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Growth Performance Biochemical Variability and Antibacterial Activity of Five Species of Marine Microalgae
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The book titled "Growth Performance Biochemical Variability and Antibacterial Activity of Five Species of Marine Microalgae" by Gurugubelli Teja is a comprehensive study on the growth and biochemical variability of five different species of marine microalgae. The book explores the antibacterial activity of these species, which have been found to possess significant antibacterial properties that can be used to treat various infections. The book starts by introducing the different species of marine microalgae and their characteristics. The growth performance of these species was evaluated under ...
The book titled "Growth Performance Biochemical Variability and Antibacterial Activity of Five Species of Marine Microalgae" by Gurugubelli Teja is a comprehensive study on the growth and biochemical variability of five different species of marine microalgae. The book explores the antibacterial activity of these species, which have been found to possess significant antibacterial properties that can be used to treat various infections. The book starts by introducing the different species of marine microalgae and their characteristics. The growth performance of these species was evaluated under different environmental conditions, and the results were analyzed to determine the optimal conditions for their growth. The biochemical variability of the microalgae was also studied, and the variations were found to be significant. The book also explores the antibacterial activity of these microalgae against several bacterial strains. The results of the study showed that these microalgae possess significant antibacterial activity, which is due to the presence of several bioactive compounds in them. The antibacterial activity of these microalgae can be used to treat various bacterial infections. Overall, the book provides valuable insights into the growth performance, biochemical variability, and antibacterial activity of different species of marine microalgae. The findings of this study can be used to develop new drugs and antibiotics for the treatment of various diseases caused by bacterial infections.
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