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Industrial production method of sprouted millet

A kind of technology of corn and germination device, which is applied in the field of germinated grains, can solve the problems of no increase but decrease of nutrient content, inability to realize industrial production, low germination rate, etc., and achieve the effects of short sprout growth length, improved transformation and content, and shortened germination time

Active Publication Date: 2019-03-08
GRAIN RES INST HEBEI ACAD OF AGRI & FORESTRY SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

And above-mentioned preparation method can't realize suitability for industrialized production, when carrying out millet germination in large quantities, large output, germination rate is extremely low, the probability of occurrence mildew reaches more than 70%, the situation that the microorganism, bacterial content exceeds standard reaches more than 50%, and nutritional labeling The situation of not rising but falling is more than 10%

Method used

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  • Industrial production method of sprouted millet
  • Industrial production method of sprouted millet

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0033] First screen with a screening machine to remove rice husks, stones, and shriveled grains; after husking, perform color selection to remove impurities, remove mildewed grains and heterochromatic grains, and then clean the selected millet. When cleaning, first rinse with water for 1- 2 times, then soak in fermented rice washing water for 3 minutes, then rinse with clean water, then wash with 0.5% salt water for 1-2 times, and finally rinse with clean water. Put the husked millet in a germination device for germination operation, 0°C low temperature stress for 0.5h, 20°C for 4h, 25°C for 4h, 30°C for 4h, 35°C for 5h, 40°C Hypoxic stress germinates for 0.5h (oxygen content 5%), germinates for 4h at 20°C, and in the process of germination, spray accelerator liquid (10mmol / L calcium chloride), regulator and ozone water (ozone Water concentration is 2mg / L) after germination, wash with clear water, and blast dry at 40° C. for 20 hours to obtain germinated corn.

[0034] The re...

Embodiment 2

[0037] First screen with a screening machine to remove rice husks, stones, and shriveled grains; after husking, perform color selection to remove impurities, remove mildewed grains and heterochromatic grains, and then clean the selected millet. When cleaning, first rinse with water for 1- 2 times, then soak in fermented rice washing water for 4 minutes, then rinse with clean water, then wash with 0.5% salt water for 1-2 times, and finally rinse with clean water. Put the shelled millet in a germination device for germination operation, 0°C low temperature stress for 0.5h, 20°C for 5h, 25°C for 5h, 30°C low oxygen stress for 5h, 35°C low oxygen stress for 6h, 40°C Hypoxic stress germinated for 1h (oxygen content 10%), germinated for 5h at 20°C, and in the process of germination, spray accelerator liquid (10mmol / L calcium chloride), regulator and electrolyzed water (electrolyzed water) in the germinator every 35min The pH value of the corn is 12), after the germination is finishe...

Embodiment 3

[0041] First screen with a screening machine to remove rice husks, stones, and shriveled grains; after husking, perform color selection to remove impurities, remove mildewed grains and heterochromatic grains, and then clean the selected millet. When cleaning, first rinse with water for 1- 2 times, then soak in fermented rice washing water for 5 minutes, then rinse with clean water, then wash with 0.5% salt water for 1-2 times, and finally rinse with clean water. Put the shelled millet in a germination device for germination operation, 0°C low temperature stress for 0.5h, 20°C for 6h, 25°C for 6h, 30°C for 6h, 35°C for 6h, 40°C Hypoxic stress germinated for 2h (oxygen content 15%), germinated for 6h at 20°C, and during the germination process, sprayed accelerating liquid (20mmol / L sodium chloride and 10mmol / L calcium chloride) in the germinator every 40min, adjusted agent and bactericide (the volume ratio of electrolyzed water and ozone water is 5:1, the concentration of ozone ...

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Abstract

The invention belongs to the technical field of sprouted grains and relates to an industrial production method of sprouted millet. Shelled millet are placed in a sprouting device; hypoxic stressed sprouting is carried out at 0-40 DEG C for 21-32.5 h; an accelerating liquid, a regulating agent and a bactericide are sprayed to the sprouting device at intervals of 30-40 min; after sprouting, cleaningand drying are performed to obtain sprouted millet. The method of producing sprouted millet is initiated herein; efficient high-quality sprouting is achieved for millet; the grown sprouted millet hassprouts reaching 1-2 mm in length; nutritional value and bioactivity of millet are greatly improved; a new chapter of sprouted grains is explored.

Description

technical field [0001] The invention belongs to the technical field of germinated grains, relates to germinated corn, in particular to a method for industrialized production of germinated corn. The method of the present invention creates a method for germinating corn, realizes high-efficiency and high-quality germination of millet, and produces germinated corn sprouts with a length of 1-2mm, which greatly improves the nutritional value and biological activity of corn, and expands the use of germinated corn new chapter. Background technique [0002] Corn, commonly known as millet, is a herbaceous plant of the Gramineae Setaria genus, and the hulled product is millet. Millet has always been used as a good nourishing product, and it is also a good medicine. According to the "Compendium of Materia Medica", millet "cures nausea and dysentery, cooks porridge, benefits the dantian, nourishes deficiency and damage, and opens the stomach". Anti-aging, strengthening body and prolong...

Claims

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Application Information

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IPC IPC(8): A01G31/00A01G7/06A23L7/20A23L5/00A23B9/14A23B9/26A01N59/00A01P1/00
CPCA01G7/06A01G31/00A01N59/00A23B9/14A23B9/26A23L5/57A23L7/20A23V2002/00A23V2200/10A23V2200/048A23V2250/2132A23V2250/214A23V2250/6422A23V2250/0604A23V2250/0624A23V2250/065
Inventor 刘敬科刘莹莹赵巍张爱霞任素芬李少辉张佳丽
Owner GRAIN RES INST HEBEI ACAD OF AGRI & FORESTRY SCI
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