2017
DOI: 10.1360/n052017-00056
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Life in a multi-extreme environment: <italic>Thermococcales</italic> living in deep sea hydrothermal vents

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Cited by 3 publications
(2 citation statements)
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“…Abbreviations: HP, high hydrostatic pressure, pressure stress, 85 • C at 40 MPa vs. 85 • C at 10 MPa; HP@95 • C, pressure stress at high temperature, 40 MPa at 95 • C vs. 10 MPa at 95 • C; HpH, high pH, alkali stress, pH 8.8 vs. pH 7.0; HS, high salinity, hyperosmotic stress, 4.5% NaCl vs. 2.3% NaCl; HT, high temperature, heat stress, 95 • C vs. 85 • C; HT@10 MPa, heat stress at 10 MPa, 95 • C at 10 MPa vs. 85 • C at 10 MPa; HT@40 MPa, heat stress at 40 MPa, 95 • C at 40 MPa vs. 85 • C at 40 MPa; LpH, low pH, acid stress, pH 4.4 vs. pH 7.0; LS, low salinity, hypo-osmotic stress, 1.5% NaCl vs. 2.3% NaCl; LT, low temperature, cold stress, 65 • C vs. 85 • C. (Zhao and Xiao, 2017). At the same time, they are in a very rare archaea group with piezophiles.…”
Section: Introductionmentioning
confidence: 99%
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“…Abbreviations: HP, high hydrostatic pressure, pressure stress, 85 • C at 40 MPa vs. 85 • C at 10 MPa; HP@95 • C, pressure stress at high temperature, 40 MPa at 95 • C vs. 10 MPa at 95 • C; HpH, high pH, alkali stress, pH 8.8 vs. pH 7.0; HS, high salinity, hyperosmotic stress, 4.5% NaCl vs. 2.3% NaCl; HT, high temperature, heat stress, 95 • C vs. 85 • C; HT@10 MPa, heat stress at 10 MPa, 95 • C at 10 MPa vs. 85 • C at 10 MPa; HT@40 MPa, heat stress at 40 MPa, 95 • C at 40 MPa vs. 85 • C at 40 MPa; LpH, low pH, acid stress, pH 4.4 vs. pH 7.0; LS, low salinity, hypo-osmotic stress, 1.5% NaCl vs. 2.3% NaCl; LT, low temperature, cold stress, 65 • C vs. 85 • C. (Zhao and Xiao, 2017). At the same time, they are in a very rare archaea group with piezophiles.…”
Section: Introductionmentioning
confidence: 99%
“…Thermococcales are one of the well-adapted orders to the dramatic environmental fluctuations in physical and chemical factors of hydrothermal vents during a long history of the earth, which was reported as the only active group in the sediments that are 1,626 m below the sea floor and 111 million years old ( Roussel et al, 2008 ). They are generally observed to grow over a wide temperature range, usually wider than 40°C of difference, but with a concise genome (1.7–2.3 Mbp) ( Zhao and Xiao, 2017 ). At the same time, they are in a very rare archaea group with piezophiles.…”
Section: Introductionmentioning
confidence: 99%