Abstract
The paper reviews current situation in mushroom production as fast developing industry of agriculture. It provides historical information about mushroom species first cultivated in the East (Auricularia spp., Lentinulla edodes, Flammulina velutipes) and in Europe (Pleurotus ostreatus, Agaricus bisporus). The data on the extensiveness of mushroom artificial cultivation and its share in the total volume of world industrial production at present are given. The importance of mushroom products as a new food source under current edible protein deficiency is noted. It is supposed that by 2050 a third of man consumed proteins will be accounted for by the mushroom proteins. The situation of mushroom production in Russia is paid special attention to, as demand for this product here is still exceeds supply. Extensive and intensive ways of artificial cultivation of wood-attacking fungi are compared, the sequence of technological process stages under intensive cultivation of mushrooms is described. The value of edible mushrooms as a source of physiologically active substances for biomedical application is defined. The paper provides the results of evaluation of the prospects of the biotechnological use of some wood-attacking fungi in the cultivation of their mycelium. The activity of glycoproteinoses complex, obtained by hydro extraction from the submersed mycelium of Trametes versicolor fungus as to the correction of white mice immune system is noted. Also recorded is the effectiveness of endopolysaccharide of Gametes ochracea at low temperature conservation of human blood cells. The aspects of artificial cultivation of mushrooms in connection with the problem of agricultural and forest industry wastes disposal are discussed. The conclusion is made about an urgent need for expansion of international ties for a fuller and wider use of mushrooms as a valuable biological resource.
Highlights
Традиция искусственного разведения съедобных грибов возникла в глубокой древности в странах Юго-Восточной Азии.
Мировое производство вешенки достигло 1 млн т еще в 1998 г., составив 21,5% от объема мирового производства съедобных грибов [5].
С 1 м2 полезной площади за восемь оборотов культуры в год можно получать более 200 кг свежих грибов, или 70-80 т сухого белка с 1 га в год [8].
Summary
Традиция искусственного разведения съедобных грибов возникла в глубокой древности в странах Юго-Восточной Азии. Мировое производство вешенки достигло 1 млн т еще в 1998 г., составив 21,5% от объема мирового производства съедобных грибов [5]. С 1 м2 полезной площади за восемь оборотов культуры в год можно получать более 200 кг свежих грибов, или 70-80 т сухого белка с 1 га в год [8]. Наиболее высоким содержанием белка среди культивируемых видов съедобных грибов отличается Agaricus bisporus, который культивируют на богатых органическим азотом компостах [6].
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