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Biosynthetic oligocellulose-based block coPolymer solid-stAte electrolytes: Towards sustainable and safe-by-design energy storage TecHnologieS (ionPATHS).Research Council of FinlandTeknologian tutkimuskeskus VTT Oy2024Photonic Inks formulated by Hemicellulose Block Copolymers and Cellulose Nanocrystals: 3D Printable Structural Colour (HemiColour)Research Council of FinlandAalto-yliopisto2024Poly(2-oxazoline) block copolymer stars as scaffolds for multivalent radioligands for cancer theranostics Poly(2-oksatsoliini) block-kopolymeeritahdet multivalenttien radioligandien alustoina syövän teranostiikkaanCancer Foundation Finland sr.Mirkka Sarparanta2023Photonic Inks formulated by Hemicellulose Block Copolymers and Cellulose Nanocrystals: 3D Printable Structural Colour (HemiColour)Research Council of FinlandÅbo Akademi2022Deciphering the structure-property relationships of the hydrophilic corona and drug loading in drug delivery systems on their interactions with biological systemsResearch Council of FinlandHelsingin yliopisto2021
Biosynthetic oligocellulose-based block coPolymer solid-stAte electrolytes: Towards sustainable and safe-by-design energy storage TecHnologieS (ionPATHS).
2024
Photonic Inks formulated by Hemicellulose Block Copolymers and Cellulose Nanocrystals: 3D Printable Structural Colour (HemiColour)
2024
Poly(2-oxazoline) block copolymer stars as scaffolds for multivalent radioligands for cancer theranostics Poly(2-oksatsoliini) block-kopolymeeritahdet multivalenttien radioligandien alustoina syövän teranostiikkaan
2023
Photonic Inks formulated by Hemicellulose Block Copolymers and Cellulose Nanocrystals: 3D Printable Structural Colour (HemiColour)
2022
Deciphering the structure-property relationships of the hydrophilic corona and drug loading in drug delivery systems on their interactions with biological systems
2021