIA, MARIANA; AGUIRRE, MIREN; GUGLIOTTA, LUIS M.; MINARI, ROQUE J.; LEIZA, JOSE RAMON
High biobased content waterborne latexes stabilized with casein
PROPRESS IN ORGANIC COATINGS; Lugar: Mulhouse; Año: 2022 vol. 168
ALLASIA, MARIANA; SONZOGNI, ANA S.; VAILLARD, VICTORIA A.; VAILLARD, SANTIAGO E.; GUGLIOTTA, LUIS M.; MINARI, ROQUE J.
Methacrylated zein as a novel biobased macro-crosslinker for PVCL hydrogels
POLYMER; Año: 2021 vol. 235
CENCHA, LUISA G.; ALLASIA, MARIANA; PASSEGGI, MARIO C.G.; GUGLIOTTA, LUIS M.; MINARI, ROQUE J.
Formulation of self-crosslinkable hybrid acrylic/casein latex by tannic acid
PROPRESS IN ORGANIC COATINGS; Año: 2021 vol. 159
CENCHA, LUISA G.; ALLASIA, MARIANA; RONCO, LUDMILA I.; LUQUE, GISELA C.; PICCHIO, MATÍAS L.; GUGLIOTTA, LUIS M.; MINARI, ROQUE J.
Proteins as promising biobased building blocks for preparing functional hybrid protein/synthetic polymer nanoparticles
INDUSTRIAL & ENGINEERING CHEMICAL RESEARCH; Año: 2021 vol. 60 p. 4745 - 4765
ALLASIA, MARIANA; ESTEVEZ, VIRGINIA GONZALEZ; CHESTA, ALDANA A.; BACCIFAVA, RUBEN; GUGLIOTTA, LUIS M.; ALVAREZ IGARZABAL, CECILIA I.; PICCHIO, MATÍAS L.; MINARI, ROQUE J.
New insights into the properties of alkali-degradable thermosets based on epoxidized soy oil and plant-derived dicarboxylic acids
POLYMER; Año: 2021 vol. 232
ALLASIA, MARIANA; PASSEGGI, MARIO C. G.; GUGLIOTTA, LUIS M.; MINARI, ROQUE J.
Waterborne Hybrid Acrylic/Protein Nanocomposites with Enhanced Hydrophobicity by Incorporating a Water Repelling Protein
INDUSTRIAL & ENGINEERING CHEMICAL RESEARCH; Lugar: Washington; Año: 2019 vol. 58 p. 21070 - 21079