Università del Salento: ESE - Salento University Publishing

Ria, Demetrio

Università del Salento - Coordinamento SIBA

Italian

Pensiero trasformativo e ontologie regionali della pedagogia: alla ricerca del "pensar bene".

   
 
Sapere pedagogico e Pratiche educative • n. 9 - 2024 • e-ISSN: 2610-8968 • e-ISBN: 978-88-8305-207-1 • 
DOI: 10.1285/i26108968n9p3 
INDICE 
 
 
Indice 
 
3 
Introduzione: pensiero trasformativo come paradigma della ricerca sperimentale. 
Demetrio Ria 
 
5 
Flessibilità e adattamento al cambiamento: la Flexible Classroom nella scuola 
primaria. Vincenza Barra, Michela Gualtieri e Michele Domenico Totino  
 
11 
Corpo, Danzamovimentoterapia, educazione e pregiudizio: connessioni e percorsi per 
un apprendimento trasformativo. Fernando Battista 
 
19 
Dottorato e Art-Based Methods: the global classroom project. Un workshop condiviso 
tra Milano e Philadelphia. Elisabetta Biffi e Franca Zuccoli 
 
29 
Master ‘Teatro, Pedagogia e Didattica’: la didattica performativa come strumento di 
ritorno alla presenza. Nadia Carlomagno e Valeria Minghelli 
 
35 
Arianna: una ricerca performativa nell’esperienza della crisi e delle sue possibilità 
trasformative nell’ambito del lavoro educativo sociale. Antonella Cuppari 
 
49 
Apprendimento trasformativo, arti performative, cambiamento sociale.         
Giovanni Di Pinto 
 
63 
La musicoterapia come pratica trasformativa. Antonio Esperti 
 
69 
Performance collettiva digitale. Roberto Maragliano, Pino Moscato e Stefano Penge 
 
77 
 
 
 
 
 
 4 
 
 
 
 
T-Play e apprendimento trasformativo. Pina Montinaro 
 
79 
Educazione alla consapevolezza della corporeità come processo trasformativo nei 
contesti educativi. Lucia Pallonetto e Carmen Palumbo 
 
83 
Il patrimonio immateriale musicale etrusco e la riproduzione di strumenti in 3D per    
la promozione delle competenze trasversali: un’esperienza di formazione degli 
educatori museali. Antonella Poce, Maria Rosaria Re e Mara Valente 
 
89 
Innovare il patrimonio immateriale della banda per rigenerare la comunità. 
Emanuele Raganato 
 
101 
Pensiero trasformativo e ontologie regionali della pedagogia: alla ricerca del   
“pensar bene”. Demetrio Ria 
 
109 
Danzamovimentoterapia con equipe educative in tempo di pandemia.          
Marialisa Rizzo 
 
125 
Didattica attiva e sviluppo della creatività. Concetta Tino e Raffaele Tore 
 
139 
Community Based Learning: narrazione e mappatura dei luoghi dell’immaginario   
per una didattica inclusiva. Michele Domenico Todino e Antonina Plutino 
 
149 
Riscoprire la città: percorsi di partecipazione e interpretazione del patrimonio 
culturale. I casi Bicocca e Mobartech. Franca Zuccoli 
 
155 
 


Indice

Copertina

Baldari, Clara

Maiorano, Gabriele

Gigli, Giuseppe

Palamà, Ilaria Elena

LEbiotec VI edition – Lecce 27-29 September 2023 – Abstract Book 
 
9 
 
Biomimetic Nanoparticles for Tumor Targeting in Cancer Therapy 
 
Clara Baldari1,2; Gabriele Maiorano2; Giuseppe Gigli1,2, Ilaria Elena Palamà2 
 
1 Department of Mathematics and Physics, University of Salento, Monteroni Street, 73100 Lecce, Italy 
 
2 Nanotechnology Institute, CNR-NANOTEC, Monteroni Street, 73100 Lecce, Italy 
 
 
 
Over the past few years, researchers have been exploring the use of nanoparticle-based 
drug delivery systems to overcome the limitations of traditional chemotherapy in cancer 
treatment. Nanoparticles (NPs) provide a platform for improved drug delivery to cancer by 
enhancing drug solubility, stability, and bioavailability. 
In this frame we synthetized biomimetic nanoparticles composed by a polymeric core 
covered by cancer cell membrane, thus conferring to the assembled NPs the ability to 
entirely replicate the surface antigenic diversity of source cells selectively targeting cancer 
cells. 
Resulting biomimetic NPs are physically characterized in morphology, size and correct 
coating with cancer cell membranes. The purity and retention of cancer cell membrane 
proteins on biomimetic NPs is assessed through biochemical analysis. 
Also, cellular uptake of biomimetic NPs, and homotypic binding with different cell lines are 
assessed by flow cytometric analyses and Confocal Laser Scanning Microscopy imaging. 
These investigations confirm the higher internalization rates of biomimetic-NPs in their 
source cells, when compared to other cell lines, thus confirming the self-recognition 
capability typical of cancer. Resulting biomimetic NPs can be used to homotypically target 
cancer cells for biologically active molecules delivery thanks to a cancer-targeting strategy 
based on the intrinsic homotypic properties of cancer cell membranes. 
  


English

Biomimetic nanoparticles for tumor targeting in cancer therapy

Letizia, Francesca

Del Piano, Irma

Anglana, Chiara

Barozzi, Fabrizio

Esposito, Federica

Calcagnile, Matteo

Alifano, Pietro

Di Sansebastiano, Gian Pietro

LEbiotec VI edition – Lecce 27-29 September 2023 – Abstract Book 
 
18 
 
Innovative biotechnological filter based on aquatic moss to be applied 
in aquaculture 
Letizia F.1*, Del Piano I.1, Anglana C. 1, Barozzi F. 1, Esposito F. 1, Calcagnile M. 1, Alifano P. 
1, Di Sansebastiano GP. 1 * 
1 University of Salento, Department of Biological and Environmental Sciences and Technologies, ECOTEKNE, 
s.p. Lecce-Monteroni, 73100 Lecce, Italy 
 
*francesca.letizia@unisalento.it; gp.disansebastiano@unisalento.it 
 
 
 
Fish farming pollutes waters with high concentrations of nitrogenous compounds and 
therefore the use of plants for phytofiltration is one of the promising trends in environmental 
biotechnology to purify wastewater. Aquatic moss biomasses, due to the ability of the 
gametophyte to absorb pollutants through the whole of its surface, can act as live filtering 
material, furthermore they represent a possible 3D support for the classic nitrifying bacteria. 
In this study, in the frame of the project fish RISE (PON 2014/20 ARS01_01053), it was 
tested the variation of the amount of nitrogenous compounds such as nitrites, ammonium 
ions and urea by two species of moss, Taxiphyllum barbieri and Leptodictyum riparium, both 
in sterile and non-sterile conditions. These are able to metabolise nitrogenous compounds. 
Indeed, from the results obtained it is possible to confirm this ability, because the 
concentration of nitrogenous compounds decreases in time. The use of Nitrogen 
compounds related to different metabolic steps allow to discuss in more detail the action of 
the two compared species. The nature of pollutants was selected having in mind the needs 
of aquaponic biofiltration, but the applicability is wide. However, it is evident that aquatic 
mosses, thanks to numerous advantages, can be the basic component of biofilters for 
aquaponics, representing a new opportunity for the eco-sustainable recovery of water. 
  


Innovative biotechnological filter based on aquatic moss to be applied in aquaculture

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