How to implement Continuous Integration for a Python application using AWS DevOps tools:

1. Source code management: We'll use AWS CodeCommit as the source code management tool. The code will be hosted in a CodeCommit repository, and developers will commit changes to the repository.

2. Automated build process: We'll use AWS CodeBuild to set up an automated build process. The build process will be triggered every time a change is pushed to the CodeCommit repository. It will compile the code and run the tests.

3. Automated testing: We'll write automated tests using a testing framework such as pytest. The tests will be run every time the code is built using CodeBuild.

4. Code quality analysis: We'll use AWS CodeGuru to analyze the code for best practices and coding standards. The analysis will be run as part of the build process and any violations will be reported.

5. Code review and feedback: We'll use AWS CodeReview to review and provide feedback on code changes. The review process will help ensure that code changes meet quality standards before they are integrated into the main codebase.

6. Continuous delivery: We'll use AWS CodeDeploy to automate the deployment of the code to production-ready environments. The deployment process will be triggered automatically once the code has been built and tested successfully.

7. Integration with other tools: We'll integrate the CI process with other AWS DevOps tools, such as AWS CloudWatch for monitoring and AWS CloudTrail for logging, to create a seamless pipeline and ensure that the system is working correctly in production.

This example demonstrates how to use AWS DevOps tools to implement Continuous Integration for a Python application, but there are many other tools and processes that can be used depending on the specific requirements of your project.