סלט חסה עם עגבנייה שעועית שחורה קינואה פטה זיתים וצ׳ילי

Hi friends, MD Vegan here! Today in the Berlin lab, I am crafting a complete 9-ingredient daily green meal: the crunchy, tender heart of organic butterhead lettuce topped with savory black beans, fluffy dry quinoa, sliced cherry tomatoes, Greek black Kalamata olives, firm vegan feta, minced yellow onion, fresh red chili pepper, and my signature 7-ingredient Garlic Onion Cashew Dressing!

In this video, I explore the structural dynamics of butterhead lettuce. While outer leaves are soft and tender, the inner heart provides a firm, resilient crunch that can support a rich array of heavy toppings. In the opening hook, I show you how to peel and finely chop a yellow onion and slice fresh red chili pepper for instant spice balance.

We dive into ingredient proportions and recipe development philosophy. I reveal why cherry tomatoes should be cut into small slices to break down tough skin ratios, and explain why quinoa must be cooked dry so it remains fluffy without clumping. Finally, I share my "Take 3" creative framework—how starting with a simple 3-ingredient core allows you to intuitively expand into complex 9-ingredient masterclass salads!

Eat the variety diet—whole food, plant-based variety is the healthiest diet on earth.

🎥 Watch my dedicated step-by-step video on How to Cook the Perfect Bitter-Free Quinoa for Salads here: https://youtu.be/Y9rOOMF4z1k

🎥 HOW TO MAKE THE GARLIC ONION CASHEW DRESSING: https://youtu.be/QzyAg1jJKy4

⏱️ *Video Timestamps*

0:00 – Opening: Intro Dance Entry

0:01 – The Hook: Peeling & Mincing Yellow Onion & Slicing Red Chili Pepper

0:15 – Intro Dance Wrap: Dancing into the Kitchen with Mouth Harp

0:21 – Main Intro: "Hi Friends, MD Vegan!" & Butterhead Leaf Heart Mechanics

0:48 – Salad Bed Preparation: Hand-Tearing Tender Leaves & Resuscitation Rules

1:38 – The Crunchy Heart: Cutting Firm Inner Leaves for Strong Base Architecture

2:13 – Proportional Scaling: Why 9 Ingredients Require Smaller Individual Portions

2:41 – Tomato Skin Physics