diff --git a/instructions.md b/instructions.md
index 10195c5..b8612a6 100644
--- a/instructions.md
+++ b/instructions.md
@@ -107,11 +107,6 @@ To maintain absolute traceability, we link memory items directly to the exact gi
 
 
 ## 15. Neovim Integration & God Mode
-The project contains two MCP binaries (win-nvim and linux-nvim) that bridge JSON-RPC over stdio directly to the active Neovim instance (using ctive_nvim.txt for Last Focused Wins telemetry). 
-- These binaries expose basic tools (
-vim_get_cursor, 
-vim_get_active_buffer, 
-vim_list_buffers, etc.).
-- **God Mode**: They also expose 
-vim_execute_lua. This is the ultimate fallback tool. If you need to access *any* Neovim API that does not have a dedicated Rust tool (e.g., getting LSP diagnostics, evaluating a visual selection block based on modes, setting registers), you MUST write a short Lua script and pass it to 
-vim_execute_lua. Do not attempt to recompile the Rust server to add new basic tools; use the Lua escape hatch dynamically.
+The project contains two MCP binaries (win-nvim and linux-nvim) that bridge JSON-RPC over stdio directly to the active Neovim instance (using `active_nvim.txt` for Last Focused Wins telemetry). 
+- These binaries expose basic tools (`nvim_get_cursor`, `nvim_get_active_buffer`, `nvim_list_buffers`, etc.).
+- **God Mode**: They also expose `nvim_execute_lua`. This is the ultimate fallback tool. If you need to access *any* Neovim API that does not have a dedicated Rust tool (e.g., getting LSP diagnostics, evaluating a visual selection block based on modes, setting registers), you MUST write a short Lua script and pass it to `nvim_execute_lua`. Do not attempt to recompile the Rust server to add new basic tools; use the Lua escape hatch dynamically.