Stimuli-Responsive Controlled-Release Nanocarriers

• Ultrasound-Responsive Controlled-Release Nanocarriers
• Thermo-Responsive Controlled-Release Nanocarriers
• Redox-Responsive Controlled-Release Nanocarriers
• pH-Responsive Controlled-Release Nanocarriers
• Light-Responsive Controlled-Release Nanocarriers
• Enzyme-Responsive Controlled-Release Nanocarriers

CD Bioparticles’ services with customized delivery strategies, precise designs and modifications of drugs or drug-contained cargos, and advanced technical platforms can help you to solve:

The challenges you might meet:

• Low stability or low activity of the drugs after various barriers within a biological system
• Highly frequent feeding of the drugs
• The requirements of sustained release, pulse release, and delayed release
• The requirements of the delivery at specific period, specific location, and specific dosage
• High cost of the drug targeting system
• Tedious organic and inorganic synthesis procedures

Key Features

• Triggered-degradable, conjugation building block discovery

  • Redox-degradable building blocks

  • Enzyme degradable building blocks

  • Photodegradable building blocks

  • Mechanoresponsive building blocks

• Triggered-dissociable micelles, polymersome, nanogel discovery

  • Temperature-responsive assembly

  • pH-responsive assembly

  • Glucose-responsive assembly

• Photo-thermal / photo-dynamic / upconversion particle discovery

• Magnetic particle discovery

Key Controlled-Release Nanocarriers Featured:

• Wide coverage of the stimuli-responsive building blocks will be easy for you to develop your ideal controlled delivery system
• Ready-to-use building blocks and polymer cargo system simplify the preparation of your drug delivery system and promise the reproducibility of your research data
• Programmable dosage control, period control and location control of the drug delivery
• Optimized encapsulation system can maximize the payload of your drugs with minimum unexpected leakage
• Polymer based delivery system in response to the physical stimuli provides relatively low cost for the research, formulation and production of targeted delivery system
• Photo-thermal / photo-dynamic/ upconversion functional nanoparticles allow the energy transformation of the input stimuli into another type

Key Controlled-Release Nanocarriers Benefits:

• Oral-delivery or intravenous-delivery drugs
• Cell specific, or tissue specific targeted delivery conditions
• Non-invasive therapy or minimally invasive therapy
• Programmable delivery
• Delivery into the hypoxia tumor condition
• Delivery or not Delivery in the low-pH stomach condition