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     updated on  August 29th, 2020

YoungInnovation: the state of research communicated by young researchers - Topical Delivery of actives Part II

18 SEPTEMBER   sveglia 11:00 - 12:30

TT.X Technical Multi-Track with Parallel SYMPOSIA
YoungInnovation: the state of research communicated by young researchers - Topical Delivery of actives Part II
Co-organized with University Magna Graecia of Catanzaro & Sapienza University of Rome
Chairs: Erwin Pavel LAMPARELLI, University of Salerno & Anna IMBRIANO, Sapienza University of Rome
Innovative technologies, including nanotechnologies, represent, in recent decades, an important opportunity to improve human living conditions especially in healthy fields (pharmaceutical, cosmetic and food). The focus of this workshop is to evaluate the current status of the research. In particular, we’ll analyze both very innovative aspects, i.e. regenerative medicine by means of steam cells and 3D Print Technologies, and traditional routes of administration revaluated thanks to the most modern approaches. An interesting aspect of the workshop “YoungInnovation the state of research presented by those who daily works in laboratory to produce innovation.
The symposium is part of the workshop WS.iV
TT.X.A.1
WS.IV.6.1

Luca CASULA - CV
University of Cagliari

Delivery of nanosuspensions into the skin using needle-free jet injector

RESERVED 2bn CASULA Luca
TT.X.A.2
WS.IV.6.2

Maria Chiara CRISTIANO - CV
University “Magna Græcia” of Catanzaro

Topical drug delivery systems included in poloxamer 407 gel: rheological characterization and release studies of model drug

slide PPT CRISTIANO Maria Chiara
TT.X.A.3
WS.IV.6.3

Antonia MANCUSO - CV
University “Magna Græcia” of Catanzaro

Monitoring of skin response following the topical administration of vesicular drug delivery systems

slide PPT MANCUSO Antonia
TT.X.A.4
WS.IV.6.4

Hiba NATSHEH - CV
University of Jerusalem, Israel

Peptides Delivery to Brain by Nasal Administration

RESERVED 2bn NATSHEH Hiba
TT.X.A.5
WS.IV.6.5
Giulia VANTI - CV
University of Florence

Hydroxypropyl methylcellulose hydrogel of berberine chloride-loaded escinosomes: dermal absorption and biocompatibility 
slide PPT VANTI Giulia
ROOM 8
 

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