Technologies

Description

The technology is especially appropriate for research purposes in areas of molecular biology, biophysics, as well as preclinical evaluation and development of therapeutic or diagnostic antibodies.

Description

The invention utilizes mammalian amniotic membrane homogenate as a cost-effective antimicrobial agent with proven efficacy against multiple bacteria, addressing the urgent need for novel antimicrobials to combat antibiotic resistance.

Description

The invention involves functionalized textiles with antiviral and antibacterial properties, created by chemically modifying the natural pigment emodin, making it effective for use in various products such as medical clothing, filters, and sports equipment.

Description

Our innovative product uses the Bacillus subtilis strain PS-216 for the preparation of food compositions and probiotic compositions.

Description

The developed reactor uses hydrodynamic cavitation to improve the anaerobic digestion process, increasing biomethane production by up to 30% and reducing the chemical load of excess sludge by 25%, without the need for chemical agents.

Description

The invention offers a rapid, non-invasive, and non-destructive method for in-situ permeability measurement, suitable for fragile and arbitrarily shaped materials, enabling real-time analysis across various conditions and applications like filters, membranes, textiles, and composites.

Description

The invention focuses on a drug that inhibits acetylcholine hydrolysis to alleviate symptoms of canine cognitive impairment, a dementia-like condition in dogs. Unlike typical Alzheimer’s treatments, it reduces cholinergic side effects, enabling use in later disease stages, with potential for veterinary and human applications.

Description

Our technology enhances current face recognition used in mobile devices by employing eye and ear recognition in conjecture to current face recognition techniques.

Description

Our technology tackles the problem of GDPR and publishing of video material.

Description

This system ensures the continuous supply of liquid nitrogen to the cutting zone, enhancing lubrication and cooling, while the gaseous phase creates an inert atmosphere. It improves tool longevity, surface integrity, and nitrogen efficiency, offering a sustainable alternative to conventional oil-based cooling methods.