diff --git a/content/tutorials/build-apps/build-a-desktop-wallet-in-javascript.md b/content/tutorials/build-apps/build-a-desktop-wallet-in-javascript.md
index 59936abc5e..f20fe09d02 100644
--- a/content/tutorials/build-apps/build-a-desktop-wallet-in-javascript.md
+++ b/content/tutorials/build-apps/build-a-desktop-wallet-in-javascript.md
@@ -306,7 +306,7 @@ app.whenReady().then(() => {
 
 Here we first call our helper function `getValidatedLedgerIndex()` and then broadcast an event named `update-ledger-index`. This attaches a payload containing the latest ledger information which can be handled by the frontend. 
 
-This example shows how to do Inter Process Communication (IPC) in Electron. Technically, JavaScript has no true parallel processes or threading, because it follows a single-threaded event-driven paradigm. Nonetheless Electron provides us with two IPC modules called `ipcMain` and `ipcRenderer`. We can roughly equate those two to a backend process and a frontend process when we think in terms of client-server applications. It works as follows:
+This example shows how to do Inter Process Communication (IPC) in Electron. Technically, JavaScript has no true parallel processes or threading because it follows a single-threaded event-driven paradigm. Nonetheless Electron provides us with two IPC modules called `ipcMain` and `ipcRenderer`. We can roughly equate `ipcMain` to a backend process and `ipcRenderer` to a frontend process when we think in terms of client-server applications. It works as follows:
 
 1. We started by creating a function that enables the frontend to subscribe to backend events via the ContextBridge (in `view/preload.js`)
 2. Then we make the function available by putting it in a preloader script to ensure it is loaded and can be used by the frontend.