ZEMA, LUCIA

ZEMA, LUCIA  

Dipartimento di Scienze Farmaceutiche  

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Titolo Data di pubblicazione Autori Tipo File Abstract
3D printed multi-compartment capsular devices for two-pulse oral drug delivery 28-dic-2017 A. MaroniA. MelocchiA.A. FoppoliL. ZemaA. Gazzaniga + Article (author) -
3D printing by fused deposition modeling (FDM) of a swellable/erodible capsular device for oral pulsatile release of drugs 1-dic-2015 A. MelocchiG. LoretiA. MaroniA. GazzanigaL. Zema + Article (author) -
3D Printing by Fused Deposition Modeling of Capsular Devices for Oral Pulsatile Release Based on Swellable/Erodible Polymers 1-gen-2015 A. MelocchiF. CasatiA. MaroniA. GazzanigaL. Zema + Article (author) -
3D printing by fused deposition modeling of single- and multi-compartment hollow systems for oral delivery – A review 15-apr-2020 Melocchi A.Uboldi M.Maroni A.Foppoli A.Palugan L.Zema L.Gazzaniga A. Article (author) -
3D printing by fused deposition modeling of swellable/erodible capsular devices for oral pulsatile release 1-gen-2015 A. MelocchiG. LoretiA. MaroniL. ZemaA. Gazzaniga + Book Part (author) -
A factorial approach to highly loaded 5-ASA multiparticulate dosage form by extrusion-spheronisation 1-gen-2010 G. Di PretoroL. ZemaL. PaluganA. Gazzaniga + Conference Object -
Active packaging for topical cosmetic/drug products: a hot-melt extruded preservative delivery device 1-giu-2010 L. ZemaM.E. SangalliA. MaroniA. FoppoliA. Gazzaniga + Article (author) -
Administration strategies and smart devices for drug release in specific sites of the upper GI tract 1-ago-2022 Uboldi, MarcoMelocchi, AliceMoutaharrik, SalihaPalugan, LucaCerea, MatteoFoppoli, AnastasiaMaroni, AlessandraGazzaniga, AndreaZema, Lucia Article (author) -
Allestimento per estrusione a caldo di filamenti a base di polimeri termoplastici di interesse farmaceutico e loro impiego per la stampa 3D mediante fused deposition modeling 1-gen-2016 A. MelocchiA. MaroniF. CasatiS. MoutaharrikA. GazzanigaL. Zema + Book Part (author) -
Applicazione di disegni sperimentali ad un processo di stratificazione di polveri (powder layering) in rotogranulatore a letto fluido 1-gen-2007 L. PaluganL. ZemaA. FoppoliG. LoretiA. CozziA. GazzanigaM.E. Sangalli Conference Object -
Assessment of hot-processability and performance of ethylcellulose-based materials for injection-molded prolonged-release systems : an investigational approach 5-set-2018 Casati, F.Melocchi, A.Maroni, A.Gazzaniga, A.Zema, L. + Article (author) -
Assessment of modified microcrystalline cellulose for the preparation oh high-loaded 5-ASA pellets by extrusion-spheronisation 1-gen-2009 G. Di PretoroA. GazzanigaL. Zema + Conference Object -
Cellulase as an "active" excipient in prolonged-release HPMC matrices: A novel strategy towards zero-order release kinetics 25-set-2021 Palugan, LucaFilippin, IlariaCirilli, MicolMoutaharrik, SalihaZema, LuciaCerea, MatteoMaroni, AlessandraFoppoli, AnastasiaGazzaniga, Andrea Article (author) -
Characterization of the performance of a new bin-blender (Tumbler® Cyclops) 1-nov-2005 L. ZemaA. CozziL. PaluganA. MaroniA. Gazzaniga + Article (author) -
ChronoCap: a novel Capsular Device for Oral Pulsatile Delivery 1-ott-2010 A. GazzanigaA. CozziM. CereaL. PaluganE. MacchiL. Zema Conference Object -
Chronotopic technology 1-gen-2009 M.E. SangalliA. MaroniL. ZemaM. CereaA. Gazzaniga Book Part (author) -
Chronotopic® System for colon specific delivery: Pharmacokinetic and scintigraphic evaluation 1-gen-1998 M.E. SangalliA. MaroniL. ZemaA. Gazzaniga + Article (author) -
Chronotopic™ System : feasibility and scale-up of the preparation process in bottom-spray fluid bed equipment 1-gen-2007 M. CereaL. ZemaA. Gazzaniga + Article (author) -
The chronotopic™ system for pulsatile and colonic delivery of active molecules in the era of precision medicine: Feasibility by 3D printing via fused deposition modeling (fdm) 20-mag-2021 Melocchi A.Uboldi M.Moutaharrik S.Cerea M.Foppoli A.Maroni A.Palugan L.Zema L.Gazzaniga A. + Article (author) -
Co-processed microcrystalline cellulose and sodium carboxymethyl cellulose as spheronisation AID for disintegrating pellets 1-giu-2014 F. CasatiL. PaluganG. LoretiM.D. Del CurtoL. ZemaA. Gazzaniga Book Part (author) -