INTRODUCTION: AS we all know that MUSHROOMS are naturally made by the nature.
\nWhich is very nutrient content depending upon the types of species, nearly 20,000 species of mushroom are forming, and they have 90% of water and highly saprophytic nutrient values.
\nOrganisms that die and decay organic matter are used as food in saprophytic nutrition.so this process uses components contained in dead and decaying materials for cellular needs. Those all are forming by the fungi and the size of their mushroom fruiting bodies can vary from a few millimeters in length all the way to a meter. Mostly it will grow in spring season favorable factors like snow melt and temperature.<\/p>\n
HISTORY: It is early cultivation of mushroom was in ASIA. China the year 600AD. In Europe, the first cultivated mushroom was introduction in France in the 17th century. In 1900, the mushroom was first grown in the United States of America.<\/p>\n
HEALTH BENEFITS: Mostly it will depend on types of species. They are rich in protein and due to their exposure to sunlight, mushrooms are natural resources. They are non- animals\u2019 source of vitamin D2 it helps in the absorption of calcium in your body.
\nMushrooms are also known to have cancer-fighting properties and help in reducing blood sugar levels and improve in sullen resistance. Niacin is good for the digestive system and for maintaining healthy skin.
\n\uf0b7 Now a days most people are using to eating cultivated mushroom due to lack of wild mushroom.
\n\uf0b7 So many of farmer\u2019s are showing interest to do fungiculture. Which is called as growing of mushrooms.
\n\uf0b7 Fungiculture is different and technology of growing mushrooms using plants, animals, and industrial waste.
\n\uf0b7 It is the process of composting ,spawning ,casting ,pinning ,harvesting ,preservation like freezing ,drying ,canning ,vacuum cooling etc\u2026.<\/p>\n
ACCORDING TO THE NUTRITION VALUE DID CULTIVATED MUSHROOMS HAVE MORE NUTRITION VALUE WHEN COMPARED TO WILD MUSHROOMS?
\nAccording to the humans psychology all are thinking wild mushrooms have more nutrition values ,But it is not the fact according to scientific research because all mushroom are cultivated by the modified way. But in the wild mushrooms provide less energy\/ calories than cultivated mushrooms as they contain higher contents of protein and lower fat
\nconcentrations. At the same time, cultivated mushrooms seem to have higher concentration of sugars. When it compared to fatty acids, wild mushrooms appear to contain lower values of monounsaturated fatty acids but also higher contents of polyunsaturated fatty acids.
\nMore other studies are showing that mushrooms contain my fibers, vitamins, minerals, and all nine essential amino acids.<\/p>\n
White-fungi\u00a0(rot Fu Basidiomycetes)\u00a0produce various extracellular enzymes, such as\u00a0laccase\u00a0(Lac),\u00a0manganese peroxidase\u00a0(MnP) and\u00a0lignin peroxidase\u00a0(LiP).Laccase\u00a0belongs to the family of\u00a0multicopper\u00a0that catalyzes the oxidation of various aromatic substances. The catalyzation of oxidation of various aromatic substances is used to identify Laccase-
\nproducing mushrooms.<\/p>\n
Here,\u00a0ABTS\u00a0is used for\u00a0entry reported measuring Laccase. The activity is indicated by a\u00a0green color. Mushroom\u00a0species\u00a0are most frequas Laccase\u00a0and\u00a0manganese peroxidase\u00a0producers and least frequently reported as lignin peroxidase producers.
\nFor the\u00a0wild mushrooms, a wide range of enzyme activity could be found.
\nFor Laccase ranging from 2 to 942 U\/I.
\nFor Manganese peroxidase ranging from 24 to 79 U\/I.
\nAnd for Lignin peroxidase ranging from 3 to 7 U\/I.
\nWhereas\u00a0cultivated mushrooms showed the following enzyme activities.
\nFor Laccase ranging from 2 to 62 U\/I.
\nFor Manganese peroxidase ranging from 4 to 166 U\/I.
\nAnd for Lignin peroxidase ranging from 0.7 to 18 U\/I.
\nThese different enzyme activities stem from their third difference \u2013 their genetic profiles.
\nFor the cultivated mushrooms the genetics are constantly modified to improve
\n\uf0b7 the Growth rate
\n\uf0b7 Thickness
\n\uf0b7 Color
\n\uf0b7 Texture
\n\uf0b7 Aroma
\n\uf0b7 Yield
\n\uf0b7 BE
\nby, for example, hybridization.
\nThe authors could show that using hybridization of two oyster mushroom species ‘pleurotus pulmonarius’ and ‘pleurotus citrinopileatus’ improved,for example,the mycelium growth rate,texture,and biological efficiency while keeping a mild aroma.<\/p>\n","protected":false},"excerpt":{"rendered":"
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