Our Research Grounded in Science, Empowered by Collaborative Partnerships

In this proof of concept study with a fermentation partner, the objective was to understand the impact that Hydrosome H2O could have on the growth of filamentous fungi.

This in house study was designed to demonstrate the impact that Hydrosome Labs technology has on the growth of yeast, using a continuous supply of ultrafine bubbles.

In this bench scale study with a fermentation partner, the objective was to understand the impact that Hydrosome H2O could have on the yield of a target compound from a precision fermentation

This study, done at the University of Illinois Integrated Bioprocessing and Research Laboratory (IBRL), was to demonstrate the impact of Hydrosome Labs technology on cell growth and biomass in a pilot scale fed batch fermentation.

The applications of Hydrosome Labs ultrafine bubble technology to the food and beverage industry.

In this study, Hydrosome Labs contracted with TRI Princeton to investigate improved skin delivery and stability of sytenol (also known as bakuchiol, a retinol alternative) when formulated with Hydrosome H2O.

In this study, Hydrosome Labs collaborated with TRI Princeton, a well respected cosmetics research lab, to understand the effects of Hydrosome H2O on the hydration of human skin samples.

In this study, Hydrosome Labs contracted with TRI Princeton to investigate improved skin permeation of carnosine when formulated with Hydrosome H2O. Carnosine is a common skincare active ingredient used for its anti-oxidant and anti-aging effects.

In this study, Hydrosome Labs partnered with a third party laboratory to show the cellular uptake of zinc in deionized water as compared to Hydrosome H2O. Zinc is heralded for its health benefits and the ability of Hydrosome H2O to effectively deliver this nutrient could lead to better outcomes for consumers.

In this study, Hydrosome Labs partnered with a leading precision fermentation company to observe the growth differences in Pichia Pastoris in the presence of Hydrosome H2O. The ability of Hydrosome H2O to enhance microbial fermentation yields can make it a valuable technology for a multitude of industries.

In this study, Hydrosome Labs partnered with a licensed cannabis grower to determine if Hydrosome H2O can increase cannabinoid and terpene levels when combined with timed fertilizer adjustments.

In this study, Hydrosome Labs partnered with a leading probiotics manufacturer to evaluate the antimicrobial effects of Hydrosome H2O on various bacterial strains grown in a ginseng (antimicrobial) media.

Hydrosome H2O can increase root mass during cannabis cutting propagation.

In this study, Hydrosome Labs contracted with TRI Princeton to investigate improved delivery of niacinamide when formulated with Hydrosome H2O. Niacinamide is a common skincare active ingredient used to improve skin resiliency and texture.

In this study, Hydrosome Labs contracted with TRI Princeton to investigate improved delivery of Everwhite (Vitamin C) when formulated with Hydrosome H2O.

This study conducted by Hydrosome Labs, compares the growth rate and health of Hydroponic Dandelion Root (an alternative source of rubber) grown in Spring Water vs. Hydrosome H2O.

Hydrosome Labs contracted with TRI Princeton to show improved skin penetration