FUNCTIONAL NANOSYSTEMS IN COSMETIC FORMULATIONS

Nanocomposites in cosmetics refer to the incorporation of nanomaterials into cosmetic formulations to enhance their properties and performance. These nanomaterials, typically ranging in size from 1 to 100 nanometers, can be organic, inorganic, or a combination of both. Our team inspire change that is focused on production of unique Gold nanoparticles, Gold nanofluids, and multifunctional nanocomposite systems, which enable to play a crucial role in cosmetics and biomedical applications. The Gold nanomaterials enable to:    

1. Stabilizing Emulsions, acting as pickering emulsifiers, which are solid particles that stabilize emulsions by adsorbing at the oil-water interface, especially under harsh conditions like high temperatures or extreme pH levels.This creates a physical barrier that prevents the droplets from coalescing and the emulsion from separating.        

2. Enhancing Delivery of Active Ingredients, acting as carrier systems that encapsulate or attach active ingredients, such as drugs or cosmetic actives, and deliver them to target sites within the skin. Gold nanoparticles improved penetration through the skin barrier and providing unique optical properties due to the surface plasmon resonance, which can enhance the visual appeal of cosmetic products.     

3. Providing Additional Functionality through antioxidant  properties, protecting the skin from damage caused by free radicals, and demonstrating antimicrobial properties, which could be beneficial in certain cosmetic formulations.   

Overall, gold nanoparticles offer a range of potential benefits in emulsions, from enhancing stability and delivery to providing unique optical and functional properties. 

The common laboratory-scale synthesis methods, which introduce the nanomaterials additives to already existing formulations of fluids available, requires the understanding of nanofluids behavior and multilevel infusion/incorporation technologies. Our plasma excitation method of controlled production and addition of inorganic nanoparticles without chemical contamination can become one of the advanced dispersion methods. We develop nanomaterials sunthesis methods that are reusable, convenient, and cost aware. 

AviXéla focuses on the development of different plasmonic biosensing materials with improved performance based on their unique properties, such as high surface area-to-volume ratio, that facilitate the biochemical analyte capturing and signal amplification, necessary for localized surface plasmon resonance,  fluorescence enhancement, plasmon and colorimetry quenching. Using our alternate plasma scale treatment, we can achieve the reduction, deposition, and decomposition of active components, different types of nucleation, and crystal growth of catalytic materials. Compared to the conventional thermal methods, this plasma process produces smaller particle sizes over enhanced activity and stability. 

Due to their unique properties, such as the size, optical, biodegradable, low-toxicity, biocompatibility, and highly catalytic features, our steadily developed spherical nanoparticles applicable for various bio-functionalization and represent a rapidly growing part of our internal research and development. In order to prevent rapid aggregation, oxidation, and other problems, we evaluate their subsequent utilization and adequate surface modification with organic and inorganic compounds. 

We are in the process to utilize spherical gold nanoparticles, specifically conjugated for in vitro applications via a proprietary covalent polymer bridge to the PEG, alkyne, amine, azide, biotin, carboxyl, hydroxyl, methyl, maleimide, neutravidin, heparin, streptavidin, GSH, Protein A and G, galactose, thiol, and secondary antibodies. These nanoproducts are resistant to spontaneous aggregation, temperature, salt, pH, and possess exceptional loading capability that are critical for diagnostics and imaging in adverse environments.  

We keep all candidate materials, coming out of our company, confidential to the specific project they were designed for. During discovery, we will discuss primary project goals and create the path of testing commercially available options, optimizing materials to meet their specific product requirements. Quality and consistency during production is paramount. Our specialized in-house team will ensure both timely and accurate results, quality, cost, and timeline parameters.