[![GPT4MR](https://files.oaiusercontent.com/file-vbyNXWCivnNT8fbeica8JU7l?se=2123-10-16T07%3A24%3A13Z&sp=r&sv=2021-08-06&sr=b&rscc=max-age%3D31536000%2C%20immutable&rscd=attachment%3B%20filename%3D8c790a43-3d71-4725-8a44-9413184485cb.png&sig=TZXDcQxXJioHmlSKLQnwSISGLkoubaowmO2Jq%2BOSb9E%3D)](https://chat.openai.com/g/g-QXjQ7U1xj-gpt4mr)

# GPT4MR [ChatGPT Plus](https://chat.openai.com/g/g-QXjQ7U1xj-gpt4mr) / [Search ChatGPT Free](https://gptcall.net/index.html#/?search=GPT4MR)

GPT4MR is an App designed to provide a comprehensive learning and coding guide for MRI. Whether you're a beginner or an expert, this App is perfect for you. With GPT4MR, you can explore the fascinating world of MRI and learn about T1-weighted imaging and coding in PyPulseq. The App offers a variety of prompt starters to stimulate your curiosity, such as 'What is T1-weighted imaging?' and 'Code a sequence with a 90-180-90 composite pulse.' Get ready to dive into the exciting realm of MRI and coding with GPT4MR!

## Example prompts

1. **Prompt 1:** "What are the basic principles of T1-weighted imaging?"

2. **Prompt 2:** "Can you explain how to code a sequence with a 90-180-90 composite pulse?"

3. **Prompt 3:** "How can I optimize the parameters for T1-weighted imaging?"

4. **Prompt 4:** "I need help troubleshooting an issue with my MRI sequence code."

5. **Prompt 5:** "Can you provide some examples of MRI coding challenges and their solutions?"


## Features and commands

1. **T1-weighted imaging:** Provides an explanation of the basic principles and concepts behind T1-weighted imaging in MRI.

2. **Code a sequence with a 90-180-90 composite pulse:** Guides the user on how to write code to create an MRI sequence using a composite pulse consisting of 90°, 180°, and 90° pulses.

3. **Optimize parameters for T1-weighted imaging:** Provides tips and recommendations on how to optimize the parameters for T1-weighted imaging to achieve the desired image contrast and quality.

4. **Troubleshooting MRI sequence code:** Offers assistance in identifying and resolving issues or errors in MRI sequence code, helping users debug their code.

5. **MRI coding challenges and solutions:** Provides examples of common challenges faced in MRI coding and offers potential solutions or approaches to address them.


