DNA nanocages are three-dimensional structures formed by the self-assembly of multiple DNA strands. They have gained significant attention due to their potential applications in drug delivery, molecular sensing, and nanotechnology.CD ComputaBio provides advanced computer-aided drug design services for DNA nanocage simulations to help researchers and pharmaceutical companies design, modify, and optimize these nanocages for specific functions and applications.
Services Items
| Services |
Descriptions |
| DNA Nanocages Construction Service |
- We provide custom-designed DNA nanocages based on specific requirements. Our team of experts utilizes state-of-the-art modeling techniques to predict and construct nanocages with desired sizes, shapes, and functionalities.
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| DNA Nanocages Modification Service |
- We offer DNA nanocage modification services, where we can introduce specific modifications into the nanocage structure to enhance stability, increase drug loading capacity, improve targeting ability, or incorporate functionalities for specific applications.
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| DNA Nanocage Protein Conjugate |
- We specialize in designing and constructing DNA nanocage-protein conjugates. Our experts can integrate proteins onto the nanocage surface with precise control, facilitating the development of targeted drug delivery systems and molecular sensing platforms.
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| DNA Nanocage Antibody Conjugate |
- We provide services for the design and construction of DNA nanocage-antibody conjugates. This enables researchers to create novel targeted therapy approaches by combining the highly specific binding properties of antibodies with the precise drug delivery capabilities of DNA nanocages.
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Service Highlights
- Customized Solutions: We offer tailor-made solutions to meet specific research needs and project requirements. Our experts work closely with our clients to ensure that the design and simulation of DNA nanocages match their intended applications.
- Cutting-edge algorithms: We use state-of-the-art algorithms and software tools to accurately model and simulate DNA nanocages. This allows us to predict and optimize nanocage structures with high accuracy and efficiency.
Methods
- Quantum Mechanics/Molecular Mechanics (QM/MM) Simulations: Our QM/MM simulations provide insights into the chemical reactions occurring within DNA nanocages. This allows us to understand the enzymatic activities, catalytic processes, or other functional behaviors of these nanocages.
- Free Energy Calculation: We employ advanced techniques such as umbrella sampling and metadynamics to calculate free energy landscapes of DNA nanocages. This information aids in determining the most stable conformations and understanding the energy barriers involved in their structural transitions.
- Binding Analysis: Through molecular docking, we predict the binding modes and binding affinities of small molecules to the DNA nanocages. This analysis helps in rational drug design, ensuring improved therapeutic efficiency and reduced off-target effects.
Why Choose Us?
Our computer-aided design methodology allows us to precisely control the size, shape, and function of DNA nanocages to customize them for specific applications. Our simulation and modeling algorithms help to rapidly optimize and analyze DNA nanocage structures, saving time and resources during the design process. Please feel free to contact us for more detailed information, our scientists will tailor the most reasonable plan for your project.
For Research Use Only.
