🧬 Lipid Nanoparticles (LNPs)
NSP provides ionizable lipids, PEGylated lipids, phospholipids, cholesterol conjugates, and functional lipid materials for lipid nanoparticle (LNP) formulation and nucleic acid delivery applications.
Representative Materials
- Ionizable lipids
- DSPE-PEGs
- DOPE-PEGs
- Cholesterol-PEGs
- Cationic lipids
- Phospholipids
Applications
- mRNA delivery
- siRNA delivery
- CRISPR delivery
- Gene therapy research
- Vaccine delivery systems
💊 Drug Delivery Systems
NSP materials are widely used in controlled release systems, nanoparticle engineering, polymeric micelles, and targeted delivery applications.
Representative Materials
- PLGA-PEG
- PLA-PEG
- PCL-PEG
- Functional PEGs
- Polysarcosine
- Amphiphilic polymers
Applications
- Controlled release
- Targeted delivery
- Nanoparticle stabilization
- Solubilization systems
- Long-circulating formulations
🧪 Bioconjugation & Surface Modification
NSP offers a broad range of functional polymers and reactive conjugation reagents for biomolecule modification and surface engineering.
Representative Functional Groups
- NHS esters
- Maleimide
- Azide
- Alkyne
- Thiol
- Biotin
- Aldehyde
Applications
- Click chemistry
- Protein conjugation
- Antibody modification
- Surface PEGylation
- Nanoparticle functionalization
- Biosensor development
🧫 Liposome Formulation
PEGylated phospholipids and helper lipids from NSP support liposome formulation, membrane stabilization, and advanced nanocarrier development.
Representative Materials
- DSPE-PEGs
- DOPE-PEGs
- DMPE-PEGs
- Cholesterol-PEGs
- DSPC
- DOPC
- DOTAP
Applications
- Liposomal drug delivery
- Long-circulating liposomes
- Targeted liposomes
- Membrane fusion systems
- Nanovesicle engineering
🧬 Nanomedicine & Stealth Coatings
NSP develops stealth polymers and hydrophilic surface-modifying materials for advanced biomedical applications.
Representative Materials
- PEG derivatives
- Polysarcosine
- PEGylated lipids
- Functional polymers
Applications
- Protein-resistant coatings
- Reduced nonspecific adsorption
- Extended circulation systems
- Nanoparticle stabilization
- Biomedical device modification
🧪 Biomaterials & Hydrogels
NSP polymers and functional materials support hydrogel engineering, biomaterials development, and tissue engineering research.
Representative Materials
- PEG derivatives
- Poly(L-lysine)
- Poly(L-glutamic acid)
- Functional polyesters
- Reactive polymers
Applications
- Hydrogel fabrication
- Surface engineering
- Biomaterial scaffolds
- Tissue engineering
- Biomedical coatings
🧪 Analytical & Process Development Support
NSP supports material development with analytical characterization and process optimization capabilities.
Capabilities
- GPC/SEC analysis
- Molecular weight characterization
- HPLC analysis
- NMR analysis
- Particle size analysis
- Process development support
Nanosoft Polymers supports researchers and biotechnology innovators with advanced drug delivery materials, functional polymers, lipid conjugates, and analytical expertise for nanomedicine, biomaterials, and pharmaceutical development applications.