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Biochemical Test and Characterization of Marine Sponges Symbiotic Isolate

Biochemical Test and Characterization of Marine Sponges Symbiotic Isolate

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Soil health management is essential for ensuring optimum crop and ecological diversity. Fertilizers emerged as necessary evil for crop industry, particularly the synthetic fertilizers which tend to persist in the soil system, affecting both soil microbial flora and fauna, thus damaging the soil health. Soil health is affected by a broad range of so...

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... biochemical test with 15 reagents to see the tendency of isolate reactions concerning the biodegradability of PAH. In the biochemical test, one isolate selected for each type of sponge-biochemical test simulations of isolates-illustrates the characteristics of 4 isolates presented in Table 2. Potential bacterial isolates as degradation materials for hydrocarbon components if they reacted positively with MR-VR, citrate, lactose, H2S and indole reagents in biochemical tests. ...
Context 2
... positive reaction with citric shows that bacteria have enzymes that break molecule cyclic and positive reaction to the reagent H2S, indicating that bacterial isolates can run the fermentation reaction with acids. Observing Table 2, the results of the isolate reactions through biochemical tests, show that the bacterial isolates obtained from the sponges Sp1 sample are the most potential as biomaterials for the degradation of hydrocarbon components bacterial isolates from samples Sp2 and Sp3. In contrast, sponge bacterial isolates Sp4 have no potential as biodegradation material to hydrocarbon components. ...
Context 3
... contrast, sponge bacterial isolates Sp4 have no potential as biodegradation material to hydrocarbon components. Other information that can describe in this review according to Table 2 is that an Sp1 bacterial isolate is a Bacillus group of bacteria and the Sp2 and Sp3 bacterial isolates are the Pseudomonas group [6,10]. ...

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