USD
Comprehensive
CRO
Services
Utilizing our advanced microfluidic nano-manufacturing platform, we offer expert development for nanoformulations, including pharmaceuticals, cosmetics, and more. Covering experimental and pilot-scale, ensuring quality results.
Genizer
NanoformulationResearch
Whether your project demands liposomes, nanoemulsions, nanoparticles, albumin nanoparticles, polymer micelles, lipid-based nanoparticles, or LNPs, we provide professional R&D support. Trust us to meet your specific nanoformulation requirements.
Genizer
AnalysisServices
To ensure top-quality nanoformulations, we offer comprehensive characterization services, covering particle size, zeta potential, single nanoparticle sizing, UV spectrophotometer analysis, encapsulation efficiency, in vitro release, and HPLC for precise quantification.
Genizer
ComprehensiveSolution
Our expertise and advanced technology instill confidence in your projects, providing full support throughout drug development: nanoformulation, liposome by pH gradient method, liposome by non-organic solvent technique, targeted conjugation liposome, nanoemulsion, nanoparticles, etc., to expedite experiments and enhance assessment accuracy.
Service& Samples
< Slide to show more| Mean Diameter | 86.9 nm |
| Stnd. Deviation | 38.9 nm (44.8%) |
| Norm. Stnd. Dev. | 0.448 |
| (Coeff. of Var'n) |
| Variance (P.I.) | 0.201 |
| Chi Squared | 1.273 |
| Baseline Adj. | 0.000% |
| Z-Avg. Diff. Coeff. | 5.35E-008 cm2/s |
Liposomes by pH Gradient
Composition
HSPC, CHOL, DSPE-PEG2000, Water, etc.
Particle Size
80-100nm, Encapsulation Efficiency of 95%
| Mean Diameter | 103.8 nm |
| Stnd. Deviation | 38.2 nm (36.8%) |
| Norm. Stnd. Dev. | 0.368 |
| (Coeff. of Var'n) |
| Variance (P.I.) | 0.135 |
| Chi Squared | 0.451 |
| Baseline Adj. | 0.279% |
| Z-Avg. Diff. Coeff. | 4.48E-008 cm2/s |
Pharmaceutical Liposomes
Composition
DSPC, CHOL, DSPE-PEG2000, CPT-11, Water, etc.
Particle Size
103nm, Encapsulation Efficiency of 91%
| Mean Diameter | 127.8 nm |
| Stnd. Deviation | 52.0 nm (40.7%) |
| Norm. Stnd. Dev. | 0.407 |
| (Coeff. of Var'n) |
| Variance (P.I.) | 0.166 |
| Chi Squared | 0.825 |
| Baseline Adj. | 0.000% |
| Z-Avg. Diff. Coeff. | 3.64E-008 cm2/s |
10% Coenzyme Q
Composition
Coenzyme, Egg Yolk Phospholipid
Particle Size
Average Particle Size of 130nm
| Mean Diameter | 139.3 nm |
| Stnd. Deviation | 75.4 nm (54.1%) |
| Norm. Stnd. Dev. | 0.541 |
| (Coeff. of Var'n) |
| Variance (P.I.) | 0.293 |
| Chi Squared | 1.524 |
| Baseline Adj. | 0.000% |
| Z-Avg. Diff. Coeff. | 3.34E-008 cm2/s |
PLGA Nanoparticles
Composition
PLGA, PVA, Water, etc.
Particle Size
139nm, Encapsulation Efficiency of 92%
| Mean Diameter | 211.1 nm |
| Stnd. Deviation | 119.5 nm (56.6%) |
| Norm. Stnd. Dev. | 0.566 |
| (Coeff. of Var'n) |
| Variance (P.I.) | 0.320 |
| Chi Squared | 25.723 |
| Baseline Adj. | 0.007% |
| Z-Avg. Diff. Coeff. | 2.20E-008 cm2/s |
Fat Emulsion
Composition
Soybean Oil, Phospholipid, etc.
Particle Size
Average Particle Size of 200nm
Cooperation& Contact
Microspheres
Nanoparticles
Nanoemulsions
Nanogels
Nanospheres
Pharmaceutics
Biotechnology
Nanoencapsulation
Liposomes
Vaccine
