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Reproducible and Scalable Nanoparticle Research and Development
Using NanoAssmemblr® technology, develop a broad range of nanoparticle
formulations, varying in size, payload and excipient characteristics. Find new designs for difficult-to-deliver drugs and hard-to-treat targets.
Particle Type
Active Ingredients
Nucleic Acid
Peptides and Proteins
Small Molecules
Imaging Contrast Agents
Carrier Materials
- Ionizable lipids
- Phospholipids
- Cholesterol
- PEG-Lipids
- Phospholipids
- Cholesterol
- PEG-Lipids
- Poly-lactides (ex: PLGA)
- Block copolymers (ex: PEG-b-PLGA)
- Polysaccharides (ex: chitosan, cellulose)
Emulsions
- Triolein/POPC
- Oil/Surfactant
Organic / Inorganic NPs
- Lipids
- Noble metal NPs
- Rare Earth Metals
- III-V semiconductors
Exosomes
- Natural cell-derived lipids and proteins
- Additional synthetic lipids and biomolecules
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颗粒类型
活性成分
核酸
多肽和蛋白质
小分子物质
造影剂
载体材料
- 可电离脂质
- 磷脂
- 胆固醇
- PEG 脂质
- 磷脂
- 胆固醇
- PEG 脂质
- 聚乳酸（如PLGA）
- 嵌段共聚物（如PEG-b-PLGA）
- 多糖（如壳聚糖、纤维素）
乳剂
- 三油酸甘油酯/POPC
- 油脂/表面活性剂
有机/无机纳米颗粒
- 脂质
- 贵金属纳米颗粒
- 稀土金属
- III-V 族半导体
Precision NanoSystems technology has enabled the development of a broad range of nanoparticle formulations, varying in size (20nm to 200nm), payload (e.g. nucleic acids, hydrophobic drugs) and excipient characteristics (e.g. charge and pH tuning). With the ability to iterate and tune particle characteristics faster than before, researchers are finding new designs and opening up possibilities for targets and drugs that previously would have been difficult or taken too long to develop.
In addition to the above, other particle types have also been developed on the NanoAssemblr® platform.
| Particle Type | Composition | Related Resources |
| Niosomes | Non-ionic surfactant-based Vesicle | View Paper |
| Nano-lipomer | Hybrid particles made of lipids and polymers | View Paper |
| Dendrimer Nanoparticle | Modular biodegradable dendrimer carrying miRNA | View Paper |
Related Publications
Publication - Abstract
July 01, 2020
Journal of Controlled Release
Publication - Abstract
May 08, 2020
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