Titlebook: Adaption of Microbial Life to Environmental Extremes; Novel Research Resul Helga Stan-Lotter,Sergiu Fendrihan Book 2017Latest edition Sprin

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SMART

978-3-319-83914-1Springer International Publishing AG 2017

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Helga Stan-Lotter,Sergiu FendrihanUpdated and extended second edition.Bridges basic sciences and biotechnological applications.Presents life of microorganisms in several unusual extreme environments

mettlesome

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nutrition

https://doi.org/10.1007/978-3-8349-7058-9acterized by extreme factors, such as low water activity, scarce nutrients and extremes of temperature, pH, pressure and toxic compounds. Most extremophiles are prokaryotes, with Archaea accounting for the largest proportion, but the group also includes Eukarya such as algae, fungi and protozoa, and

manifestation

磨坊

BWL für Ingenieure und Ingenieurinnens islands, ecologically separated by large distances and physicochemical dispersal barriers. In a sense the global geothermal ecosystem can be considered to be a world of widely dispersed, often very different ‘a(chǎn)rchipelagos’ with no mainland. These and other features make geothermal sites an attract

investigate

Andreas Daum,Wolfgang Greife,Rainer Przywaraicrobial trait for desert conditions. The culture-independent analysis of this microbial diversity in deserts revealed that 70–80 % of 16S-rDNA sequences do not match with described bacterial species, suggesting the presence of a majority of ‘new’ species and genera to be described and highlighting

會犯錯誤

DRILL

Andreas Daum,Wolfgang Greife,Rainer Przywarad to its physical limits due to extreme water deficit and challenging temperatures. The endurance of desert cyanobacteria is currently tested under ground-based space and Martian-simulated conditions as well as in low Earth orbit outside the International Space Station with the aim to: (i) understan