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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.
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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.
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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.
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Service& Samples
< Slide to show moreMean 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 |
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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 |
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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 |
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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 |
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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 |
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Fat Emulsion
Composition
Soybean Oil, Phospholipid, etc.
Particle Size
Average Particle Size of 200nm
Cooperation& Contact
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