KR20030020347A - A method of cultivation of the Pleurotus ostreatus which has GE - Google Patents

Abstract

PURPOSE: Provided is a cultivation method of Pleurotus ostreatus which has germanium in a germanium-containing medium to regulate pH, thereby shortening cultivation time thereof, and providing high quality of Pleurotus ostreatus capable of increasing health. CONSTITUTION: The cultivation method of Pleurotus ostreatus containing germanium is characterized by the steps of: mixing microorganism culture and rice bran with water then fermenting the mixture; removing the rice bran from the mixture and followed by diluting the mixture with 20t of water and re-fermenting it for 24 hours; processing waste cotton with the fermentate, germanium and yellow soil; turning the processed waste cotton 5 times according to the temperature thereof; mixing a microorganism and pyroligneous liquid therewith; and inoculating spawns thereto and culturing them.

Description

A method of cultivation of the Pleurotus ostreatus which has GE}

The present invention relates to a method for cultivating oyster mushrooms containing germanium components, and more particularly, to producing ethanol mushrooms containing germanium by producing a medium containing germanium for pH adjustment during cultivation of oyster mushrooms. The present invention relates to a method of cultivating oyster mushrooms containing germanium, which provides high-quality oyster mushrooms that can play a part in the competitiveness of external products and the public's health, as well as shortening and expanding the value and consumption of oyster mushrooms.

Pleurotus eryngii is a fungus of the genus Pleurotus eryngii (Pleurotus eryngii). Natural cultivation is common, but recently, artificial cultivation is prevalent.

As such, mushrooms belonging to basidiomycete have fruiting bodies that grow and decompose and decompose various organic materials, and are known as important food resources and medicinal plants.In recent years, as the standard of living has improved, interest in public health has gradually increased interest in cultivating clean agricultural products. This is concentrated.

Mushrooms have been regarded as edible and have recently been studied for constituents involved in nutritional characteristics, palatability, and human regulating function. In addition, because of the unique pharmacological ingredients contained in mushrooms, traditional medicine and folk remedies using mushrooms as a medicinal herb have been continuously transmitted in the Far East Asia region. In recent years, mushrooms have been known as low-calorie foods. Dietary products such as stew, grilled, boiled, and roasted butter, and health foods such as mushroom juice, concentrated powder, and starch have been continuously developed.

In addition, it is reported that the pharmacological components contained in mushrooms are not only effective in maintaining biodefense, maintaining bio-alwaysness, controlling gymnastic rhythms, and recovering from diseases, but also effective in preventing and improving adult diseases such as cancer, stroke, and heart disease. have.

In spite of these useful ingredients, the artificial cultivation of mushrooms has only recently been established. The growth of mushroom mycelium or the growth of fruiting bodies involves the chemical factors such as carbon, nitrogen, minerals, vitamins, temperature, humidity, Physical conditions such as light intensity should be appropriate.

Artificial cultivation methods currently commonly used include microbial culture, rice bran and water in a certain ratio, fermentation, and then go through the cotton wool process to granulate immediately, or after three to four days of natural fermentation, granulation, sterilization, spawn Oyster mushrooms are produced by adding and culturing, and these cultivation methods have a long production period and have a small size of oyster mushrooms.

Therefore, the present invention has focused on the production of oyster mushroom, which can greatly contribute to create a high value by eliminating the conventional problems as described above and further enhancing the functionality and taste of oyster mushroom, and completed the present invention as its technical problem. will be.

1 is a cultivation process showing an embodiment of the present invention

In order to achieve the above technical problem, the present invention will be described in detail with reference to the accompanying drawings.

The most important thing in cultivating oyster mushroom is how to make a mushroom medium composition, in order to provide a good medium, first mixed 16Kg of microbial culture (Palma 72) + 50Kg of rice bran (rice bran) with 15L of water and fermented for 24 hours;

Dividing the mixture into three 500 L containers filled with water and re-fermented for 30 hours;

Discard the rice bran (rice bran) in the mixture and dilute in about 20 tons of water and re-ferment for 24 hours;

When the ratio of waste cotton, germanium and ocher is mixed in a ratio of 100: 1: 20, spraying the discarded water of the rice bran with a spraying machine, and then applying a light shielding film to avoid direct sunlight;

Invert the first microorganism by mixing the indigenous microorganisms at the closing temperature of 74 ℃, spraying with a nebulizer with the ratio of wood vinegar and water 1:20 at the closing temperature of 77 ℃, and mixing germanium evenly at the closing temperature of 75 ℃. After the third inversion, the fourth inversion at the closing temperature of 80 ° C., and the fifth inversion while spraying with a nebulizer at a closing temperature of 78 ° C. with a ratio of 1:20 of water and water;

When the surface temperature rises to 80 ° C., granules are immediately granulated without sterilization, and thus, the production of oyster mushroom production medium containing germanium is completed.

The spawn seed is mainly used for surface inoculation, which can reduce the contamination of the medium and save labor.

In addition, it is possible to inhibit the occurrence of the fungus with the above-described medium composition and induce spawn in 30 days to 22 days spawn culture period.

As described above, it is possible to produce a mushroom containing a large amount of germanium component of the oyster mushroom by the composition of the germanium component, the shortening of the culture period and the storage period of the oyster mushroom is long.

In general, the effect of germanium has clinically surprising effects in all diseases such as lung cancer, bladder cancer, carcinoma, neurosis, asthma, diabetes, hypertension, heart failure, sinusitis, neuralgia, leukemia, cerebral pneumonia, myoma and cirrhosis. The close-up of germanium as the "savior of the 21st century" cannot be thought of as a mere coincidence, but as a result of some mysterious necessity.

It is a pity that modern medicine has not found anything comparable to the great forces of life, the sun, oxygen, and water. However, as the newest information, the top level in the United States and Germany is increasing the development of oxygen for tooth disease, that is, commercialization of oxygen as food for health. Germanium is just that oxygen to eat.

It is a well known and undeniable fact that lack of oxygen is the cause of all illnesses. It is a fundamental theory that when a pathological condition occurs due to lack of oxygen, the disease can be improved by replenishing the lack of oxygen. This does not necessarily mean that you have to consume germanium. Balance the nutrition and weaken the body fluids, exercise and maintain a stable mental state or acupressure, saliva, moxibustion, gymnastics, yoga, etc. As a result, it also acts to supplement oxygen deficiency.

However, the question is whether all of this can be done simply, even in patients with extremely weak resilience. It was Germanium that solved the problem.

Germanium quickly supplies oxygen to each tissue to activate metabolism and acts as a dream cancer drug interferom derivative. In this way, each organ is active, its function is normalized, and the pathological condition is resolved. This mysterious germanium can be said to exist to save patients with incurable diseases, adult diseases and chronic diseases.

Our bodies are organic compounds. The three nutrients, carbohydrates, fats and proteins, are also organic compounds, and the fourth nutrient, vitamins, is also an organic compound. The fifth mineral (eg, iron, calcium) is, as its name suggests, minerals, so it is inherently inorganic but cannot be nutrients unless it is an organic compound. Because of iron deficiency anemia, no matter how finely eaten iron, diarrhea can not be nutrients unless the iron is organic.

Water is also a representative inorganic substance, but it is active in the body as a component of organic compounds, and after work, it becomes an inorganic compound and is excreted outside the body. Oxygen is also inorganic in itself, but it also acts as a constituent of organic compounds. It is concluded that germanium, which acts as a carrier of oxygen or a pinch heater of oxygen, is also useless unless it is organic.

As a result of analyzing various plants, germanium is contained in mushrooms, Korean ginseng, chestnut, and goji berries, and these are plants that have been used as herbal medicine since ancient times. Health foods such as garlic, comfrey, and aloe also contain germanium and mushrooms.

As described in detail above, it is possible to ingest the oyster mushroom containing the germanium component provided by the present invention to contribute to the public health as well as to contribute to the income increase of the farmhouse.

Claims (1)

In the cultivation method of oyster mushroom which is mixed with microbial culture + rice bran (rice bran) with water, fermented, and then inverted five times according to the cotton wool process and the temperature of the cotton wool, it is granulated and seed cultured. The masking process by mixing the ratio of waste cotton, germanium and ocher to 100: 1: 20 during the masking process; The inverting is first inverted by mixing the indigenous microorganisms at a closing temperature of 74 ℃, and the second inverting while spraying with a nebulizer with a ratio of wood vinegar and water 1:20 at the closing temperature of 77 ℃, germanium at a closing temperature of 75 ℃ 3rd inversion while mixing evenly, 4th inversion at closing temperature of 80 ° C, germanium component, characterized in that 5th inversion while spraying with a nebulizer with a ratio of 1:20 of wood vinegar and water at closing temperature of 78 ° C How to grow oyster mushrooms containing.