Grow Meat Substitute In A Basket. Harvest Every 10 Days. Smells Like Steak. скачать в хорошем качестве

Grow Meat Substitute In A Basket. Harvest Every 10 Days. Smells Like Steak.

Grow Your Own Meat Substitute at Home for Almost Nothing Buddhist monks have been growing a protein source that rivals chicken and beef for over a thousand years. This video reveals the exact method they used and shows you how to replicate it in your own home with a laundry basket and some straw. You will learn why this particular mushroom was chosen over dozens of other options, how to set up your first cultivation basket, and what timeline to expect from inoculation to harvest. The technique requires no special equipment and no ongoing costs beyond basic materials. By the end of this video you will understand how to produce three to five pounds of fresh protein per basket with harvests repeating every ten days indefinitely. The Science Behind Oyster Mushroom Protein Oyster mushrooms contain fifteen to twenty five percent protein by dry weight with all nine essential amino acids. Food chemists have identified forty seven volatile compounds released during cooking, including the same Maillard reaction products that give steak its aroma. Laboratory analysis shows oyster mushrooms contain fifty to seventy milligrams of free glutamic acid per hundred grams compared to thirty three milligrams in beef. This explains why cooked oyster mushrooms trigger the same umami satisfaction as animal protein. Sensory studies found seventy eight percent texture similarity to chicken breast due to chitin in the cell walls creating fibrous tear patterns that match animal muscle structure. Resources for Further Reading Mau J L et al. Flavor compounds in oyster mushrooms. Journal of Agricultural and Food Chemistry. Two thousand fifteen. Volatile compound analysis during mushroom cooking. Journal of Food Science. Two thousand seventeen. Sensory evaluation of mushroom texture. Wageningen University Research. Two thousand twenty. Protein digestibility of edible fungi. Food Chemistry. Two thousand sixteen. Traditional Asian mushroom cultivation methods. FAO Technical Papers. Nineteen ninety five. Contamination reduction in woven cultivation containers. Applied Microbiology. Two thousand twelve. Pasteurization temperature optimization for straw substrates. Penn State Extension. Two thousand eighteen. Oyster mushroom flush intervals and yield documentation. University of Kentucky Agricultural Extension. Two thousand twenty one. Lifecycle carbon analysis of mushroom production. International Journal of Life Cycle Assessment. Two thousand nineteen. Amino acid composition of Pleurotus species. Mycological Research. Two thousand fourteen. About This Channel Garden Explained with Harry creates educational and informative content designed to widen your knowledge about growing food at home. Every script is researched and written by humans. All visuals and storyboards are brainstormed internally with our team. Our goal is to provide valuable information that helps you become more self sufficient while understanding the science behind traditional growing methods.