Apply suggestions from code review

Co-authored-by: Craig Shoemaker <[email protected]>

Author: jeffwmartinez

articles/container-apps/sessions.md

@@ -38,38 +38,34 @@ Dynamic sessions are useful in a variety of situations, including:
 
 
 ## Key Concepts
-- **Session Pool**  
-  A session pool is the foundation for dynamic sessions. It contains a set of prewarmed, ready-to-use sessions that enable nearinstant startup. When a request comes in, the system allocates a session from the pool instead of creating one from scratch, which dramatically reduces latency.  
+- **Session Pool**: A session pool is the foundation for dynamic sessions. It contains a set of prewarmed, ready-to-use sessions that enable near instant startup. When a request comes in, the system allocates a session from the pool instead of creating one from scratch, which dramatically reduces latency.  
 
-- **Session**  
-  A session is the actual execution environment where your code or container runs. Sessions are ephemeral and isolated, designed for short-lived tasks. When you create a session, it's allocated from the session pool, ensuring fast startup. After the task completes or the cooldown period expires, the session is destroyed and resources are cleaned up.  
+- **Session**: A session is the actual execution environment where your code or container runs. Sessions are ephemeral and isolated, designed for short-lived tasks. When you create a session, it's allocated from the session pool, ensuring fast startup. After the task completes or the cooldown period expires, the session is destroyed and resources are cleaned up.  
 
-- **Session Lifecycle**
-When your application sends a request with a session identifier, the session pool allocates a session automatically. The session stays active as long as requests continue. Once the cooldown period expires with no activity, the session is destroyed and its resources are cleaned up automatically.
+- **Session lifecycle**: When your application sends a request with a session identifier, the session pool allocates a session automatically. The session stays active as long as requests continue. Once the cooldown period expires with no activity, the session is destroyed and its resources are cleaned up automatically.
 
-- **Request routing and identifiers**
-  Sessions are accessed through the session pool management endpoint. Requests include an `identifier` query parameter, and the pool routes the request to an existing session or allocates a new one if needed. The request path after the management endpoint is forwarded to the session container.
+- **Request routing and identifiers**: Sessions are accessed through the session pool management endpoint. Requests include an `identifier` query parameter, and the pool routes the request to an existing session or allocates a new one if needed. The request path after the management endpoint is forwarded to the session container.
 
-- **Session Pool Types**
-  - **Code Interpreter Session Pools**: These use platform built-in containers that provide preconfigured environments for running code, including AI-generated scripts. Ideal for scenarios like LLM-driven workflows or secure code execution.
-  - **Custom Container Session Pools**: Bring-your-own-container for custom workloads that require specific dependencies or runtime environments.
+- **Session pool types**
+  - **Code interpreter session pools**: These use platform built-in containers that provide preconfigured environments for running code, including AI-generated scripts. Ideal for scenarios like LLM-driven workflows or secure code execution.
+  - **Custom container session pools**: Bring-your-own-container for custom workloads that require specific dependencies or runtime environments.
 
 
 #### Session pool types comparison
 
-| | **Code Interpreter Session Pool** | **Custom Container Session Pool** |
+| | **Code interpreter session pool** | **Custom container session pool** |
 |---------------|------------------------------|------------------------------|
-| **Best For** | Running AI‑generated code, user-submitted scripts, or quick secure code execution without managing a runtime environment. | Workloads requiring a custom runtime, libraries, binaries, or specialized tools not supported by built-in interpreters. |
+| **Best for** | Running AI‑generated code, user-submitted scripts, or quick secure code execution without managing a runtime environment. | Workloads requiring a custom runtime, libraries, binaries, or specialized tools not supported by built-in interpreters. |
 | **Environment** | Preconfigured with common runtimes and tools; no container build or image publishing required. | Fully customizable container image with your own dependencies, packages, and configuration. |
-| **When to Choose** | Choose this for simplicity, fastest startup, and minimal setup. | Choose this when you need full control over the execution environment or rely on custom dependencies. |
-| **Ideal Use Cases** | LLM workflows, code interpretation, educational/sandbox scenarios, safe execution of user code. | Custom compute tasks, proprietary interpreters, specialized environments, or workloads with specific OS/library requirements. |
+| **When to choose** | Choose this for simplicity, fastest startup, and minimal setup. | Choose this when you need full control over the execution environment or rely on custom dependencies. |
+| **Ideal use cases** | LLM workflows, code interpretation, educational/sandbox scenarios, safe execution of user code. | Custom compute tasks, proprietary interpreters, specialized environments, or workloads with specific OS/library requirements. |
 | **Language and protocol** | Limited to the built-in runtimes and the REST API surface provided by the code interpreter. | Any language or stack supported by your container, with any TCP protocol you choose to expose. |
-| **Image Requirement** | None—uses platform built‑in interpreter environments. | Required—supply your own container image URI. |
+| **Image requirement** | None—uses platform built‑in interpreter environments. | Required—supply your own container image URI. |
 
 For more information, see [Usage](./sessions-usage.md).
 
 
-## Supported Regions
+## Supported regions
 
 Dynamic sessions are available in the following regions. Both code interpreter and custom container sessions are supported in all listed regions.
 
@@ -99,7 +95,7 @@ Dynamic sessions are designed to run untrusted code in isolated environments. Fo
 Custom container sessions are billed based on the resources consumed by the session pool. For more information, see [Azure Container Apps billing](./billing.md#dynamic-sessions).
 
 
-## Next Steps
-- Learn how to configure [Session pools](./session-pool.md) 
-- Learn how to use [Dynamic sessions](./sessions-usage.md), including security and best practices
+## Next steps
+- Learn how to configure [session pools](./session-pool.md) 
+- Learn how to use [dynamic sessions](./sessions-usage.md), including security and best practices