enrichment culture的意思|示意

美 / inˈritʃmənt ˈkʌltʃə / 英 / ɛnˈrɪtʃmənt ˈkʌltʃɚ /

[微] 富集培养;[微] 加富培养;[微] 增殖培养


enrichment culture的用法详解

Enrichment culture, or microbial enrichment, is the practice of introducing certain bacteria to the soil of a particular area in order to improve its fertility and aid in the growth of healthy crops. This process is often used to supplement the existing microbial life of soil in areas that may be lacking in nutrients, or are not being used to their full potential.

The process of enrichment culture begins with the selection of the right microorganism for the job. A wide variety of bacteria can be used, depending on the type of soil, the amount of fertilizer needed, and the desired result. Some common microorganisms used in enrichment cultures are Azotobacter, Bacillus, Serratia, Streptomyces, and Pseudomonas. Once the right microorganism has been selected, it is then introduced to the soil in the form of a liquid culture. This liquid culture contains the nutrients, bacteria, and other materials necessary for the bacteria to thrive and work their magic.

Once the bacteria are established in the soil, they will begin to break down organic matter and release nutrients into the soil. This will improve the fertility of the soil, allowing for better growth and harvests of healthy crops. The bacteria will also help the soil to retain moisture better, preventing soil erosion and improving its overall quality.

Enrichment culture is a great way to ensure that your soil is as healthy and rich as possible so that you can enjoy the best harvests. With the right microorganisms in place, you can be assured that your soil will be able to provide you with the best possible fertility and growth for your crops.

enrichment culture相关短语

1、 enrichment culture method 加富培养法,滋补培养法

2、 enrichment culture technique 富集培养技术

3、 sprout enrichment culture medium 芽增殖培养基

4、 Series dilution enrichment culture 系列稀释富集培养

5、 the enrichment of culture 文化填充过程

enrichment culture相关例句

This usually meant that enrichment culture techniques were required prior to immunofluorescence microscopy.

这就常常意味着增菌培养试验需要优先于免疫荧光显微技术.

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XJ was enhanced by enrichment culture method inorganic salt and target pesticides by using gas chromatography.

菌株XJ,经富集培养法提高其对农药的降解效能后,用气相色谱检测了该菌株对目标农药的降解率.

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From the methanol - sewage sludge - enrichment culture one methanosarcina, two vibrios and one bacteroid have been isolated.

经对该富集培养物的分离培养,已分离出4株厌氧细菌,其中一株为甲烷八叠球菌, 两株为弧菌,一株为杆菌.

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