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Pioneering the development of  adjuvants for the next generation of vaccine manufacturing

Fine-tuning Aluminum vaccine adjuvants' physiochemical properties to suit requirements without change to the original product composition-of-matter

High Surface to Volume Ratio

 Large surface areas generate a higher capacity of interaction
sites. This has important
implications for antigen delivery, improved bio-availability and controlled release.

Stable Colloidall Suspension

Our product  demonstrates remarkable stable colloidal suspension. Stable colloidal suspension generates
better adsorption and homogeneity of
multi-component vaccine formulation

High Antigen Absorbtion

Our high antigen adsorption property is the manifestation of small crystallite size and high surface to volume ratios. Studies indicate that small crystallite size
induced a stronger antigen-specific antibody response. 

High Purity

Trace metals are below
detection limits. Studies indicates that high amount of elemental impurities can affect vaccine stability

Material Data Sheet

About Us

Adjucon's solution not only minimizes the processing cost and increases the purity of the product, it alleviates wet waste management and provides extensive flexibility to meet the product specification requirements of various industries according to the market applications and demand.

Image by Alexandra Lee

Products

Vaccine
Image by Louis Reed
Image by Julia Koblitz
Image by National Cancer Institute

Advanced Aluminum
(Vacccine Adjuvant)

Aluminum  Oxyhydroxide Phosphate

Aluminum Oxyhyrdoxide Phosphate Sulphate

Magnetic Adjuvant

Science

Adjuvants have a critical role in a vaccine formulation. Adjuvants are added to vaccines to produce faster, stronger and longer-lasting immune responses and to improve the overall potency of the vaccine. Adjuvants might potentially have additional advantages, such reducing vaccination frequency and per-vaccine antigen dose. 

 

Aluminum Adjuvant

 

Aluminum adjuvants have been around for more than 50 years. They have a long record of safety. Commonly used aluminum adjuvants in licensed vaccines are aluminum oxyhydroxide and aluminum phosphate. 

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Formulation of Vaccines With Aluminum Adjuvants 

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Antigen adsorption to adjuvants mostly occurs via hydrophobic, electrostatic, and ligand exchange mechanisms. Adjuvant surface charge, adjuvant size, dose, aspect ratio, dispersion, sedimentation rate, elemental impurities, antigen net charge, buffer type, surfactant type, pH, microenvironment pH,  functional group, multiple antigens, complex antigens, isotonicity are some of the crucial attributes that play a vital role in vaccine formulations. 

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Aluminum-containing Combination Adjuvants 

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The combination of immunostimulatory molecules and aluminum can have a more effective immune response. Toll-like receptors are excellent candidates for combination adjuvants for example CpG 1018 (Dyanavax Technologies Inc.).

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