What are New Drug Delivery Systems
| Drug Delivery System | Features | Types of Drugs Delivered | Applications |
|---|---|---|---|
| Rapid-Release Microneedle Patch Drug Delivery System | Microneedles penetrate the skin surface for rapid drug release with minimal pain and no injection needed. | Proteins, vaccines, small molecules, gene therapy drugs | Vaccination, localized treatment, chronic disease management, dermatological treatments |
| Transdermal Patch Drug Delivery System | Delivers drugs through the skin, often with sustained release, convenient for home use. | Hormonal drugs, pain relievers, antihistamines, vitamins | Hormone replacement therapy, chronic pain management, allergy treatment, smoking cessation |
| Lyophilized Fast-Release Tablets Drug Delivery System | Lyophilization enhances drug stability; tablets dissolve rapidly in contact with moisture. | Small molecules, protein drugs, vaccines | Acute disease treatment, vaccination, rapid response drug delivery |
| pH-Responsive Capsule Drug Delivery System | Drugs are released at specific pH levels, protecting drugs from degradation in the gastrointestinal tract. | Capsule drugs, gastrointestinal drugs | Gastrointestinal diseases, targeted GI treatment, antibiotics delivery |
| Microcapsule Drug Delivery System | Drugs are encapsulated in microcapsules, providing controlled release and reducing side effects. | Proteins, peptides, small molecules | Extended drug effect, localized treatment, cancer therapy |
| Sustained-Release Microsphere Drug Delivery System | Microspheres provide slow drug release, prolonging drug action and reducing dosing frequency. | Antibiotics, anticancer drugs, vaccines, hormonal drugs | Chronic disease treatment, cancer therapy, vaccine delivery, long-acting injections |
| Wound Dressing-Based Drug Delivery System | Wound dressings deliver drugs locally, providing protection and preventing infection. | Antibiotics, analgesics, antimicrobial agents, topical drugs | Wound healing, dermatological diseases, localized inflammation |
| Drug-Loaded Contact Lens Drug Delivery System | Contact lenses deliver drugs to the eye, avoiding systemic circulation. | Ophthalmic drugs, antibiotics, antihistamines, antiviral drugs | Ophthalmic disease treatment, dry eye disease, eye infections, allergy treatment |
| Multiparticulate Drug Delivery System | Multiparticulate systems provide controlled release and enhance drug bioavailability. | Small molecule drugs, protein drugs, vaccines | Chronic disease management, cancer treatment, vaccine delivery |
| Polymer Film-Based Drug Delivery System | Polymer films control the release rate of drugs, enhancing stability. | Antibiotics, anticancer drugs, antiviral drugs, vaccines | Localized treatment, cancer therapy, immunotherapy |
| Implantable Controlled-Release Drug Delivery System | Drugs are released continuously through implants, used for long-term therapy. | Hormonal drugs, antibiotics, anticancer drugs | Hormonal therapy, cancer therapy, localized pain management |
| Silica-Based Drug Delivery System | Silica nanoparticles enhance drug loading capacity and targeting. | Proteins, nucleic acids, anticancer drugs | Targeted drug delivery, cancer therapy, gene therapy |
| Expandable Hydrogel Drug Delivery System | Hydrogels expand in response to physiological changes, controlling drug release with high biocompatibility. | Small molecule drugs, antibiotics, anticancer drugs | Controlled release, wound treatment, localized treatment, chronic disease management |
| GalNAc-Based Drug Delivery System | GalNAc ligands target liver cells for specific drug delivery. | siRNA, mRNA, antibody drugs, anticancer drugs | Gene therapy, liver disease treatment, targeted drug delivery |
Popular Nanoparticle New Delivery Systems Services
Download the Microneedle System Information
Professional Phase-transition Microneedle Patches introduction helps you quickly understand the basic structure and working principle of Microneedle Patches. From the introduction of the basic structure and characteristics of Microneedle Patches to its generation method and drug delivery efficiency verification, this guide provides key information about Phase-transition Microneedle Patches.
Why Choose Our New Types of Drug Delivery System Services
- Reducing the barrier effect and increasing the circulation time of drugs in the body
- Reducing toxicity, improving stability and targeting of drugs
- Stimuli-responsive systems to achieve on-demand release of drugs
- Delivery systems that cover a wide range of drug delivery modes, such as transdermal patches, capsules, and oral films
- Specialized technical team and advanced equipment for in vivo and ex vivo performance testing of drug manufacturing systems
- Ensuring product quality from material synthesis, modification optimization to GMP production.
Advanced Platforms for Instrument
Due to the great differences among these new drug delivery systems, the advanced equipment platforms involved are also varied. The main equipment platforms are: rotary evaporator, ultrasonicator, high-pressure homogenizer, spray dryer, electrospinning machine, microfluidic systems, chromatography systems, particle size analyzer, lyophilizer, and etc. All of our equipment comes from world-renowned instrument suppliers, ensuring the effectiveness and reliability of our services.
New Types of Drug Delivery Application Candidates
- Low solubility or insoluble drugs
- Easy degradation of the drug
- Tissue or cell specific targeted delivery
- Requirements for sustained, stable, and slow release of the drug
- Non-invasive or minimally invasive
For information on Delivery for Therapeutic Cargos, click on here
What are the drugs that fit for these drug delivery systems?
We can deliver any drug via our drug delivery systems, be it small molecules, biological agents (antibodies, vaccines, proteins), gene therapy agents, siRNA, etc. We have many different technologies that can deliver oral, local or targeted.
So how does drug delivery system make drugs better?
Our drug delivery systems optimize drug bioavailability, minimize side effects, and help drugs get delivered where they’re needed by precisely releasing drugs, regulating release rate and drug targeting. Sustained-release microspheres, for instance, deliver drugs over time, increasing the duration of action, and minimising dosing.
Are these drug delivery systems improving the stability of drugs?
Yes, our drug delivery systems will allow drugs to be stabilized by the use of freeze-drying and microencapsulation techniques, preventing drug degradation during shipping and storage, and keeping drugs active at the time of administration.
Are these drug delivery systems’ production lines complete?
Our drug delivery systems are using standardized production processes (for example, GMP standard production processes) so each batch of products meets the high-quality standards. We offer technical support as well to make the system production and development easy.
Which Drug Delivery System to Choose?
The right drug delivery system involves the assessment of many things, such as the substance of the drug, the intention of treatment, and convenience. Our team of professionals will give you professional recommendation for the best decision based on your requirements.
How long does a personalised drug delivery system take to develop and how much does it cost?
The time and the expense for developing a custom new drug delivery system is based on the drug’s nature and the level of sophistication of the system chosen. Our experts will give a detailed timeframe and cost structure depending on the customer requirement and guarantee the work can be finished on time and within budget.