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Murtas Gabriele,Pedeliento Giuseppe,Mangiò Federico 한국마케팅과학회 2024 Journal of Global Fashion Marketing Vol.15 No.1
Luxury fashion brands have been pioneers in experimenting with NFTs and the metaverse. Though, the analysis of the success of these forerunning initiatives to date still pertains to anecdotal literature. Drawing upon a mixed-method convergent multiple- case-study design involving four cases, this study investigates how pivotal marketplace actors – namely, journalists and consumers – perceived these early experimentations and the extent to which these new technologies can support luxury fashion brands in further conveying their traditional luxury values. Findings suggest that luxury fashion brands should exploit these technologies to reinforce the perception of scarcity, accelerate the “artification” process, and innovatively convey their ancestral heritage. Nevertheless, when leveraging Web 3.0 technologies, luxury fashion brands must be particularly cautious about the risks of conveying their distinctive aesthetics ineffectively and offering experiences that do not align with the highly experiential nature of luxury.
In Vitro Stimulation of Murine Peritoneal Monocytes Induced by Alginates
Pasquali Paolo,Zalcman Amy,Murtas Susanna,Adone Rosanna,Brambilla Gianfranco,Marianelli Cinzia,Cagiola Monica,Ciuchini Franco The Pharmaceutical Society of Korea 2005 Archives of Pharmacal Research Vol.28 No.8
In this trial we assessed the effect of soluble alginates on murine cells. Mouse peritoneal monocytes were stimulated in vitro with a solution of alginate. The production of $TNF-\alpha$ and nitric oxide (NO), the expression of surface molecules CD80 and CD86, and the ability of monocytes to phagocyte bacteria were assessed, in order to evaluate the effect of alginate on cell functionality. We showed that mouse peritoneal monocytes stimulated with alginate produce NO and $TNF-\alpha$. In addition, alginate is able also to increase their phagocytic activity and to a lesser extent also to increase the expression of CD80. Even with different degrees, it implies that alginates per se act directly on immune response, being able to effectively stimulate proinflammatory activity. These findings corroborate the idea that alginates can represent interesting adjuvants to use to increase the efficacy of antigenic stimulation.
In Vitro Stimulation of Murine Peritoneal Monocytes Induced by Alginates
Paolo Pasquali,Amy Zalcman,Susanna Murtas,Rosanna Adone,Gianfranco Brambilla,Franco Ciuchini,Monica Cagiola,Cinzia Marianelli 대한약학회 2005 Archives of Pharmacal Research Vol.28 No.8
In this trial we assessed the effect of soluble alginates on murine cells. Mouse peritoneal monocytes were stimulated in vitro with a solution of alginate. The production of TNF-α and nitric oxide (NO), the expression of surface molecules CD80 and CD86, and the ability of monocytes to phagocyte bacteria were assessed, in order to evaluate the effect of alginate on cell functionality. We showed that mouse peritoneal monocytes stimulated with alginate produce NO and TNF-α. In addition, alginate is able also to increase their phagocytic activity and to a lesser extent also to increase the expression of CD80. Even with different degrees, it implies that alginates per se act directly on immune response, being able to effectively stimulate proinflammatory activity. These findings corroborate the idea that alginates can represent interesting adjuvants to use to increase the efficacy of antigenic stimulation.
송인우,Juhyeok Jang,전태민,D. Pacella,G. Claps,F. Murtas,Seung Hun Lee,최원호 한국물리학회 2016 Current Applied Physics Vol.16 No.10
A tangential X-ray pinhole camera based on a gas electron multiplier (GEM) detector was installed on KSTAR to study high temperature plasmas emitting X-ray photons in the energy band of 4e15 keV. The camera system consists of a triple-GEM gas chamber with a readout printed circuit board and a pinhole to image the plasma in two dimensions (2-D). The advantages of this tangential camera system include its compactness, high efficiency, energy discrimination in bands, and selectivity of the photon energy range etc. This camera system allows a selection of the viewing area through a remote control of the entire setup. The Philips-Tikhonov algorithm for tangential reconstruction was used to visualize the poloidal cross-sectional images. Phantom tests were performed with synthetic D-shaped plasma images and a comparison with the magnetic equilibrium flux surfaces from the real-time EFIT code obtaining a good agreement between each other. The 2-D X-ray images of the KSTAR plasma were successfully acquired during sawtooth crash, electron cyclotron heating, vertical displacement event, and emissivity from the injected trace Ar impurity.
Song, I.,Jang, J.,Jeon, T.,Pacella, D.,Claps, G.,Murtas, F.,Lee, S.H.,Choe, W. Elsevier 2016 CURRENT APPLIED PHYSICS Vol.16 No.10
<P>A tangential X-ray pinhole camera based on a gas electron multiplier (GEM) detector was installed on KSTAR to study high temperature plasmas emitting X-ray photons in the energy band of 4-15 keV. The camera system consists of a triple-GEM gas chamber with a readout printed circuit board and a pinhole to image the plasma in two dimensions (2-D). The advantages of this tangential camera system include its compactness, high efficiency, energy discrimination in bands, and selectivity of the photon energy range etc. This camera system allows a selection of the viewing area through a remote control of the entire setup. The Philips-Tikhonov algorithm for tangential reconstruction was used to visualize the poloidal cross-sectional images. Phantom tests were performed with synthetic D-shaped plasma images and a comparison with the magnetic equilibrium flux surfaces from the real-time EFIT code obtaining a good agreement between each other. The 2-D X-ray images of the KSTAR plasma were successfully acquired during sawtooth crash, electron cyclotron heating, vertical displacement event, and emissivity from the injected trace Ar impurity. (C) 2016 Elsevier B.V. All rights reserved.</P>
Ingestive Behavior of Lambs Confined in Individual and Group Stalls
Filho, A. Eustaquio,Carvalho, G.G.P.,Pires, A.J.V.,Silva, R.R.,Santos, P.E.F.,Murta, R.M.,Pereira, F.M. Asian Australasian Association of Animal Productio 2014 Animal Bioscience Vol.27 No.2
The experiment was conducted to evaluate the ingestive behavior of lambs confined in individual and group stalls. We used thirty-four lambs in their growing phase, aged an average of three months, with mean initial live weight of $17.8{\pm}5.2$ kg. They were allotted in a completely randomized design with 24 animals kept in individual stalls and 10 animals confined as a group. The experiment lasted for a total of 74 days, and the first 14 days were dedicated to the animals' adaption to the management, facilities and diets. The data collection period lasted 60 days, divided into three 20-d periods for the behavior evaluation. The animals were subjected to five days of visual observation during the experiment period, by the quantification of 24 h a day, with evaluations on the 15th day of each period and an interim evaluation consisting of two consecutive days on the 30th and 31st day of the experiment. The animals confined as a group consumed less (p<0.05) fiber. However, the animals confined individually spent less (p<0.05) time on feeding, rumination and chewing activities and longer in idleness. Therefore, the lower capacity of lambs confined in groups to select their food negatively affects their feeding behavior.