PharmaCore helps researchers discover new medical treatments using artificial intelligence. It runs entirely on your local machine. You do not need an internet connection or cloud storage to perform complex calculations. This ensures your research data stays private and secure.
PharmaCore acts as a laboratory on your desktop. It uses advanced machine learning models to predict how different molecules interact with biological targets. The software focuses on two main tasks:
- De novo design: The tool creates new molecular structures from scratch based on biological constraints.
- Drug repurposing: The tool analyzes existing drugs to find new uses for current medical treatments.
The software relies on sparse models that process data with high efficiency. It requires no specialized background in programming or computer science.
To run PharmaCore on Windows, your computer must meet these minimum specifications:
- Operating System: Windows 10 or Windows 11 (64-bit).
- Processor: Intel Core i5 or AMD Ryzen 5 series or better.
- Memory: 16 GB of RAM.
- Storage: 20 GB of free space on an SSD.
- Graphics: A dedicated graphics card is helpful but not mandatory for basic tasks.
For optimal performance, your system should have at least 32 GB of RAM. Managing large protein structures consumes significant memory.
You can install PharmaCore by following these simple steps.
- Visit the PharmaCore download page to locate the latest version.
- Click the link to download the installer file ending in .exe.
- Once the download finishes, locate the file in your downloads folder.
- Double-click the file to launch the setup wizard.
- Follow the prompts on the screen to install the software to your chosen folder.
- A shortcut will appear on your desktop once the process completes.
After installation, double-click the PharmaCore icon to start the application. The system will run a quick check of your hardware to ensure it matches the requirements. This check takes under one minute.
The home screen presents a dashboard with three main options:
- Project Manager: Create, open, or save your research files.
- Model Selection: Choose the artificial intelligence engine that fits your goals.
- Generation Tool: Start the search for new treatments.
To start an experiment, select a target protein file from your computer. The model will import the data and verify the structural integrity of the file. Press the Run button to begin the simulation. You will observe the progress bar as the system performs the calculations.
All operations occur on your machine. The software does not send your data to any external servers. You maintain full ownership of every structure and simulation generated. You can disconnect your computer from the network during the entire calculation process to ensure data isolation.
If the software fails to open, check the following common issues:
- Permission errors: You might need to run the installer as an administrator. Right-click the file and select Run as administrator.
- Firewall settings: Your computer might block the first launch. Allow the software through your local security settings.
- Missing updates: Ensure your Windows operating system has all recent updates installed.
If the application runs slowly, close other demanding programs like web browsers or photo editors to free up memory. You can also adjust the impact setting in the software preferences to match your processor speed.
Can I run this on a laptop? Laptop performance depends on your cooling and hardware specs. Ensure your laptop remains plugged into a power source to prevent the processor from entering a power-saving mode.
Is this safe to use with proprietary data? Yes. Since the software does not communicate with the internet, your laboratory data remains on your physical hardware.
What file formats does it support? It supports standard molecular file formats used in computational biology. If your file does not load, ensure it uses standard research industry conventions.
Will I need to pay for a subscription? There are no subscription fees. You own the software features provided in this release.
- De novo: Designing a molecule from scratch.
- Drug repurposing: Finding new ways to use an existing treatment.
- Sparse model: A mathematical design that makes the AI run faster on home computers.
- Protein language model: A system that understands the patterns of biological data.
- Computational biology: Using computers to solve problems in biology.
PharmaCore utilizes the PyTorch framework to manage its mathematical operations. The internal engine optimizes for local hardware by ignoring non-essential calculations. This contributes to the speed and efficiency of the system.
When you generate new molecules, the engine examines thousands of potential structures every minute. It filters these results based on their predicted success rate.
The software also performs self-checks at the end of every task to verify the validity of the output. If a structure appears to violate physical laws, the software marks it for review. This ensures the output quality meets the standards of professional research.
For advanced users, you can find configuration files in the settings menu. These allow you to adjust the specific paths where the software stores its simulation data. Avoid changing these paths unless you have a specific reason to save your data on a secondary drive.
While this application provides a complete solution for local drug discovery, you may want to contribute to the project. You can report bugs or request features via the repository.
Maintain consistent updates to receive improvements to the machine learning models. Updates are released periodically as we refine the underlying algorithms to increase speed and accuracy.
Always keep a backup of your primary project folders. Even though the software is stable, physical hardware failure can occur at any time. Maintaining separate copies of your research ensures that your work remains safe.
Use the provided menus to export your results in common report formats. These exports include the detailed findings and the statistical confidence levels for each proposed treatment.
Thank you for choosing PharmaCore for your research. Consistent local calculation provides the best balance of speed, privacy, and control. Start your first research task today via the software dashboard.