A polymer-based drug delivery system utilizing a chitosan sponge matrix embedded with drug-loaded polymeric microparticles.

The invention presents a biodegradable fluorescent liposomal nanocomposite system for targeted cancer therapy. The platform integrates liposomes with graphene quantum dots (GQDs) and encapsulates the anticancer drug Doxorubicin (DOX).

A smart, thermoresponsive drug delivery system based on PNVCL-chitosan gel/sponges enables heat-triggered drug release, improving local bioavailability and patient compliance in managing pain, infection, or inflammation.

The invention discloses a triaxial geocomposite testing apparatus designed to simultaneously calibrate multiple pressure transducers.

The invention offers a green, biocompatible method for synthesizing mono-, bi-, tri-metallic, and alloy nanoparticles using Borassus flabellifer fruit extract.

This invention named TGeosA describes a method for determining the thermogravimetric response and characteristics of heterogeneous geomaterials.

This invention is a novel solid-state Zinc-air battery (ZAB) employing a multifunctional cobalt-based molecular catalyst immobilized on a silica support via a robust pyridine-containing amine linker.

CalVaDet has an insulated cylindrical vessel enclosing a top cap unit equipped with multiple electrodes and a crucible for holding the sample.

This invention, ThermConS describes a system for estimating thermally induced volume change (TIVC) of soils. ThermConS includes a water bath with thermal insulation, an oedometer cell, and a loading assembly with a plunger and loading discs.

This system estimates thermo-mechanically induced consolidation of soils by computing soil consolidation under various thermo-mechanical stress loadings and measuring pore-water pressure and suction in soil specimens.