Serratia marcescens merupakan salah

Serratia marcescens merupakan salah satu jenis bakteri gram negatif berbentuk basil dan beberapa galur membentuk kapsul. Pada suhu kamar dan sifat kebutuhan oksigennya yaitu fakultatif anaerob, bakteri ini memiliki enzim kitinase yang dapat menghidrolisis polimer kitin menjadi kitin oligosakarida atau monor N-asetilglukosamin. (Brurberg, 2000). bakteri patogen ini menghasilkan zat warna (pigmen) merah. Serratia marcescens termasuk organisme yang dapat menghasilkan enzim kitinase dan menjadi salah satu dari bakteri yang paling efektif untuk mendegradasi kitin. Bakteri Serratia marcescens diketahui memproduksi prodigiosin yang bersifat antifungi, antibakteri, algicidal, antiprotozoal, aktivitas antimalaria, immunosuppresif, dan aktivitas antikanker (Samrot et al., 2011).

Hasil (Inggris) 1:

Serratia marcescens is one type of gram-negative bacilli and shaped some of the strains to form capsules. At room temperature and the nature of their oxygen needs i.e. facultative anaerobic bacterium has enzymes kitinase that can hydrolyze chitin polymer chitin becomes oligosakarida or N-acetylglucosamine monor. (Brurberg, 2000). This pathogenic bacteria to produce a red color (pigment). Serratia marcescens including organisms that can produce the enzyme kitinase and became one of the most effective bacteria to degrade chitin. Serratia marcescens bacteria known to produce the prodigiosin is antifungi, antibacterial, antiprotozoal, algicidal activity, antimalarial, immunosuppresif, and anticancer activity (Samrot et al., 2011).

Hasil (Inggris) 2:

Serratia marcescens is one type of gram-negative bacteria and some strains of bacillus shaped capsule form. At room temperature and the nature of their oxygen requirements are facultative anaerobes, these bacteria have chitinase enzyme that can hydrolyze chitin polymer into chitin oligosaccharides or monor N-acetylglucosamine. (Brurberg, 2000). These pathogenic bacteria produce dye (pigment) in red. Serratia marcescens including organisms that can produce the enzyme chitinase and became one of the most effective bacteria to degrade chitin. Serratia marcescens bacteria that are known to produce prodigiosin antifungal, antibacterial, algicidal, antiprotozoal, antimalarial activity, immunosuppressive and anticancer activity (Samrot et al., 2011).