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I recommend acceptance for publication in Life Sciences journal.
null
null
The idea to use whole genome data for archaeal phylogenies is interesting, as the 16S rRNA phylogenies can be poor in resolving relationships among archaeal lineage due to GC content bias in hyperthermophilic Archaea.
null
null
life5010949_makarova
0
Though a dissimilarity measure figures in the CVTree algorithm, it is not realistic to delineate taxa by using this measure at least for the time being.
null
null
I recommend acceptance for publication in Life Sciences journal.
null
null
life5010949_makarova
0
Though a dissimilarity measure figures in the CVTree algorithm, it is not realistic to delineate taxa by using this measure at least for the time being.
null
null
Round 1: and Author Response Summary Zuo et al.
null
null
life5010949_makarova
0
Perhaps an additional discussion point would be the advantages of using CVtree approach with regular concatenated proteins.
null
null
Evaluation I found major concerns along this manuscript, and suggest a substantial revision.
null
null
life5010949_makarova
0
However, I am personally not convinced that whole genomes bring additional advantages, or if we are better off by just using a conserved set of proteins.
null
null
present a comparative analysis of the taxonomic classification of the Archaea domain.
null
null
life5010949_makarova
0
Here monophyly must be understood in a pragmatic way restricted to the given set of input data and the reference taxonomy.
null
null
The idea to use whole genome data for archaeal phylogenies is interesting, as the 16S rRNA phylogenies can be poor in resolving relationships among archaeal lineage due to GC content bias in hyperthermophilic Archaea.
null
null
life5010949_makarova
0
The idea to use whole genome data for archaeal phylogenies is interesting, as the 16S rRNA phylogenies can be poor in resolving relationships among archaeal lineage due to GC content bias in hyperthermophilic Archaea.
null
null
present a comparative analysis of the taxonomic classification of the Archaea domain.
null
null
life5010949_makarova
0
For example, it cannot be expected that the same degree of dissimilarity may be used to delineate classes in all phyla.
null
null
R13 Round 2: and Author Response Authors have substantially improved the article, including language corrections, and have provided extensive clarifications to all initial criticisms.
null
null
life5010949_makarova
0
Perhaps an additional discussion point would be the advantages of using CVtree approach with regular concatenated proteins.
null
null
present a comparative analysis of the taxonomic classification of the Archaea domain.
null
null
life5010949_makarova
0
However, I am personally not convinced that whole genomes bring additional advantages, or if we are better off by just using a conserved set of proteins.
null
null
General Comments The topic is relevant for microbial taxonomy.
null
null
life5010949_makarova
0
About 180 archaeal genomes were used to calculate a new tree topology using CVTree.
null
null
Though a dissimilarity measure figures in the CVTree algorithm, it is not realistic to delineate taxa by using this measure at least for the time being.
null
null
life5010949_makarova
0
I recommend acceptance for publication in Life Sciences journal.
null
null
General Comments The topic is relevant for microbial taxonomy.
null
null
life5010949_makarova
0
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
null
null
It has been known that tiny genomes of endosymbiont microbes often tend to move towards baseline of a tree and distort the overall picture.
null
null
life5010949_makarova
0
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
null
null
I recommend acceptance for publication in Life Sciences journal.
null
null
life5010949_makarova
0
The tree was compared with several 16S rRNA trees reported in the literature, and the differences were minor.
null
null
The tree was compared with several 16S rRNA trees reported in the literature, and the differences were minor.
null
null
life5010949_makarova
0
I recommend acceptance for publication in Life Sciences journal.
null
null
present a comparative analysis of the taxonomic classification of the Archaea domain.
null
null
life5010949_makarova
0
However, I am personally not convinced that whole genomes bring additional advantages, or if we are better off by just using a conserved set of proteins.
null
null
Though a dissimilarity measure figures in the CVTree algorithm, it is not realistic to delineate taxa by using this measure at least for the time being.
null
null
life5010949_makarova
0
R13 Round 2: and Author Response Authors have substantially improved the article, including language corrections, and have provided extensive clarifications to all initial criticisms.
null
null
About 180 archaeal genomes were used to calculate a new tree topology using CVTree.
null
null
life5010949_makarova
0
The idea to use whole genome data for archaeal phylogenies is interesting, as the 16S rRNA phylogenies can be poor in resolving relationships among archaeal lineage due to GC content bias in hyperthermophilic Archaea.
null
null
Round 1: and Author Response Summary Zuo et al.
null
null
life5010949_makarova
0
The latter can be assigned only after comparison with a reference taxonomy which is not a rigid framework but a modifiable system.
null
null
Though a dissimilarity measure figures in the CVTree algorithm, it is not realistic to delineate taxa by using this measure at least for the time being.
null
null
life5010949_makarova
0
Here monophyly must be understood in a pragmatic way restricted to the given set of input data and the reference taxonomy.
null
null
Even if defined in the future, it must be lineage-dependent.
null
null
life5010949_makarova
0
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
null
null
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
null
null
life5010949_makarova
0
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
life5021101_makarova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
Stroboscopic illumination measurements of GVs and theoretical models about shape fluctuation of GVs revealed that the archaeal lipid-based GVs showed the almost same value of bending elasticity modulus with synthetic lipid-based GVs.
null
null
life5021101_makarova
0
I also have questions and comments for acceptance.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_makarova
0
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
life5021101_makarova
0
Stroboscopic illumination measurements of GVs and theoretical models about shape fluctuation of GVs revealed that the archaeal lipid-based GVs showed the almost same value of bending elasticity modulus with synthetic lipid-based GVs.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_makarova
0
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
life5021101_makarova
0
I also have questions and comments for acceptance.
null
null
I also have questions and comments for acceptance.
null
null
life5021101_makarova
0
I also have questions and comments for acceptance.
null
null
According to the authors, this is the first report for the measurement of bending elasticity modulus for archaeal lipid-based GVs.
null
null
life5021101_makarova
0
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
life5021101_makarova
0
According to the authors, this is the first report for the measurement of bending elasticity modulus for archaeal lipid-based GVs.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_makarova
0
Stroboscopic illumination measurements of GVs and theoretical models about shape fluctuation of GVs revealed that the archaeal lipid-based GVs showed the almost same value of bending elasticity modulus with synthetic lipid-based GVs.
null
null
I also have questions and comments for acceptance.
null
null
life5021101_makarova
0
Round 1: and Author Response This manuscript described the measurement of bending elasticity of giant vesicles (GVs) prepared by archaea-derived lipids.
null
null
I also have questions and comments for acceptance.
null
null
life5021101_makarova
0
Round 1: and Author Response This manuscript described the measurement of bending elasticity of giant vesicles (GVs) prepared by archaea-derived lipids.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_makarova
0
Round 1: and Author Response This manuscript described the measurement of bending elasticity of giant vesicles (GVs) prepared by archaea-derived lipids.
null
null
Stroboscopic illumination measurements of GVs and theoretical models about shape fluctuation of GVs revealed that the archaeal lipid-based GVs showed the almost same value of bending elasticity modulus with synthetic lipid-based GVs.
null
null
life5021101_makarova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
Round 1: and Author Response This manuscript described the measurement of bending elasticity of giant vesicles (GVs) prepared by archaea-derived lipids.
null
null
life5021101_makarova
0
Round 1: and Author Response This manuscript described the measurement of bending elasticity of giant vesicles (GVs) prepared by archaea-derived lipids.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_makarova
0
I also have questions and comments for acceptance.
null
null
The measurement itself is novel, but same methods and theories have been reported in the authors’ previous papers.
null
null
life5021101_makarova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_makarova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
The observed fluctuations of the membrane do not destabilize it.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
The observed fluctuations of the membrane do not destabilize it.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
The observed fluctuations of the membrane do not destabilize it.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
life5021101_perova
0
The observed fluctuations of the membrane do not destabilize it.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
Second Round of Evaluation Round 2: and Author Response It is also not clear about the “thermally induced shape fluctuations”, such as the temperatures and incubation length and etc., especially this is a hyperthermophilic archaeal membrane vesicle, which would be expected to be more thermostable than those eukaryotic ones.
null
null
The observed fluctuations of the membrane do not destabilize it.
null
null
life5021101_perova
0
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
The observed fluctuations of the membrane do not destabilize it.
null
null
However, the comment of the reviewer is notable and we state in the conclusion of the manuscript (Lines 229–232) that at room temperature the thermophilicity is not necessarily related to the bending elasticity.
null
null
life5021101_perova
0
In summary, this paper is of good quality and of enormous value, and should be published.
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null
This is a great paper to aim at such a direction.
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life5021427_makarova
0
While not especially flashy or exciting, the authors tackle a serious problem, the reliability of annotations in publically available databases.
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Importance: Archaea is/are the third domain of life, no more or less!
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life5021427_makarova
0
While not especially flashy or exciting, the authors tackle a serious problem, the reliability of annotations in publically available databases.
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null
The authors describe an alternative, manual curation strategy aimed at avoiding over-annotation.
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life5021427_perova
0
The manuscript describes in detail the approach used by the HaloLex genome annotation system to obtain reliable, consistent annotations, based on “Gold Standard Proteins”.
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null
The curation procedure is done, to my mind, very well; and I am confident that this will help the archaea community enormously.
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life5021427_perova
0
The manuscript contains scientific material that can be published as a short communication.
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null
Line 38: Deinococcus radiodurans should be written in italic.
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life6020022_makarova
0
First of all it is necessary to change the title and at least remove “The testing”.
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null
The manuscript contains scientific material that can be published as a short communication.
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null
life6020022_makarova
0
Knowing the grain sizes and assuming a homogeneous distributrion of cells and grains or a measurement of the real distribution an assessment can be made about the shading effect of the grains with respect to UV radiation.
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Line 78: Please explain in the text what is “a vacuum treatment control”.
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life6020022_makarova
0
Line 38: Deinococcus radiodurans should be written in italic.
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null
The authors should have estimated the maximal theoretically achievable effect and to plan the experiments accordingly.
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life6020022_makarova
0
Minor comments (please see changes in text at the relevant lines)
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Minor comments Lines 31-32: Bacillus subtilis and B.pumilus should be written in italic.
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life6020022_makarova
0
Discussion How do you explain the difference between the results when using JSC Mars-1A analog and the other soils?
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As the samples are placed in an ICP discharge, ions towards the samples are only accelerated by several tenth of eV.
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life6020022_makarova
0
The exposure times varied from 1.5 to 45 min with different experiment Conditions/procedures without resulting in a significant inactivating effect on the bacterial cells.
null
null
Knowing the grain sizes and assuming a homogeneous distributrion of cells and grains or a measurement of the real distribution an assessment can be made about the shading effect of the grains with respect to UV radiation.
null
null
life6020022_makarova
0
The manuscript contains scientific material that can be published as a short communication.
null
null
Estimations of the average free length of path for the inactivating plasma components might have been helpful for experiment planning.
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null
life6020022_makarova
0
The authors should have estimated the maximal theoretically achievable effect and to plan the experiments accordingly.
null
null
However, there are some remarks on the justification of objectives of the study and presentation of the results.
null
null
life6020022_makarova
0
However, there are some remarks on the justification of objectives of the study and presentation of the results.
null
null
As the samples are placed in an ICP discharge, ions towards the samples are only accelerated by several tenth of eV.
null
null
life6020022_makarova
0
Discussion How do you explain the difference between the results when using JSC Mars-1A analog and the other soils?
null
null
The manuscript contains scientific material that can be published as a short communication.
null
null
life6020022_makarova
0
The manuscript contains scientific material that can be published as a short communication.
null
null
The mineralogical composition is given in table, but not the grain size distribution.
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null
life6020022_makarova
0
Estimations of the average free length of path for the inactivating plasma components might have been helpful for experiment planning.
null
null
With the knowledge of the spectral irradiance in the UV range from 100 to 400 nm the authors could have made a calculation to estimate the inactivation of D. radiodurans by the UV component of the plasma.
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life6020022_makarova
0
In addition, I think, a control consisting of D. radiodurans cells before and after sterilization is missing to determine the role of the Martian Analog soils.
null
null
For the argon-oxygen gas mixture it is stated that ‘high amounts of reactive oxygen species are formed in the plasma’ again without any qualitative and quantitative description.
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life6020022_makarova
0
Line 78: Please explain in the text what is “a vacuum treatment control”.
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null
The other potentially inactivating components of the plasma are not specified in the manuscript.
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life6020022_perova
0
Line 38: Deinococcus radiodurans should be written in italic.
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null
If I understood correctly, you used only one medium.
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life6020022_perova
0
The mineralogical composition is given in table, but not the grain size distribution.
null
null
However, there are some remarks on the justification of objectives of the study and presentation of the results.
null
null
life6020022_perova
0
The authors should have estimated the maximal theoretically achievable effect and to plan the experiments accordingly.
null
null
Reply: The names are written in italics now, the mistake must have happened during the editing of the text.
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life6020022_perova
0
Line 78: Please explain in the text what is “a vacuum treatment control”.
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null
The authors should have estimated the maximal theoretically achievable effect and to plan the experiments accordingly.
null
null
life6020022_perova
0
Line 78: Please explain in the text what is “a vacuum treatment control”.
null
null
Line 78: Please explain in the text what is “a vacuum treatment control”.
null
null
life6020022_perova
0
The manuscript contains scientific material that can be published as a short communication.
null
null
However, there are some remarks on the justification of objectives of the study and presentation of the results.
null
null
life6020022_perova
0
For the argon-oxygen gas mixture it is stated that ‘high amounts of reactive oxygen species are formed in the plasma’ again without any qualitative and quantitative description.
null
null
It is only stated that the argon-nitrogen mixture ‘mainly emits high amounts of radiation in the wavelength region from 100 nm to 400 nm’ without specifying what high fluences at the sample site are.
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life6020022_perova
0
It is only stated that the argon-nitrogen mixture ‘mainly emits high amounts of radiation in the wavelength region from 100 nm to 400 nm’ without specifying what high fluences at the sample site are.
null
null
First of all it is necessary to change the title and at least remove “The testing”.
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life6020022_perova
0
Discussion How do you explain the difference between the results when using JSC Mars-1A analog and the other soils?
null
null
While writing D. radiodurans R1 has always necessary to note that this is type strain R1T.
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life6020022_perova
0
First of all it is necessary to change the title and at least remove “The testing”.
null
null
In the manuscript ‘Testing the Effects of Low-Temperature Plasma-Sterilization on Mars Analog Soil Samples Intermixed with Deinococcus radiodurans’ by Schirmack et al., the results of the application of low-temperature plasma on Mars regolth simulant mixed with cells of the bacterium D. radiodurans were reported.
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life6020022_perova
0
The authors’ like to thank the reviewer for the helpful comments and suggested corrections to improve the manuscript.
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The authors should have estimated the maximal theoretically achievable effect and to plan the experiments accordingly.
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life6020022_perova
0
Also, as far as this reviewer is aware, there are no known general (= nonspecific) RNA replicase ribozymes consisting of only 100 nucleotides.
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Dear academic editors I response to all the comments by reviewer 1.
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life6030029_makarova
0
I agree that the question of the relationship between RNA World and the environment is important, but there is nothing in the main part of this article that addresses this question.
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null
It is also fairly rambling: for example, lines 95-106 could be removed, Answer:
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life6030029_makarova
0
Can we not have an RNA polymerase that uses other copies of itself as a template?
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The input and output would not necessarily need to be controlled by another gene.
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life6030029_makarova
0
Once again in Fig 8 I think that the cycle is over-emphasized and the throughput is not included.
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Reviewer 1 line 38 - The linking of 'other molecules' to 'phenotype' here is a little odd.
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life6030029_makarova
0
The connection between the reactions catalyzed by the ribozymes and the concepts of CCSI and CMIO is not very clear at this point.
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null
It is also fairly rambling: for example, lines 95-106 could be removed, Answer:
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life6030029_makarova
0
This section seems to mix up two important questions.
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The input and output would not necessarily need to be controlled by another gene.
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life6030029_makarova
0
More fundamentally perhaps, the distinction that is made between CCSI and CMIO is, as the author himself notes, remarkably similar to that between genotype and phenotype, and information and function, and even replication and metabolism.
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null
Fig 5 - drawing parallels between systems of different levels of complexity (from prokaryotes up to civilizations) is interesting, but it is a bit distracting at this point.
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life6030029_makarova
0
So I think this idea needs to be explained and justified in a biological context.
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The abstract promised to talk about RNA World and the origin of life.
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life6030029_makarova
0
lines 93-106 - I mostly agree with this paragraph but it is not said very clearly.
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null
Once again in Fig 8 I think that the cycle is over-emphasized and the throughput is not included.
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life6030029_makarova
0
Another interesting idea that is also raised is the possible importance of RNA solubility at high temperatures, though it does seem that the author is battling nobly (if possibly in vain) to reconcile the RNA world hypothesis with a hydrothermal vent origin of life scenario.
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Also, as far as this reviewer is aware, there are no known general (= nonspecific) RNA replicase ribozymes consisting of only 100 nucleotides.
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life6030029_makarova
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The input and output would not necessarily need to be controlled by another gene.
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Fig 7 - Viewing a metabolism as a cycle seems to be only half the story.
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life6030029_makarova
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One example obvious to me is the reference to one of my papers [ref.
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There are many quantitative traits affected by many genes.
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life6030029_makarova
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