How To Use Archaebacteria In A Sentence
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Extremophiles as in archaebacteria seems to be the genetically youngest cell type out there at ~ 1 Ga, see Cavalier-Smith.
New Findings On Alan Hills Meteorite Point to Microbial Life | Universe Today
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All archaebacteria thrive in intense heat, and most derive their energy from breaking chemical bonds.
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I’m not aware of all the details of the black smoker theory but around the black smokers they’ve found “chemolithoautotrophic hyperthermophilic archaebacteria.”
Good Math, Bad Math, and David Berlinkski - The Panda's Thumb
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What's more, these origin-of-life researchers suspect that the two major groups of bacteria, known as archaebacteria and eubacteria, originated on two separate occasions about 3.8 billion years ago.
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The biggest break in life, she explained, was between the prokaryotes (cells with nucleoids: monera, prokaryota; archaebacteria, eubacteria) and eukaryotes (cells with nuclei: protoctista, fungi, plantae, animalia).
Lynn Margulis: "Definitely a Darwinist" - The Panda's Thumb
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In the neomura theory it was very unlikely that earlier organisms, bacteria, trapped in their non-extremophile yet sturdy protein exoskeleton cell wall, would be able to loose it to develop a new extremophile one (archaebacteria) respectively develop an endoskeleton flexible cell (eukaryotes).
HARPS Discovers 32 New Exoplanets | Universe Today
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I’m not aware of all the details of the black smoker theory but around the black smokers they’ve found “chemolithoautotrophic hyperthermophilic archaebacteria.”
Good Math, Bad Math, and David Berlinkski - The Panda's Thumb
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These ‘bugs, ‘actually archaebacteria, thrive in intense heat and pressure deep underground, without any light - that is, in a truly alien environment within planet earth.’
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They provide a complex hyperthermic, hyperacidic environment for archaebacteria that otherwise would not be able to enjoy life in the beautiful Rocky Mountains.
Gene logic - The Panda's Thumb
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These sequences included proteins from a diverse range of organisms, ranging from eubacteria and archaebacteria to algae, fungi, and plants.
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Among the archaebacteria, the genome that is most similar to yeast at all thresholds is that of the methanogen Methanosarcina mazei.
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What's more, these origin-of-life researchers suspect that the two major groups of bacteria, known as archaebacteria and eubacteria, originated on two separate occasions about 3.8 billion years ago.
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This paper introduced a new domain of life, archae referred to at the time of publication as archaebacteria, and simultaneously created a new paradigm for understanding the origins of life on earth.
Carl Woese Changed the Tree of Life (The Giant's Shoulders carnival)
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Later days DNA has in bacteria and archaebacteria bottlenecked through 70 Celsius, which is roughly the temperature the sediment chert isotopic ratios gives for most of Earth Archaean history.
Astronomers Find Super-Earth With An Atmosphere | Universe Today
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All archaebacteria thrive in intense heat, and most derive their energy from breaking chemical bonds.
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The discovery and analysis of archaebacteria in the 90s opened us more possibilities.
Hate, Life, the Universe, and Everything
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The authors of the study published in Science noted a number of interesting things - a preponderance of genes encoding protein kinases, evidence for substantial horizontal gene flow from bacteria and archaebacteria, and a streamlined core gene expression machinery transcription and RNA processing.
The Panda's Thumb: Research News Archives
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The "community" found in a South Africa deep mine of a single bacterial species loaded with archaebacteria genes and other stuff it has picked up by gene transfer is an exception that comes to mind.
Bacteria Could Survive in Martian Soil | Universe Today
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These sequences included proteins from a diverse range of organisms, ranging from eubacteria and archaebacteria to algae, fungi, and plants.
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Initially called archaebacteria, now just archaea, these microorganisms formed a whole new, third branch of the evolutionary tree.
Times, Sunday Times
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All archaebacteria thrive in intense heat, and most derive their energy from breaking chemical bonds.
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All archaebacteria thrive in intense heat, and most derive their energy from breaking chemical bonds.
