At its core, fermentation is how microorganisms (like yeast, bacteria, or fungi) get energy without using oxygen. 1. The Microscopic "Chefs"
Most human insulin is now grown by fermented bacteria rather than harvested from animals.
The go-to for bread and beer, converting sugar into ethanol and CO2. Basic of Fermentation Technology
This is the harvest. Once the fermentation is done, the desired product—be it a vaccine, an amino acid, or a protein—must be separated from the "sludge" of dead microbes and leftover broth. This is often the most expensive and difficult part of the process. 4. Beyond the Plate
While we often think of pickles and beer, fermentation technology is the backbone of the . It is currently used to produce: At its core, fermentation is how microorganisms (like
Used in industrial settings to "bleed" out citric acid or enzymes for laundry detergents. 2. The "Kitchen" (The Bioreactor)
Constant stirring ensures nutrients are distributed and "hot spots" don't form. 3. Upstream vs. Downstream Fermentation technology is split into two phases: The go-to for bread and beer, converting sugar
Microbes produce waste that can make their environment too acidic for their own survival.