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2020 SGC2.0升级成功 生物科技的长春不老药

放大字体  缩小字体 2020-11-07 15:53:12

  香港科技大学完成SGC2.0报告

  提交香港创新科技署(UIM/340)

  历时两年,由香港科技大学通过无数实验*、数据分析,SGC是现今欧盟细胞级科技“先进疗法Advance Therapy Medicinal Product”之中,最安全、快速、彻底、持久的先进技术,超越欧美皮肤修复黄金标准:肤质回复年轻、细嫩、紧致、提升、水润一次性解决肤质所有问题

  报告详尽,证明SGC具有细胞增殖作用*和细胞修复作用*,能令皮肤细胞回复年轻时的状态,细胞与细胞之间分泌的粘黏度增加,回复弹性紧致,轮廓全面提升,效果自然、年轻,超越一般物理性埋线、手术拉皮或注入物质的效果作用。

  100%由您自身制造的原素*,有如用私人定制的钥匙打开你细胞的锁,把最天然不过的细胞原素优化,以高科技存取应用,每月一次简单外抹皮肤,即可抗老化、增加胶原蛋白、玻尿酸,眼睛黑白分明有神釆;还能解决肤质问题,包括荷尔蒙斑、粗糙凹凸皮肤、增生性疤痕、湿疹过敏、过度整容注射、「网红脸」、「激素脸」等,都会因细胞修复功能改善至获得痊愈。

  修复速度之快,有如一个四、五十岁的人回到二十岁的细胞修复速度。所以SGC在生物科技中是一个「长春不老药」!

  01

  · 报告内容 ·

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  *SGC具有细胞修复作用

  SGC对细胞的伤口愈合作用显著!通常HaCaT细胞需要24小时才能完成愈合过程;施用SGC后,在8小时后伤口修复超过90%,说明SGC在细胞修复的强劲功效。

  SGC含全套生长因子、人体天然脑神经传导体血清素、人体天然抗氧化、抗老化剂GSH谷胱甘肽、Q10、ATP、Col1A1、MMP2……这些物质都具备着独特的作用发挥协同效应全面修复。详见下表格:

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  结论:以上人体内的天然物质,随着年龄增长将逐渐减少,出现皱纹、色斑、松弛、粗糙、色黄、细胞氧化、甚至忧虑、健忘等现象。藉SGC的补充,发挥强劲的细胞增殖能力,在皮肤上显出逆龄及年轻的功效。

  SGC超卓的修复功能,对发炎中的细胞、增生性及红肿疤痕,有针对性的治疗作用。

数据显示皮肤弹性提高135.5%、水润、美白、抗氧化效果显著*。超过1000名临床实验发现,SGC能有效改善荷尔蒙斑、蝴蝶斑;还有助改善因细胞失衡引起的敏感(俗称激素脸)、过度整容、注射引起的皮肤生硬凹凸(俗称整形后遗症)。

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  02· SGC成效量化 ·SGC开创抗衰老产品成效量化之先河——SGC皮肤检测中心(此检测中心位于香港科技大学)利用国际级精密仪器检测产品活性成效,藉医学级皮肤分析仪(Cutometer dual MPA 580, Courage + Khazaka Electronic, Koln, Germany)比较产品施用前后皮肤的水分、色泽、弹性??给出完整皮肤对比检测报告,为皮肤数据建立标准。

  *【实验方法】:

  1.1. protection from exogenous oxidative stress

  SGC sample was added to human keratinocytes (HaCaT cells). After 24 hours SGC treatment, cells were incubated with cell culture medium supplemented with tBHP, which as a reactive oxidative species (ROS) to exert oxidative stress on cells. MTT cell viability assay was then applied to determine the protective effect of SGC samples on HaCaT under oxidative stress. In short, viable HaCaT could convert yellow MTT compound into violet crystals, which can be colorimetrically quantified to reflect % viabilities.

  1.2. Mushroom tyrosinase (mTyr) assay

  Tyrosinase-catalyzed oxidation of L-DOPA is the rate determining step of melanin synthesis in human melanocytes. In the presence of mTyr, an enzyme homolog of human Tyr, L-DOPA is catalyzed into dopachrome, which can be quantified by measurement of absorbance at 492nm. SGC samples were added to reaction mixture and the reaction mixture was incubated for 20 min. The increase of tyrosinase activity implied the higher melanin synthesis with tyrosinase catalysis and the reduced A492 compared to no SGC-sample control may suggested effective skin lightening effect.

  1.3 Total Anti-oxidant capacity (TAC) assay

  Total Anti-oxidant capacity was measured to determine the anti-oxidant power, which plays an important role in preventing the formation and scavenging of free radicals and other potentially toxic oxidizing species. In TAC assay, Trolox was used to standardize antioxidants so that antioxidants in SGC were collectively represented as Trolox equivalents. Trolox equivalent was an indication of the capability of SGC to resis oxidative damage conferred by reactive oxygen species.

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  秉持践行创新的理念,

  SGC努力不懈,获得社会各界的广泛认可,抢占标准高地,为持续优质服务海内外消费者,不断推出一轮又一轮的创新举措。


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