Technologies

Description

This innovation combines cavitation and plasma methods for water purification, offering an energy-efficient, chemical-free, and scalable solution with effective cleaning capabilities.

Description

The invention describes a method for producing solid dispersions of pharmaceutical ingredients using infrared light to generate heat, eliminating the need for organic solvents and reducing toxicity and costs.

Description

The invention presents a novel peanut allergy therapy using IgE epitope-like peptides that bind to specific IgEs, preventing allergic reactions, and offering a potential cure where current treatments have not.

Description

The development of thermally stable, cold-chain-independent insulin represents an urgent solution that can significantly improve treatment accessibility while addressing broader stability challenges in biopharmaceuticals.

Description

The present invention is two new homodimerization assays constructed on the basis of bacterial transcription factors LexA and ToxR and the plasmids used for such assays.

Description

The invention enables the production of high-strength aluminum alloys by controlling the formation of a primary metastable phase at cooling rates above 100 K/s, resulting in reduced material consumption, lower production costs, and a smaller environmental footprint.

Description

The invention offers a cost-effective process to convert lignin and ferulic acid into vanillin using hydrogen peroxide and vanadium oxide, producing water as the only by-product. It ensures selective vanillin production, reducing costs and allowing flexibility to produce other chemicals like vanillic acid.

Description

The technical problem solved by the invention is the mechanical hoeing of weeds without the use of pesticides, which enables sustainable crop production.