diff --git a/README.md b/README.md
index eda5857f807dbd40a2d41acd4c84b8170acbb560..0d7908dd2914f1db1b8b5b95b9898b72a7663ab8 100644
--- a/README.md
+++ b/README.md
@@ -42,7 +42,7 @@ The Jupyter Notebook `multi-area-model.ipynb` illustrates the simulation workflo
 2. On the `Lab Execution Site` page, select a computing center from the given list.
 3. If you’re using EBRAINS for the first time, click `Sign in with GenericOAuth2` to sign in on EBRAINS. To do this, you need an EBRAINS account.
 4. Once signed in, on the `Server Options` page, choose `Official EBRAINS Docker image 23.06 for Collaboratory.Lab (recommended)`, and click `start`.
-5. Once succeeded, you’re now at a Jupyter Notebook named `multi-area-model.ipynb`. Click the field that displays `Python 3 (ipykernel)` in the upper right corner and switch the `kernel` to `EBRAINS-23.02`.
+5. Once succeeded, you’re now at a Jupyter Notebook named `multi-area-model.ipynb`. Click the field that displays `Python 3 (ipykernel)` in the upper right corner and switch the `kernel` to `EBRAINS-23.02` or `EBRAINS-23.06`.
 6. Congratulations! Now you can run the model. Enjoy!<br> To run the model, click the `Run` on the title bar and choose `Run All Cells`. It takes several minutes until you get all results.<br>
 **Please note**: every time you click the `Try it on EBRAINS` button, the repository is loaded into your home directory on EBRAINS Lab and it overrides your old repository with the same name. Therefore, make sure you follow the [Fork the repository and save your changes](#fork-the-repository-and-save-your-changes) if you make changes and want to save them.