Modern medicine is entering a new era of precision, demanding that therapeutic agents reach their targets with unparalleled accuracy. This imperative is especially critical in fields like cancer therapy and gene editing, where the systemic toxicity and
off-target effects of conventional treatments remain major hurdles. To overcome these challenges, the scientific community is increasingly adopting advanced drug delivery vehicles—Module Delivery Systems. At Creative Biolabs,
we are at the forefront of this movement, providing researchers with a comprehensive portfolio of these sophisticated tools to accelerate their groundbreaking discoveries.
Overview
Targeted drug delivery represents the pinnacle of precision in modern nanomedicine, designed to achieve the highest therapeutic efficacy with the lowest possible systemic toxicity. Module delivery systems serve as sophisticated vehicles for this purpose,
encapsulating payloads and navigating them through complex biological environments to their intended destination. By encapsulating and shielding sensitive therapeutic agents—such as those in liposomes, lipid nanoparticles
(LNPs), micelles, and exosomes—these systems not only prevent degradation but also optimize pharmacokinetics. Their ultimate purpose is to ensure the precise accumulation of the therapeutic payload at its intended destination.
Liposomes
Liposomes are versatile and biocompatible vesicles that encapsulate a wide range of hydrophilic and hydrophobic payloads. They are ideal for improving drug solubility and achieving sustained release.
LNPs
The industry standard for nucleic acid delivery, known for their high encapsulation efficiency and endosomal escape properties.
Micelles
Self-assembling polymeric or lipid structures ideal for increasing the solubility of hydrophobic small-molecule drugs.
Exosomes
Naturally derived nanovesicles that offer superior biocompatibility and intrinsic targeting capabilities.
Explore Our Product Portfolio
Creative Biolabs' expertise and innovative products are designed to accelerate your journey from a research idea to a tangible, high-performance delivery solution, giving you the power to create a new generation of targeted
therapies. These ready-to-use delivery products allow for the rational design of systems for specific applications, such as the use of LNPs for mRNA delivery in gene editing.
Our liposome offerings feature high stability and a complete QC system. We provide a range of functionalized options to suit your research needs, including:
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Empty Liposomes
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Pegylated Liposomes
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Functionalized Liposomes
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Fluorescent Liposomes
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Charged liposomes (Cationic Liposome & Anionic Liposomes)
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Immunoliposomes
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Drug-loaded Liposomes (e.g., Clodronate Liposome, Doxorubicin Liposome)
Our ready-to-use LNPs are optimized for encapsulating a variety of RNAs, offering high transfection efficiency and exceptional quality:
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Encapsulates mRNA, CAR mRNA, circular RNA, etc.
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Targeted formulas for lungs, liver, spleen, muscles, and specific cells.
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Encapsulate efficiency > 90%
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PDI
< 0.2
Engineered for high performance and consistency, our exosomes provide a superior, biocompatible platform for transporting a diverse range of therapeutic cargo, ensuring your research and development projects achieve
reliable and reproducible results.
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Efficiently encapsulate proteins, peptides, nucleic acids, and small molecule drugs.
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Exosomes derived from various cell types including MSCs and immune cells.
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Stable for long-term storage at -80°C and short-term use at 4°C.
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Rigorous quality control
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Guaranteed high purity and uniformity
Need a Custom Solution?
Request a Custom Service Consultation
The perfect off-the-shelf solution doesn't always exist for groundbreaking research in targeted drug delivery. If you can't find a product that precisely matches your unique application, our custom development services are your answer. Creative Biolabs offers specialized services to support your entire development workflow, from concept to validation:
Liposome & LNP Development
Tailored formulation and process optimization.
Conjugation Strategy Design
Expert design for attaching targeting ligands, such as peptides or antibodies.
Characterization
Comprehensive analysis (e.g., size, PDI, zeta potential, drug loading efficiency).
In Vitro & In Vivo Validation
Functional assays to confirm delivery, efficacy, and safety.
Custom Payload Encapsulation
Expertise in encapsulating a wide range of payloads, including mRNA, RNA-guided gene editing systems, antibodies, enzymes, proteins, protein degraders, and small molecules.
Novel Delivery Systems
Development of next-generation delivery platforms beyond standard liposomes and LNPs.
Ligand-mediated Delivery
Design and synthesis of novel targeting ligands.
Applications of the Module Delivery System
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Cancer Therapy: Targeted delivery of chemotherapeutics or immunomodulatory agents to tumor sites, reducing systemic toxicity and enhancing efficacy. This includes strategies for both active
targeting via specific ligands and passive targeting through the enhanced permeability and retention (EPR) effect.
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Gene Editing & Therapy: Safe and effective delivery of nucleic acids (e.g., mRNA, siRNA, RNA-guided gene editing system) to specific cells, enabling precise genetic modification and therapeutic
gene expression.
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Vaccine Development: LNP-based platforms for next-generation mRNA vaccines, providing stability and robust immunogenicity.
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Personalized Medicine: Development of custom delivery systems that can be tailored for a patient's unique biological and genetic profile.
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Diagnostic Imaging: Encapsulating contrast agents for enhanced and targeted diagnostic imaging, allowing for earlier and more accurate disease detection.
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Intracellular Delivery: Engineering systems to specifically escape the endosome, ensuring that the payload reaches its intended intracellular target.
Why Choose Creative Biolabs?
At Creative Biolabs, we are committed to providing more than just products; we offer a partnership rooted in scientific excellence and customer support.
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Effortless Ordering: Our user-friendly platform and dedicated support team ensure a smooth and transparent ordering process from start to finish.
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Uncompromising Product Quality: We adhere to the highest standards of quality control and validation, providing you with reliable and consistent products for your critical research.
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Scientific Expertise: Our team of specialists, with decades of experience in Targeted Drug Delivery, provides unparalleled professional guidance and support, from product selection to complex custom
projects.
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Flexibility and Customization: Whether you need a ready-to-use solution or a completely novel delivery system, we are equipped to support your research at every stage.
Product Ordering Process
FAQs
What is the main advantage of using a Module Delivery System?
The primary advantage is the ability to improve the therapeutic index of a drug. These systems protect the payload, enhance its stability and circulation time, and facilitate its selective accumulation at the
target site, thereby increasing efficacy and reducing systemic toxicity and off-target effects.
How do Creative Biolabs' products enable targeted delivery?
We provide both passive and active targeting solutions. Our standard delivery systems (e.g., Liposomes) can utilize passive targeting via the EPR effect in tumors. For active targeting, we offer targeting modules
like peptides and aptamers that can be conjugated to the delivery system's surface, allowing it to specifically recognize and bind to receptors on target cells.
Can I use your delivery systems for different types of payloads?
Yes. Our Module Delivery Systems are designed for versatility. They can be formulated to encapsulate a wide variety of payloads, including small molecule drugs, hydrophobic molecules, proteins, and nucleic acids
such as siRNA, mRNA, and others.
What is the difference between Liposome and LNP?
While both are lipid-based, there are key differences in their structure and application. Liposomes are typically vesicles with an aqueous core, while LNPs are a more heterogeneous class of nanoparticles, often
containing an ionizable lipid that is crucial for encapsulating negatively charged nucleic acids.
I have a unique payload and targeting ligand. Can Creative Biolabs help?
Absolutely. Our custom development services are specifically designed for researchers with unique and complex requirements. We offer a collaborative approach, working with you to design, develop, and characterize
a bespoke delivery system that precisely fits your needs.
For Research Use Only.
