نتایج جستجو برای: marinobacter litoralis

تعداد نتایج: 590  

2016
Victor G Stepanov Yeyuan Xiao April J Lopez Deborah J Roberts George E Fox

The perchlorate-reducing strain Marinobacter sp. strain P4B1 was isolated from a long-term perchlorate-degrading enrichment culture seeded with marine sediment. The draft genome of Marinobacter sp. P4B1 is comprised of the bacterial chromosome (3.60 Mbp, G+C 58.51%, 3,269 predicted genes) and its associated plasmid pMARS01 (0.14 Mbp, G+C 52.95%, 165 predicted genes).

Journal: :International journal of systematic and evolutionary microbiology 2008
Seong Woon Roh Zhe-Xue Quan Young-Do Nam Ho-Won Chang Kyoung-Ho Kim Sung-Keun Rhee Hee-Mock Oh Che Ok Jeon Jung-Hoon Yoon Jin-Woo Bae

A Gram-negative marine bacterium, designated strain En6(T), was isolated from seawater of the East Sea of Korea. The organism grew in 1-25 % (w/v) NaCl and at 10-37 degrees C and pH 5.3-9.3, with optimal growth occurring in 4-5 % NaCl and at 25-30 degrees C and pH 7.5. Phylogenetic analysis of the 16S rRNA gene sequence of strain En6(T) placed this bacterium in the clade Marinobacter within the...

Journal: :Journal of bacteriology 2012
Andrew F Gardner Sanjay Kumar Francine B Perler

The hyperthermophilic archaeon Thermococcus litoralis strain NS-C, first isolated in 1985, has been a foundational organism for archaeal research in biocatalysis, DNA replication, metabolism, and the discovery of inteins. Here, we present the genome sequence of T. litoralis with a focus on the replication machinery and inteins.

2017
Neelam Kapse Purnima Singh Utpal Roy Shiv Mohan Singh Prashant K. Dhakephalkar

Marinobacter sp. strain AC-23 was isolated from Kongsfjorden in the Arctic. Here, we report the first draft genome sequence of a putative novel species of the genus Marinobacter comprising 4,149,715 bp, with a mean G+C content of 54.4%. The draft genome sequence will aid in understanding the psychrophilic and sea ice-specific lifestyle.

2014
Elena P. Ivanova Hooi Jun Ng Hayden K. Webb Gao Feng Kenshiro Oshima Masahira Hattori Moriya Ohkuma Alexander F. Sergeev Valery V. Mikhailov Russell J. Crawford Tomoo Sawabe

Here, we present the draft genomes of Marinobacter similis A3d10(T), a potential plastic biodegrader, and Marinobacter salarius R9SW1(T), isolated from radioactive waters. This genomic information will contribute information on the genetic basis of the metabolic pathways for the degradation of both plastic and radionuclides.

Journal: :Journal of nematology 1988
M Saeed S A Khan V A Saeed H A Khan

Cephalobus litoralis (Akhtar, 1962) Andrássy, 1984 reproduced parthenogenetically and completed its life cycle in 72-90 hours. Each female deposited 200-300 eggs. The nematodes showed synchronized movements in the rhythms of the anterior parts of the body. The nematodes were coiled when dried in culture medium or in slowly evaporating water droplets on the tops of culture plates, but in pellets...

2016
Xuehua Wan Shaobin Hou Siobhan L Burns Jennifer A Saito Stuart P Donachie

Marinobacter sp. strain X15-166BT was cultivated from sediment in Honolulu Harbor, Hawai'i. The X15-166BT draft genome of 3,490,661 bp encodes 3,115 protein-coding open reading frames. We anticipate that the genome will provide insights into the strain's lifestyle and the evolution of Marinobacter.

2017
Victor G Stepanov Deborah J Roberts George E Fox

The gammaproteobacterium Marinobacter vinifirmus is associated with moderately saline environments and is often found in marine ecosystems. Here, we report the draft genome sequence of M. vinifirmus type strain FB1 (3.8 Mbp, 3,588 predicted genes). The presented sequence will improve our understanding of the taxonomy and evolution of the genus Marinobacter.

2015
Timothy A. Tomko Mary J. Dunlop

BACKGROUND Recent metabolic engineering efforts have generated microorganisms that can produce biofuels, including bio-jet fuels, however these fuels are often toxic to cells, limiting production yields. There are natural examples of microorganisms that have evolved mechanisms for tolerating hydrocarbon-rich environments, such as those that thrive near natural oil seeps and in oil-polluted wate...

Journal: :Geobiology 2011
D F Gleeson C Williamson S E Grasby R T Pappalardo J R Spear A S Templeton

Elemental sulfur (S(0) ) is deposited each summer onto surface ice at Borup Fiord pass on Ellesmere Island, Canada, when high concentrations of aqueous H(2) S are discharged from a supraglacial spring system. 16S rRNA gene clone libraries generated from sulfur deposits were dominated by β-Proteobacteria, particularly Ralstonia sp. Sulfur-cycling micro-organisms such as Thiomicrospira sp., and ε...

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