Functional Materials

• g-C3N4
• Ionic Liquids
• Optoelectronic Materials
• Optoelectronic Materials Intermediates

CD Bioparticles has an advanced and customizable drug delivery platform to help you solve all the problems of drug delivery in one stop. We provide high-quality functional materials for the construction of porous organic materials in the field of drug delivery, which can help you solve:

The challenges you might meet:

• Drug delivery systems need to be designed for light-triggered release
• In drug delivery, there is a lack of contrast agents that can simultaneously achieve delivery and monitor drug distribution and release in vivo
• New complex optoelectronic materials need to be synthesized
• When configuring the drug delivery system, the solubility of the loaded drug is low, which affects the system preparation
• Nano drug delivery system is prone to aggregation, leading to short shelf life of the developed drug system
• There is a need for a drug delivery system with adjustable ion mobility and release rate
• Lack of highly biocompatible carriers for drug development

Functional Materials Key Features:

• g-C3N4
• Ionic Liquids
• Optoelectronic Materials
• Optoelectronic Materials Intermediates

Functional Materials Key Benefits:

• Light-triggered mechanism precisely controls drug release
• Improve the solubility of poorly soluble drugs
• Controls the rate of drug release from the delivery system, resulting in a sustained and controlled drug release profile
• Reduce the risk of side effects of the drug
• Dual functions of drug delivery and imaging contrast agent can be realized simultaneously
• Stabilizes drug-loaded nanoparticles and vesicles against aggregation and degradation of therapeutics during storage and transport
• high biocompatibility
• Custom synthesis of more complex optoelectronic drug delivery systems
• Targetable delivery

Functional Materials Application Candidates:

• Light-triggered drug release system design
• photoacoustic imaging contrast agent
• Research and development of more complex optoelectronic materials
• Solubilizer for poorly soluble drugs
• Stabilizers for drug-loaded nanoparticles or vesicles to prevent aggregation and extend shelf life of drug delivery systems
• For the synthesis of drug delivery systems that can adjust the ion mobility and release rate of drugs from the delivery system
• Highly biocompatible drug delivery vehicle