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LipidFlex™ 脂质纳米颗粒和脂质体制剂 

Lipid nanoparticle LNP
LipidFlex T cell kit wo bkg
LipidFlex™ 是一种三组分脂质混合物。 

LipidFlex™ 可直接用于生成用于小分子封装的脂质体。除了不同的阳离子/可电离脂质,LipidFlex™ 还可用于生成脂质纳米颗粒 (LNP),用于封装小分子和核酸,如 mRNA、DNA、蛋白质等。

LipidFlex™ Pack 套件包括 LipidFlex 和可电离脂质 (SM102)
LipidFlex Kit

特征:

  • 灵活的阳离子/可电离脂质比

  • 灵活多样的 N/P 比

  • 尺寸:40-200 nm  synthesis 

  • PDI:0.05-0.2 

  • 封装效率(EE%):>80% (>95-99% w.优化条件)

 Features:

nanoparticle synthesis, liposome, DNA encapsulation, LNP, lipid nanoparticle, Lipid NP, nanogenerator, precigenome, mRNA LNP, drug delivery, precision medicine , flex, pro, formulation, research
  • 脂质体小册子

实验数据:

LipidFlex Data.jpg
LipidFlex T Cell Kit

特征:

Features:

LipidFlex T Cell Kit is a lipid nanoparticle (LNP) reagent mix. It is a highly efficient lipid formulation used to synthesize mRNA LNP for optimized gene delivery to primary human T cells. Using the NanoGenerator Flex-S system and CHIP-MIX-4 cartridge, customers can conveniently prepare potent mRNA LNP with high efficiency. 

T cell, nanoparticle synthesis, liposome, DNA encapsulation, LNP, lipid nanoparticle, Lipid NP, nanogenerator, precigenome, mRNA LNP, drug delivery, precision medicine , flex, pro, formulation, research
  • 脂质体小册子

LipidFlex™ T Cell Kit Performance:

Screenshot 2023-03-17 105325.png

Narrow size distribution of mRNA LNP

Screenshot 2023-03-17 105406.png

High cell viability

Screenshot 2023-03-17 105355.png

High transfection efficiency

High protein expression level

Screenshot 2023-03-17 105346.png

Time efficient synthesis process

实验数据:

nanoparticle synthesis, LNP, lipid nanoparticle, Lipid NP, nanogenerator, precigenome, mRNA LNP, PLGA, drug delivery, precision medicine, precision nanosystems, nanoassemblr, t cell kit, GenVoy

GFP+ 0.003%

GFP+ 96.8%

Negative control

Flow cytometry result showing transfected human T cell using eGFP mRNA LNP.

The graph on the left show the non treated cells (negative control). On the right the treated cells show over 95% of the live human T-cells have been transfected and expressed eGFP in 24 hours.

nanoparticle synthesis, LNP, lipid nanoparticle, Lipid NP, nanogenerator, precigenome, mRNA LNP, PLGA, drug delivery, precision medicine, precision nanosystems, nanoassemblr, t cell kit, GenVoy

With PreciGenomes LipidFlex T cell kit, the mean fluorescence intensity increased at least 200 fold (blue) compared to the negative control (red). 

tcell data final g3.png

Protein expression level is dependent on the mRNA LNP dose. This can be seen as the mean fluorescence intensity increases with mRNA dose in T cells.

tcell data final g4.png

Over 90% of the cells are alive after the treatment which corresponds to the negative control in human T-cells and Jurkat cells. 

脂质纳米颗粒与合成:

脂质纳米粒 (LNP) 或固体脂质纳米粒 (SLNs, sLNPs) 是由脂质组成的纳米粒子,具有固体 脂质 核心矩阵能够 溶解 亲脂性的 分子。通常它们是球形的,平均直径在 10 到 1000 纳米之间。

脂质纳米颗粒已成为整个制药行业的一种有前途的载体,可以提供多种治疗方法。 它们是一种新型药物给药系统和制剂。 LNP 在 2020 年底变得更加广为人知,因为一些使用 RNA 疫苗技术的 COVID-19 疫苗用聚乙二醇化脂质纳米粒子作为其运载工具来包裹脆弱的 mRNA 链。

脂质体是 LNP 的早期版本,是一种多功能的纳米药物递送平台。许多脂质体药物已被批准并应用于医疗实践。脂质体是具有至少一个脂质双层的球形囊泡。该脂质体可用作营养素和药物给药的载体。 
脂质体是复合结构,由磷脂组成,尤其是磷脂酰胆碱。它可能含有少量其他分子。尽管脂质体的尺寸范围可以从低微米到几十微米不等,但单层脂质体(如下图所示)通常在具有各种靶向配体的较低尺寸范围内。配体附着在它们的表面上,允许它们在病理区域进行表面附着和积累以治疗疾病。

 
Microfluidi mixing principle for nanoparticle sysnthesis.PNG
flex-s model front 2023.png

纳米发电机 Flex

PRO, research, nanoparticle synthesis, liposome, DNA encapsulation, LNP, lipid nanoparticle, Lipid NP, nanogenerator, precigenome, mRNA LNP, PLGA, drug delivery, precision medicine , flex

纳米发电机专业版

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