sp对杜氏藻中的全叶绿素色素提取

Oscar M Lamohamad, Kurniati Kemer, D. Mantiri, Ester Angkow, James J. H. Paulus, A. Wantasen
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引用次数: 0

摘要

重金属,如铅,是一种化合物,如果进入生物体内会导致中毒。Dunaliella sp.是易受变化或生态压力影响的海洋生物之一,是暴露于重金属等污染物的主要目标,因此有必要进行研究,确定醋酸铅化合物对Dunaliella微藻生长和总叶绿素含量的影响。sp。这项研究的结果表明,杜氏盐藻sp微藻的生长控制文化媒体和铅治疗媒体有一个非常不同的增长,控制媒体正常生长,在第14天的总叶绿素含量控制媒体80.49µg / ml。30 ppm 54.79µg / ml, 50 ppm 50.02µg / ml和100 ppm 9.13µg / ml, 30天的总叶绿素含量在控制媒体34.99µg / ml, 30 ppm 44.657µg / ml,50 ppm 26.136µg / ml和100 ppm 5.58µg / ml
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Ekstraksi Pigmen Klorofil Total Pada Mikroalga Dunaliella sp. Yang Telah diberi Perlakuan Timbal Asetat
Heavy metals such as lead are compounds that can cause toxic effects if they enter the body of living things. Dunaliella sp. is one of the marine organisms that is susceptible to changes or ecological pressure so that it is the main target of being exposed to pollutants such as heavy metals and so on, so it is necessary to conduct research to determine how the effect of lead acetate compounds on the growth and total chlorophyll content of Dunaliella micro algae. sp. The results of this study indicate that the growth of Dunaliella sp microalgae on the control culture media and the lead treatment media has a very different growth, the control media has normal growth, while the total chlorophyll content of the 14th day in the control media is 80.49 µg / ml. 30 ppm 54.79 µg / ml, 50 ppm 50.02 µg / ml and 100 ppm 9.13 µg / ml. While the total chlorophyll content of the 30th day in the control media was 34.99 µg / ml, 30 ppm 44.657 µg / ml, 50 ppm 26.136 µg / ml and 100 ppm 5.58 µg / ml.Keywords : Microalga, Dunaliella sp, kcorophyll, lead ecetate    
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