Nano biological particles made of waste thallus, and production method and use thereof, and nano-level thallus crusher

A technology of biological particles and production methods, applied in the fields of application, food preparation, grain processing, etc., to achieve the effect of saving food and eliminating environmental pollution from waste bacteria

Inactive Publication Date: 2004-09-15
姚洪文
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a nano-biological particle made of waste bacteria. The technical problem to be solved is to make the nano-biological particle have application value, which can replace grain as raw material in the production of antibiotics a

Method used

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  • Nano biological particles made of waste thallus, and production method and use thereof, and nano-level thallus crusher
  • Nano biological particles made of waste thallus, and production method and use thereof, and nano-level thallus crusher
  • Nano biological particles made of waste thallus, and production method and use thereof, and nano-level thallus crusher

Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0022] Example 1: A method for producing nano-biological particles by using waste bacteria, which includes the following steps:

[0023] ①Treat waste fungi: use waste microbes produced at the end of fermentation of microorganisms used in the production of antibiotics and food products as raw materials for waste fungi, and take 10 kg of waste oxytetracycline hyphae (or penicillin waste hyphae, cephalosporin) Supplementary element waste mycelium, streptomycin waste mycelium, Lin Ke waste mycelium, gentamicin waste mycelium, Pseudomonas, Bacillus cereus), add 80 kg of clean water, stir, and prepare an emulsion. 40-mesh sieve, remove large debris, remove sand, stone, metal, etc., store at natural room temperature, until use, ②The production of nano biological particles: start the nano-scale bacteria crusher, and pour the above-mentioned emulsion of the waste bacteria In the material port of the crusher, the emulsion is cooled in the infusion pipe and then pumped out two jets through t...

Example Embodiment

[0024] Embodiment 2: A method for producing nano-biological particles by using waste bacteria, which includes the following steps:

[0025] ①Treat the waste fungus body: use the waste microorganisms produced at the end of the fermentation of the microorganisms used in the production of antibiotics and food products as raw materials for waste fungus bodies, take 10 kg of beer yeast (or Corynebacterium brevis), add 75 kg of clean water, and stir. , Formulated into an emulsion, sieved through a 40-mesh sieve to remove large debris, sand, stone, metal, etc., and store it at natural room temperature for later use. The above-mentioned waste fungus body is used for the production of condiment industry, which needs to be further processed: take another 1 part by weight of malt root, add 7 kg of clean water, and extract (leaching) at 4°C After 20 hours, filter out the solids, take the clear liquid (containing 5'-phosphodiesterase) and pour it into the above-mentioned emulsion stored at nat...

Example Embodiment

[0026] Embodiment 3: The technical scheme of the nano-scale bacterial crusher is detailed below. As shown in Figure 1, the nano-scale bacterial crusher has a base 11, a power source (motor) 12, a high-pressure pump 10, two infusion tubes 8, a casing 2, and an infusion tube each connected in a sealed and fixed connection with the casing. The two nozzle bodies 1 and 5, the cylindrical sleeve body (cylinder) 3 whose inner wall is the collision wall, and the two material coolers 9 for cooling the materials in the two liquid transfer pipes respectively. The casing 2 has a circular through hole with internal threads at both ends. The nozzle body 1 (and the nozzle body 5) has a connection part with the casing 2 (this part has an external thread), the nozzle 1a (and the nozzle 5a) ), the six-sided screw head for installation on the other side of the spray head and the connector with external thread for connecting with the infusion tube. The two nozzle bodies 1 and 5 each have a circular a...

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Abstract

The invention provides a nano bio-particle made of waste thallus as well as its producing method and application together with the nano-level thallus crusher. The weight ratio of its raw material: waste thallus 1 share, and clear water 2-9 shares, and its average diameter is not greater than 100 nano, where the waste thallus is the waste microbe produced when producing antibiotic and fermenting food products. If the waste thallus is the one used in flavoring industry for producing, the above formula should be added with the 5'-phosphodiesterase containing clear liquid made of malt root 1 share and clear water 6-8 shares. During fermenting, it can replace grain as raw material, eliminating the environmental pollution and the harm to human beings caused by the waste thallus.

Description

technical field [0001] The invention relates to an extract or nanoparticle obtained by treating fermentation waste cells, and also relates to a production method for obtaining the extract or nanoparticle and a nanoscale material crusher used for implementing the method. The invention also relates to the use of the extract or nanoparticles in the production of antibiotics and in the fermentation of food products. Background technique [0002] Microorganisms used in the production of antibiotics and fermentation of food products are waste microorganisms produced at the end of fermentation, namely fermentation waste cells, which refer to antibiotic waste cells in fermentation pharmaceutical factories, such as penicillin waste mycelia, oxytetracycline waste mycelia, cephalosporins Waste mycelia of prime, streptomycin waste, linco waste mycelia, gentamicin waste mycelia, etc.; and waste vitamin C bacteria from fermentation pharmaceutical factories, such a...

Claims

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Application Information

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IPC IPC(8): A23L27/24B02C23/20
Inventor 姚洪文张芬菊姚飞
Owner 姚洪文
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