Protozoan protein

The term “protoxin protein” (SCP) refers to a protein called yeast, fungus, algae or bacteria that uses various sources of carbon for synthesis. The dried cells of microorganisms or the whole organism are cropped and consumed. It is a protein source for human food and animal feed. SCP production may have the ability to feed and even increase the population of the world. Extremely high levels of SCP can be generated in one day. As a source of protein, it can compensate for the shortage of food in the world as the population increases.

Protozoan protein

Different sources of carbon are used as sources of energy for microorganisms to grow and produce SCP. In some cases, raw materials require pre-treatment or hydrolysis prior to use. Wastewater is a common and inexpensive carbon source for use. SCP technology is a suitable process for converting waste materials into bio-containing protein. The broth is condensed from the protein, then dried and its moisture is taken and stored for human consumption or human and animal feed. Wastewater recovery has been developed as a way to prevent environmental degradation and increase food consumption. It is possible that wastewater can be converted into waste materials by means of separation and recycling or biological conversion into valuable materials. Many products are biologically produced from wastewater from food factories. There are many benefits to the recycling of wastewater. This may be the only method for producing the high-protein protein that does not require a steady increase in energy consumption. In addition, it may be the most effective method for producing human and animal food from lignocellulosic material have the lowest nutritional value and are usually used to produce fuel. One of the benefits of the biological process is the flexibility of the microorganisms and the adaptability to the various feed ingestion. Therefore, wastewater treatment using microorganisms can be both environmentally and economically feasible.

Radial Immunodiffusion

In the production of antibiotics, sufficient growth of the fungus in immersion culture has led to the biconical potential such as SCP, such as aromatic additives instead of fungi containing 50 to 65% protein. The production of fungi from lignocellulosic waste is a convenient and economical process because the raw materials of this process are inexpensive and available in all countries.

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