PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation
New microbial bioprospecting has become an important way to find new polyhydroxyalkanoate [PHA] producers and degraders. Poly [3-hydroxybutyrate] [PHB], the best known member of the PHAs, has received much attention because it can be degraded completely in different environments without forming any toxic products. In this contribution an actinomycete, designated strain SSM 5670, showed the better response for PHB degradation by the clear-zone method. Nevertheless, it produces PHB in low amounts [5.6 percent dry cell weight]. According to the phylogenetic analysis the strain most similar to the PHB-degrading isolate SSM 5670 was Streptomyces omiyaensis NBRC13449. The selected isolate was characterized by its cultural, morphological and physio-biochemical features and deposited in an Argentine culture collection under the name Streptomyces omiyaensis SSM 5670.
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KOHA-OAI-AGRO:471272021-07-28T15:19:21Zhttp://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=47127http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=AAGPHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulationYashchuk, O.Miyazaki, Silvia SusanaHermida, E. B.textspaapplication/pdfNew microbial bioprospecting has become an important way to find new polyhydroxyalkanoate [PHA] producers and degraders. Poly [3-hydroxybutyrate] [PHB], the best known member of the PHAs, has received much attention because it can be degraded completely in different environments without forming any toxic products. In this contribution an actinomycete, designated strain SSM 5670, showed the better response for PHB degradation by the clear-zone method. Nevertheless, it produces PHB in low amounts [5.6 percent dry cell weight]. According to the phylogenetic analysis the strain most similar to the PHB-degrading isolate SSM 5670 was Streptomyces omiyaensis NBRC13449. The selected isolate was characterized by its cultural, morphological and physio-biochemical features and deposited in an Argentine culture collection under the name Streptomyces omiyaensis SSM 5670.New microbial bioprospecting has become an important way to find new polyhydroxyalkanoate [PHA] producers and degraders. Poly [3-hydroxybutyrate] [PHB], the best known member of the PHAs, has received much attention because it can be degraded completely in different environments without forming any toxic products. In this contribution an actinomycete, designated strain SSM 5670, showed the better response for PHB degradation by the clear-zone method. Nevertheless, it produces PHB in low amounts [5.6 percent dry cell weight]. According to the phylogenetic analysis the strain most similar to the PHB-degrading isolate SSM 5670 was Streptomyces omiyaensis NBRC13449. The selected isolate was characterized by its cultural, morphological and physio-biochemical features and deposited in an Argentine culture collection under the name Streptomyces omiyaensis SSM 5670.16S RDNA ANALYSISACCUMULATIONANTIBIOTIC AGENTANTIFUNGAL ACTIVITYANTIMICROBIAL ACTIVITYARABINOSEASPERGILLUS NIGERBACILLUS SUBTILISBACTERIUM CULTUREBACTERIUM ISOLATIONCARBON SOURCECASEINCHARACTERIZATIONCONTROLLED STUDYDNA 16SENERGY RESOURCEESCHERICHIA COLIFERMENTATIONFRUCTOSEGALACTOSEGLUCOSEHYDROLYSISINOSITOLISOLATIONKOCURIAKOCURIA RHIZOPHILAMANNITOLMICROBIAL DEGRADATIONMYCELIUMNITRIC ACID DERIVATIVENITRITENONHUMANNUCLEOTIDE SEQUENCEPHYLOGENETIC TREEPHYLOGENYPOLY[3 HYDROXYBUTYRIC ACID]POLY[3-HYDROXYBUTYRATE]RAFFINOSERHAMNOSESACCHAROMYCES CEREVISIAESCREENINGSODIUM CHLORIDESPOROGENESISSTARCHSTREPTOMYCESSTREPTOMYCES NARBONENSISSTREPTOMYCES OMIYAENSISSTREPTOMYCES TANASHIENSISSTREPTOMYCES WEDMORENSISSTREPTOMYCINSUCROSESURFACE PROPERTYXYLOSEJournal of Pure and Applied Microbiology |
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16S RDNA ANALYSIS ACCUMULATION ANTIBIOTIC AGENT ANTIFUNGAL ACTIVITY ANTIMICROBIAL ACTIVITY ARABINOSE ASPERGILLUS NIGER BACILLUS SUBTILIS BACTERIUM CULTURE BACTERIUM ISOLATION CARBON SOURCE CASEIN CHARACTERIZATION CONTROLLED STUDY DNA 16S ENERGY RESOURCE ESCHERICHIA COLI FERMENTATION FRUCTOSE GALACTOSE GLUCOSE HYDROLYSIS INOSITOL ISOLATION KOCURIA KOCURIA RHIZOPHILA MANNITOL MICROBIAL DEGRADATION MYCELIUM NITRIC ACID DERIVATIVE NITRITE NONHUMAN NUCLEOTIDE SEQUENCE PHYLOGENETIC TREE PHYLOGENY POLY[3 HYDROXYBUTYRIC ACID] POLY[3-HYDROXYBUTYRATE] RAFFINOSE RHAMNOSE SACCHAROMYCES CEREVISIAE SCREENING SODIUM CHLORIDE SPOROGENESIS STARCH STREPTOMYCES STREPTOMYCES NARBONENSIS STREPTOMYCES OMIYAENSIS STREPTOMYCES TANASHIENSIS STREPTOMYCES WEDMORENSIS STREPTOMYCIN SUCROSE SURFACE PROPERTY XYLOSE 16S RDNA ANALYSIS ACCUMULATION ANTIBIOTIC AGENT ANTIFUNGAL ACTIVITY ANTIMICROBIAL ACTIVITY ARABINOSE ASPERGILLUS NIGER BACILLUS SUBTILIS BACTERIUM CULTURE BACTERIUM ISOLATION CARBON SOURCE CASEIN CHARACTERIZATION CONTROLLED STUDY DNA 16S ENERGY RESOURCE ESCHERICHIA COLI FERMENTATION FRUCTOSE GALACTOSE GLUCOSE HYDROLYSIS INOSITOL ISOLATION KOCURIA KOCURIA RHIZOPHILA MANNITOL MICROBIAL DEGRADATION MYCELIUM NITRIC ACID DERIVATIVE NITRITE NONHUMAN NUCLEOTIDE SEQUENCE PHYLOGENETIC TREE PHYLOGENY POLY[3 HYDROXYBUTYRIC ACID] POLY[3-HYDROXYBUTYRATE] RAFFINOSE RHAMNOSE SACCHAROMYCES CEREVISIAE SCREENING SODIUM CHLORIDE SPOROGENESIS STARCH STREPTOMYCES STREPTOMYCES NARBONENSIS STREPTOMYCES OMIYAENSIS STREPTOMYCES TANASHIENSIS STREPTOMYCES WEDMORENSIS STREPTOMYCIN SUCROSE SURFACE PROPERTY XYLOSE |
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16S RDNA ANALYSIS ACCUMULATION ANTIBIOTIC AGENT ANTIFUNGAL ACTIVITY ANTIMICROBIAL ACTIVITY ARABINOSE ASPERGILLUS NIGER BACILLUS SUBTILIS BACTERIUM CULTURE BACTERIUM ISOLATION CARBON SOURCE CASEIN CHARACTERIZATION CONTROLLED STUDY DNA 16S ENERGY RESOURCE ESCHERICHIA COLI FERMENTATION FRUCTOSE GALACTOSE GLUCOSE HYDROLYSIS INOSITOL ISOLATION KOCURIA KOCURIA RHIZOPHILA MANNITOL MICROBIAL DEGRADATION MYCELIUM NITRIC ACID DERIVATIVE NITRITE NONHUMAN NUCLEOTIDE SEQUENCE PHYLOGENETIC TREE PHYLOGENY POLY[3 HYDROXYBUTYRIC ACID] POLY[3-HYDROXYBUTYRATE] RAFFINOSE RHAMNOSE SACCHAROMYCES CEREVISIAE SCREENING SODIUM CHLORIDE SPOROGENESIS STARCH STREPTOMYCES STREPTOMYCES NARBONENSIS STREPTOMYCES OMIYAENSIS STREPTOMYCES TANASHIENSIS STREPTOMYCES WEDMORENSIS STREPTOMYCIN SUCROSE SURFACE PROPERTY XYLOSE 16S RDNA ANALYSIS ACCUMULATION ANTIBIOTIC AGENT ANTIFUNGAL ACTIVITY ANTIMICROBIAL ACTIVITY ARABINOSE ASPERGILLUS NIGER BACILLUS SUBTILIS BACTERIUM CULTURE BACTERIUM ISOLATION CARBON SOURCE CASEIN CHARACTERIZATION CONTROLLED STUDY DNA 16S ENERGY RESOURCE ESCHERICHIA COLI FERMENTATION FRUCTOSE GALACTOSE GLUCOSE HYDROLYSIS INOSITOL ISOLATION KOCURIA KOCURIA RHIZOPHILA MANNITOL MICROBIAL DEGRADATION MYCELIUM NITRIC ACID DERIVATIVE NITRITE NONHUMAN NUCLEOTIDE SEQUENCE PHYLOGENETIC TREE PHYLOGENY POLY[3 HYDROXYBUTYRIC ACID] POLY[3-HYDROXYBUTYRATE] RAFFINOSE RHAMNOSE SACCHAROMYCES CEREVISIAE SCREENING SODIUM CHLORIDE SPOROGENESIS STARCH STREPTOMYCES STREPTOMYCES NARBONENSIS STREPTOMYCES OMIYAENSIS STREPTOMYCES TANASHIENSIS STREPTOMYCES WEDMORENSIS STREPTOMYCIN SUCROSE SURFACE PROPERTY XYLOSE Yashchuk, O. Miyazaki, Silvia Susana Hermida, E. B. PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| description |
New microbial bioprospecting has become an important way to find new polyhydroxyalkanoate [PHA] producers and degraders. Poly [3-hydroxybutyrate] [PHB], the best known member of the PHAs, has received much attention because it can be degraded completely in different environments without forming any toxic products. In this contribution an actinomycete, designated strain SSM 5670, showed the better response for PHB degradation by the clear-zone method. Nevertheless, it produces PHB in low amounts [5.6 percent dry cell weight]. According to the phylogenetic analysis the strain most similar to the PHB-degrading isolate SSM 5670 was Streptomyces omiyaensis NBRC13449. The selected isolate was characterized by its cultural, morphological and physio-biochemical features and deposited in an Argentine culture collection under the name Streptomyces omiyaensis SSM 5670. |
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Texto |
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16S RDNA ANALYSIS ACCUMULATION ANTIBIOTIC AGENT ANTIFUNGAL ACTIVITY ANTIMICROBIAL ACTIVITY ARABINOSE ASPERGILLUS NIGER BACILLUS SUBTILIS BACTERIUM CULTURE BACTERIUM ISOLATION CARBON SOURCE CASEIN CHARACTERIZATION CONTROLLED STUDY DNA 16S ENERGY RESOURCE ESCHERICHIA COLI FERMENTATION FRUCTOSE GALACTOSE GLUCOSE HYDROLYSIS INOSITOL ISOLATION KOCURIA KOCURIA RHIZOPHILA MANNITOL MICROBIAL DEGRADATION MYCELIUM NITRIC ACID DERIVATIVE NITRITE NONHUMAN NUCLEOTIDE SEQUENCE PHYLOGENETIC TREE PHYLOGENY POLY[3 HYDROXYBUTYRIC ACID] POLY[3-HYDROXYBUTYRATE] RAFFINOSE RHAMNOSE SACCHAROMYCES CEREVISIAE SCREENING SODIUM CHLORIDE SPOROGENESIS STARCH STREPTOMYCES STREPTOMYCES NARBONENSIS STREPTOMYCES OMIYAENSIS STREPTOMYCES TANASHIENSIS STREPTOMYCES WEDMORENSIS STREPTOMYCIN SUCROSE SURFACE PROPERTY XYLOSE |
| author |
Yashchuk, O. Miyazaki, Silvia Susana Hermida, E. B. |
| author_facet |
Yashchuk, O. Miyazaki, Silvia Susana Hermida, E. B. |
| author_sort |
Yashchuk, O. |
| title |
PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| title_short |
PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| title_full |
PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| title_fullStr |
PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| title_full_unstemmed |
PHB - degrading Streptomyces sp. SSM 5670 isolation, characterization and PHB - accumulation |
| title_sort |
phb - degrading streptomyces sp. ssm 5670 isolation, characterization and phb - accumulation |
| url |
http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber=47127 http://ceiba.agro.uba.ar/cgi-bin/koha/opac-detail.pl?biblionumber= |
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1756046735322382337 |