Zerbinati Nicola, D'Este Edoardo, De Silvestri Annalisa, Zullino Marco, Rabbiosi Giulio, Guida Stefania, Kubik Paweł, Stabile Giorgio, Mocchi Roberto, Barlusconi Chiara, Sommatis Sabrina, Cipolla Giovanna
Dermatologic Unit, Department of Medicine and Surgery, University of Insubria, 21100 Varese, Italy.
Dermatologic Unit, Centro Medico Polispecialistico, 27100 Pavia, Italy.
J Funct Biomater. 2023 Jun 29;14(7):345. doi: 10.3390/jfb14070345.
Recently, thanks to the greater discovery of the mechanisms of facial aging, an alternative to invasive plastic surgery has found space with less invasive aesthetic procedures, also based on an increasingly pressing request. We are specifically referring to dermal filler injection into or under the skin which leads to immediate rejuvenation and aesthetic improvements. In this study, we wanted to analyze the results obtained through the use of NEAUVIA Organic Stimulate, particularly with regard to its effectiveness, which is a cross-linked polymeric hydrogel, containing stabilized sodium hyaluronate 26 mg/mL and calcium hydroxyapatite (1%), glycine and L-proline in buffer pyrogen-free water, in its main indication, namely, the temporary correction of congenital and acquired deficiencies of the soft tissues of the face by intradermal injection. Initially, 70 patients were enrolled, but 10 did not complete the study due to non-observance of the investigation rules, so they were excluded from the protocol. The collected data demonstrate an efficient mechanical effect of the pegylated polymeric acid matrix enriched with low concertation of calcium hydroxyapatite and in accordance with other evidence in vitro and in vivo, and the mechanical support of the interstitial connective space improves the homestays of the anatomical layer rebalancing the physiological activity of the dermis cells.
最近,由于对面部衰老机制有了更多的发现,一种侵入性较小的美容手术替代了侵入性整形手术,这也是基于日益迫切的需求。我们具体指的是向皮肤内或皮肤下注射真皮填充剂,这能带来即时的面部年轻化和美学改善。在本研究中,我们想分析使用NEAUVIA Organic Stimulate所获得的结果,特别是关于其有效性,它是一种交联聚合水凝胶,在无热原水中含有26 mg/mL的稳定化透明质酸钠和1%的羟基磷灰石、甘氨酸和L-脯氨酸,其主要适应症是通过皮内注射暂时矫正面部先天性和后天性软组织缺陷。最初招募了70名患者,但有10名因未遵守研究规则而未完成研究,因此被排除在研究方案之外。收集的数据表明,富含低浓度羟基磷灰石的聚乙二醇化聚合酸基质具有有效的机械作用,并且与其他体外和体内证据一致,间质结缔组织空间的机械支撑改善了解剖层的稳态,重新平衡了真皮细胞的生理活性。