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    • 4. 发明授权
    • Microemulsion of nutrient substances
    • 微量营养物质的乳液
    • US4460692A
    • 1984-07-17
    • US471768
    • 1983-03-03
    • Jacques TellierAndree SirvinsJean-Claude GautierBernard Tramier
    • Jacques TellierAndree SirvinsJean-Claude GautierBernard Tramier
    • C02F3/34C12N1/00C12N1/26
    • C12N1/00C02F3/344C12N1/26
    • There is disclosed a nutrient composition to be added to a hydrophobic medium for culturing microorganisms comprising a micro-emulsion of an aqueous solution of nutrient material in a liquid immiscible with water. As the source of nitrogen, compounds soluble in water are used, such as urea or ammonium nitrate, sulphate or phosphate, and, as the source of phosphorus, compounds soluble in water are used. The medium sould also contain a directly-assimilable source of carbon. Application of this composition for culturing of microorganisms allows operations to be carried out which comprise the degrading of hydrocabons covering an area of water or ground; an application of particular interest for operation is for combatting oil pollution of the sea by biological degradation. As the source of nitrogen, compounds soluble in water are used, such as urea or ammonium nitrate, sulphate or phosphate, and, as the source of phosphorus, compounds soluble in water are used. The medium should also contain a directly-assimilable source of carbon. Application of this composition for culturing of microorganisms allows operations to be carried out which comprise the degrading of hydrocarbons covering an area of water or ground; an application of particular interest for operations is for combatting oil pollution of the sea by biological degradation.
    • 公开了添加到用于培养微生物的疏水性介质中的营养组合物,其包含与水不混溶的液体中的营养物质的水溶液的微乳液。 作为氮源,使用可溶于水的化合物,例如尿素或硝酸铵,硫酸盐或磷酸盐,并且作为磷的来源,使用可溶于水的化合物。 培养基还可以含有直接可同化的碳源。 该组合物用于培养微生物的应用允许进行操作,其包括降解覆盖水或地面的水凝胶; 对运行特别感兴趣的应用是通过生物降解来对抗海洋中的石油污染。 作为氮源,使用可溶于水的化合物,例如尿素或硝酸铵,硫酸盐或磷酸盐,并且作为磷的来源,使用可溶于水的化合物。 培养基还应含有直接可同化的碳源。 该组合物用于微生物培养的应用允许进行包括覆盖水或地面的烃的降解的操作; 对运营特别感兴趣的应用是通过生物降解来对付海洋中的石油污染。