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Title | Abstract |
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PPC Nanotorrid for Photothermal Therapy in Cancer | This invention describes a method for creating PPC Nano torrid by mixing propylene carbonate (PPC) with other solutions, including sodium sulfide and gold salt, then sonicating the mixture to create a solution. |
Lycopene Based Compositions for Sunburn and Cosmetic Applications and Preparation Method Thereof | This product is a topical cream for treatment of burn or other cosmetic purpose like anti-aging, anti-inflammatory, antibacterial and antioxidant properties. |
A Point of Care Lateral Flow Assay Device for Human Specific Semen Detection | The invention is a portable test device for detecting human semen, designed for easy use at the point of need. |
Green Process for Synthesizing Metal Nanoparticles within Polymeric Matrices | This invention introduces an eco-friendly method to create metal nanoparticles embedded in a polymer using natural sunlight. |
Automated Detection and Multi-Level Photoluminescence Intermittency Analyses of Semiconductor Quantum Dots | The patent outlines an automated method and system for analyzing photo-luminescence (P- L) intermittency, or "blinking," in semiconductor quantum dots (QDs). |
Additional Tube Insert Arrangement for a Respiratory Mask | This invention introduces a new feature for a breathing mask used by patients for non-invasive ventilation support. |
An Ultrasound Probe Cover with a Prefilled and Peelable Pouch Containing Coupling Agent | The ultrasound probe cover features a hollow body equipped with a pre-filled gel pouch and a detachable barrier, facilitating easy application and contamination-free removal. |
Preservation of Hazardous Organic Compound Degrading Bacteria under Ambient Conditions | This invention shows the growth and degradation capabilities of P. aeruginosa and E. aurantiacum on hazardous organic compounds (HOCs). |
Formation of Sub-Stoichiometric Titanium Oxide in TIO2 Doped Powder and Composites by CO2 Laser Irradiation | This patent presents a single-step, chemical-free method to fabricate titanium suboxides (TSO) by creating laser-induced oxygen vacancies on TiO2-doped polymer sheets using a CO2 infrared laser. |