In this research, to study the ability of white-rot fungi Bjerkandera Coriolopsis gallica, 4: Trametes trogii adusta, versiolor and Trametes pinned to a Ca-alginate beads for Lanaset dyes Grey G because of the reduction of wastewater from textile factories to create problems in the treatment of very much. By dye fabric is going to completely inhibit of the sun down to the water source, preventing photosynthesis and growth of living organisms in the water. It also contains toxins and heavy metals that may sneak from the treatment system may accumulate and harm the community. Typically, white-rot fungi are microbes that degrade performance in synthetic colors can be created by enzymes that degrade. Non-specific cells also have lignin that main enzymes: Lignin peroxidase (LiP) peroxidase (MnP), Manganese-dependent, and Laccase (Lac) in this experiment were split into two trials range: 1. reducing the fuel dyes by fungus and fungus immobilized by a free sample test will be in the form of immobilized fungus, Ca-alginat.E, fungus and fungus free inactived by the fungus is inactived autoclave temperature 121 ˚ C is 20 minutes, and then use the ability to disperse dye in order to test whether the dye is absorbed due to enzymatic activity by the enzyme activity of lignin peroxidase to be analyzed (LiP) peroxidase (MnP), manganese-dependent, l.Accase (Lac) and the percentage of color spectrophotometer that degrade with wavelength between 450-700 nm., or the ability to absorb the color of the bead and fiber Ca-alginate of fungi from the experiment will notice that degrade dyes immobilized fungi, there are ways to degrade the high color percentage is 85% 70.9%, 75.3%, 72.2.% For C. gallica, B. adusta, T. versiolor and T. trogii, respectively. When the dye concentrations with Lanaset Grey G start 150 mg/L in a study of Grey colour degrade Lanaset G trial will notice that degrade dyes immobilized fungi, there are ways to degrade the high color percentage is 85% 70.9%, 75.3%, 72.2% for C. gallica, B. adusta, T. versiolor and T. trogii, respectively. When the dye concentrations with Lanaset Grey G start 150 mg/L results in a higher fungus free 2 times except T. versiolor similar results in both the free and immobilized fungus fungus when C. gallica suggests that could degrade color Grey G with Lanaset highest percentage is the enemy.Saphon climate actions that affect the dye, such as "initial concentrations of the dye from 20-300 mg, it was found that when the dye concentrations increased the percentage reduction of the dye, it will lower the temperature, the more educated in the temperature range 40-12 ˚ C and pH in the range of 3-8, found that the percentage of reduction of the maximum range of dye temperature.Chart 45 ˚ C, with the exception of B. adusta that the percentage reduction of the high temperature of 40 dye ˚ C, Beads/medium ratio showed a decrease in percent of maximum 20% of the dye as it is a quantity that promote maximum enzyme activity, and the most stirring racial can grow well in static state test of parts reuse, it was found that the percentage of reduction of the dye in the lower fungus free over 36%, while the percentage reduction of the dye in C. gallica, T. versiolor, and T. B. adusta, 75, 70, 60, is trogii, and 68%, respectively.
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