🔬 This project includes an advanced Python application that simulates the structure and functions of DNA-based nanorobots at the molecular level at the nanoscale.
About the Project • Main Components • Technologies Used • Installation and Usage • Contributions and Feedback • License
This project includes an advanced Python application that simulates the structure and functions of DNA-based nanorobots at the molecular level at the nanoscale.
- Creating a Nanorobot Model: Creating a nanorobot model consisting of DNA and other nanomaterials.
- Target Recognition and Binding Simulation: Simulating the ability of nanorobots to recognize and bind target molecules.
- Movement and Manipulation Simulation: Simulating how nanorobots can move in an environment and reach a specific location.
- Energy Sources and Control Mechanisms Simulation: Simulating how the energy needs of nanorobots are met and how they are controlled to perform certain tasks.
- Simulation of Environmental Interactions: Simulating how nanorobots can react to environmental conditions and be affected by external factors.
- Python
- Pandas, NumPy, SciPy
- Matplotlib, Seaborn
- Molecular dynamics simulation tools
- Clone the project:
git clone https://github.com/username/NanoDNA-NanoRobot-Simulasyon.git - Install required libraries:
pip install -r requirements.txt - Run
main.pyusing Anaconda or Jupyter Notebook.
We are waiting for your contributions! Please submit a pull request or report issues.
This project is licensed under the Apache License 2.0. For more information, review the LICENSE file.
- NCBI GenBank: NCBI GenBank
- Ensembl Genome Browser: Ensembl Genome Browser
- Pandas Documentation: Pandas Documentation
- Matplotlib Documentation: Matplotlib Documentation
- Seaborn Documentation: Seaborn Documentation
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