Method enabling shiitake mushrooms to be rich in microelements
A technology of trace elements and shiitake mushrooms, applied in botany equipment and methods, fertilizer mixtures, horticulture, etc., can solve problems such as difficult absorption and utilization, reduction of effective element content, and less mineral elements, so as to achieve significant enrichment effect and broaden the scope of application , the effect of rapid growth
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Embodiment 1
[0032] Measure 1 prepares special-purpose shiitake mushroom substituting medium; in conventional shiitake mushroom substituting medium, add functional ceramic particles by 8% of the weight of substituting material medium, promptly prepare special-purpose shiitake mushroom substituting medium; described functional ceramic particles are ZL200610014778.3 No. Patent Claim 1 The functional ceramic health care material is sintered into spherical particles with an average diameter of 1mm according to conventional methods, and then sintered in a kiln after drying at a sintering temperature of 1000°C; the conventional methods and measures 1 The special-purpose shiitake mushroom substituting medium is mixed uniformly, bagged, and the shiitake mushroom culture bag is sterilized and planted into shiitake mushroom strains according to conventional methods; the weight of the trace element nutrient solution is divided into: 30 parts of potassium hydroxide; Germanium oxide 15 parts; sodium sel...
Embodiment 2
[0036] The functional ceramic health care material described in this embodiment is fired into spherical particles with an average diameter of 2mm according to conventional methods, and the sintering temperature in the kiln is 1050° C.; the dilution factor of mushroom substitute water is 300 times; the dilution factor of moisturizing water is 500 times Double spraying 2 times, each interval of 7 days; the addition of the weight of the functional ceramic particles is 10% of the weight of the substitute medium; the remainder is the same as in Example 1.
[0037] The implementation effect of this embodiment is: the output of shiitake mushrooms is increased by 14.3%; its germanium content is 8.37mg / 100g, selenium content is 5.03mg / 100g, zinc content is 17.71mg / 100g, chromium content is 1.62mg / 100g, vanadium content is 1.17mg / 100g .
Embodiment 3
[0039] The functional ceramic health care material described in this embodiment is fired into spherical particles with an average diameter of 1.5 mm according to conventional methods, and the kiln sintering temperature is 950 ° C; the dilution factor of mushroom substitute water is 500 times; the functional ceramic particles The added amount of the weight is 5% of the weight of the substitute medium; the special moisturizing water is sprayed 500 times twice, with an interval of 5 days each time. The rest are the same as embodiment 1.
[0040] The implementation effect of this embodiment is: the output of shiitake mushrooms is increased by 11.4%; its germanium content is 7.69mg / 100g, selenium content is 4.61mg / 100g, zinc content is 17.54mg / 100g, chromium content is 1.43mg / 100g, and vanadium content is 1.03mg / 100g.
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