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Additionally, individual filaments were found to undergo polarity reversals, and the maximum velocity was observed immediately following the reversal.
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R3 Minor comments The addition of a time stamp to the supplemental movies would be useful 
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life4040819_perova
0
Additionally, individual filaments were found to undergo polarity reversals, and the maximum velocity was observed immediately following the reversal.
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null
The authors demonstrate the presence of putative junctional pores by electron microscopy and other ultrastructural data that would appear to support polysaccharide secretion as the driving force for motility in this organism.
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life4040819_perova
0
The observations and models are consistent with previously published work on motility of various cyanobacteria and provide new insights into the mechanics of motility of cyanobacteria that are interesting.
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Response: We thank the reviewers for giving us helpful comments.
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life4040819_perova
0
The authors’ conclusions are generally well supported and the electron microscopy provides some of the clearest images to date of the junctional pores.
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Within the text, corrected words are highlighted.
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life4040819_perova
0
The alternative views he previously generated are much expanded in this manuscript.
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I must note that a careful evaluation of all facets requires expertise in a multitude of disciplines (from prebiotic chemistry and structural biology to evolutionary bioinformatics and biochemistry) and considerable time, none of which I possess.
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life4041050_makarova
0
I have only a few comments, which might improve the manuscript.
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null
He reviews some of his previous work and presents an alternative to the dominant ‘Ancient RNA world’ hypothesis.
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life4041050_makarova
0
In light of recent research developments and argumentation (some of it reviewed), his views should be considered a welcome addition to the many ideas that populate the “origin of life” field of inquiry that counter the dominant paradigm.
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null
I have however a number of quibbles that if addressed could increase the accuracy, value and impact of the manuscript.
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life4041050_makarova
0
Therefore, my comments will be slanted by my own expertise and will only serve the author as a partial devil’s advocate effort General commentary
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null
Therefore, my comments will be slanted by my own expertise and will only serve the author as a partial devil’s advocate effort General commentary
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null
life4041050_makarova
0
I have only a few comments, which might improve the manuscript.
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null
The article demonstrates that the iron-sulfur surface metabolism theory at high temperatures has a much better explanatory power than the RNA World theory.
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null
life4041050_makarova
0
The article demonstrates that the iron-sulfur surface metabolism theory at high temperatures has a much better explanatory power than the RNA World theory.
null
null
I have however a number of quibbles that if addressed could increase the accuracy, value and impact of the manuscript.
null
null
life4041050_makarova
0
Therefore, my comments will be slanted by my own expertise and will only serve the author as a partial devil’s advocate effort General commentary
null
null
The alternative views he previously generated are much expanded in this manuscript.
null
null
life4041050_makarova
0
The alternative views he previously generated are much expanded in this manuscript.
null
null
The article demonstrates that the iron-sulfur surface metabolism theory at high temperatures has a much better explanatory power than the RNA World theory.
null
null
life4041050_makarova
0
Round 1: and Author Response The manuscript comprises an exciting account on the origin of life with emphasis on the emergence and function of RNA.
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null
Therefore, my comments will be slanted by my own expertise and will only serve the author as a partial devil’s advocate effort General commentary
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null
life4041050_makarova
0
Round 1: and Author Response The manuscript comprises an exciting account on the origin of life with emphasis on the emergence and function of RNA.
null
null
I have only a few comments, which might improve the manuscript.
null
null
life4041050_makarova
0
The alternative views he previously generated are much expanded in this manuscript.
null
null
I have however a number of quibbles that if addressed could increase the accuracy, value and impact of the manuscript.
null
null
life4041050_makarova
0
The article demonstrates that the iron-sulfur surface metabolism theory at high temperatures has a much better explanatory power than the RNA World theory.
null
null
I have however a number of quibbles that if addressed could increase the accuracy, value and impact of the manuscript.
null
null
life4041050_makarova
0
Therefore, my comments will be slanted by my own expertise and will only serve the author as a partial devil’s advocate effort General commentary
null
null
In light of recent research developments and argumentation (some of it reviewed), his views should be considered a welcome addition to the many ideas that populate the “origin of life” field of inquiry that counter the dominant paradigm.
null
null
life4041050_makarova
0
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
Given that both reviewers commented on this issue, we tried to clarify our aims and included a sentence at the end of the introduction, in order to clarify the point.
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null
life5010050_makarova
0
We thus only briefly discuss names and taxonomy in our analysis.
null
null
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
life5010050_makarova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
life5010050_makarova
0
Given that both reviewers commented on this issue, we tried to clarify our aims and included a sentence at the end of the introduction, in order to clarify the point.
null
null
We hope that now both reviewers, and all other potential readers, will not be misled by our approach.
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null
life5010050_makarova
0
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
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null
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
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null
life5010050_makarova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
life5010050_makarova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
We thus only briefly discuss names and taxonomy in our analysis.
null
null
life5010050_makarova
0
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
life5010050_makarova
0
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
life5010050_makarova
0
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
null
null
life5010050_makarova
0
Given that both reviewers commented on this issue, we tried to clarify our aims and included a sentence at the end of the introduction, in order to clarify the point.
null
null
We hope that now both reviewers, and all other potential readers, will not be misled by our approach.
null
null
life5010050_makarova
0
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
null
null
We hope that now both reviewers, and all other potential readers, will not be misled by our approach.
null
null
life5010050_makarova
0
To do so, we did not download named sequences from GenBank, but used a carefully annotated and checked database with a built-in phylogeny that would allow us to obtain monophyletic clades, regardless of their names.
null
null
Given that both reviewers commented on this issue, we tried to clarify our aims and included a sentence at the end of the introduction, in order to clarify the point.
null
null
life5010050_makarova
0
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
Given that both reviewers commented on this issue, we tried to clarify our aims and included a sentence at the end of the introduction, in order to clarify the point.
null
null
life5010050_makarova
0
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
To do so, we did not download named sequences from GenBank, but used a carefully annotated and checked database with a built-in phylogeny that would allow us to obtain monophyletic clades, regardless of their names.
null
null
life5010050_makarova
0
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
null
null
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
life5010050_makarova
0
We thus only briefly discuss names and taxonomy in our analysis.
null
null
We thus only briefly discuss names and taxonomy in our analysis.
null
null
life5010050_makarova
0
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
More citations of modern literature would be expectable and useful.
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null
life5010050_perova
0
However, the only one universal method is quite insufficient in microorganisms, and the combination of all possible classification criteria is desirable.
null
null
More citations of modern literature would be expectable and useful.
null
null
life5010050_perova
0
My critics should inform authors about more complicated problematics of this whole group, and several principles should be respected and accepted for future cyanobacterial research.
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null
It is overall well-written and innovative work, but there are few things to consider in methods and results, which should be revised, and some formal flaws.
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null
life5010050_perova
0
Second Round of Evaluation Round 2: I have had the more critical remarks to the manuscript; however, I think that the presented data are useful and should be published.
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null
Round 2: I accept the paper in the present form.
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null
life5010050_perova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
ISSN 2075-1729 www.mdpi.com/journal/life Peer-Review Record: Does a Barcoding Gap Exist in Prokaryotes?
null
null
life5010050_perova
0
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
We thus only briefly discuss names and taxonomy in our analysis.
null
null
life5010050_perova
0
Second Round of Evaluation Round 2: I have had the more critical remarks to the manuscript; however, I think that the presented data are useful and should be published.
null
null
We hope that now both reviewers, and all other potential readers, will not be misled by our approach.
null
null
life5010050_perova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
My critics should inform authors about more complicated problematics of this whole group, and several principles should be respected and accepted for future cyanobacterial research.
null
null
life5010050_perova
0
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
Round 1: and Author Response The authors tested novel approach to identification of species in cyanobacteria based on 16S rRNA based on identification of barcoding gaps previously used in animals.
null
null
life5010050_perova
0
The molecular methods must be evidently preferred in this work, but other approaches (biochemical, ecophysiological, ecological, morphological) must be included into the final evaluation.
null
null
However, the only one universal method is quite insufficient in microorganisms, and the combination of all possible classification criteria is desirable.
null
null
life5010050_perova
0
My critics should inform authors about more complicated problematics of this whole group, and several principles should be respected and accepted for future cyanobacterial research.
null
null
We do not deal with taxonomy at all, only with testing the presence of a barcoding gap.
null
null
life5010050_perova
0
We thus only briefly discuss names and taxonomy in our analysis.
null
null
Summary: The manuscript is surely useful and, in principle, it presents a good contribution to the recent methodological trends (polyphasic approach) in cyanobacterial taxonomy, this conclusion should be the main result from this work.
null
null
life5010050_perova
0
Second Round of Evaluation Round 2: I have had the more critical remarks to the manuscript; however, I think that the presented data are useful and should be published.
null
null
To do so, we did not download named sequences from GenBank, but used a carefully annotated and checked database with a built-in phylogeny that would allow us to obtain monophyletic clades, regardless of their names.
null
null
life5010050_perova
0
The molecular methods must be evidently preferred in this work, but other approaches (biochemical, ecophysiological, ecological, morphological) must be included into the final evaluation.
null
null
Of course, the complex of all these methods must be corrected with the progress of science, and especially for cyanobacteria is necessary to apply the so called “polyphasic approach” for their classification.
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null
life5010050_perova
0
To do so, we did not download named sequences from GenBank, but used a carefully annotated and checked database with a built-in phylogeny that would allow us to obtain monophyletic clades, regardless of their names.
null
null
We thus only briefly discuss names and taxonomy in our analysis.
null
null
life5010050_perova
0
More citations of modern literature would be expectable and useful.
null
null
I believe that the article with proposed changes will be useful for future research.
null
null
life5010050_perova
0
We hope that now both reviewers, and all other potential readers, will not be misled by our approach.
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null
Thus this study intends only to verify the existence of a barcoding gaps within the 16S rRNA sequences of certain cyanobacterial groups, and by no means revise or confirm the complex cyanobacterial taxonomy.”
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null
life5010050_perova
0
Round 1: and Author Response The article “Emergent Chemical Behaviour in Variable-Volume Protocells” focuses on the consequences that a changing volume may have on a set of reactions encapsulated within a semipermeable vesicle; in particular, this kind of compartment can degenerate existing bistable reactions, or promote emergent bistability from very simple reactions, which are not bistable in bulk conditions.
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null
The mathematical methods used to deal with the problem are based on approximations and require the support of a huge number of simulations; on the other side, the approximations themselves constitute an interesting feature of the article and allow interesting discussions on the involved physical situations.
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life5010181_perova
0
Produces a dynamic model for chemical evolution rather than traditional deterministic, static, systems that requires centralised information to direct evolution, such as a constant gradient.
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null
Also a very thorough understanding of the limitations of the system are presented as well as proposals for even more complex instabilties that may underpin lifelike events.
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null
life5010181_perova
0
The authors discuss these issues by means of differential equations and simulations.
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null
Very well presented, clear and graphically illustrated experimental findings that make a clear case for the model.
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null
life5010181_perova
0
The mathematical methods used to deal with the problem are based on approximations and require the support of a huge number of simulations; on the other side, the approximations themselves constitute an interesting feature of the article and allow interesting discussions on the involved physical situations.
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null
Remarkably, even reaction systems that have no chemical species in common could become R2 indirectly coupled to each other through the volume they share, by means of a sort of osmotic coupling.
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null
life5010181_perova
0
Round 1: and Author Response The article “Emergent Chemical Behaviour in Variable-Volume Protocells” focuses on the consequences that a changing volume may have on a set of reactions encapsulated within a semipermeable vesicle; in particular, this kind of compartment can degenerate existing bistable reactions, or promote emergent bistability from very simple reactions, which are not bistable in bulk conditions.
null
null
Very well presented, clear and graphically illustrated experimental findings that make a clear case for the model.
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null
life5010181_perova
0
The authors discuss these issues by means of differential equations and simulations.
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null
As the authors acknowledge, the article is the first step toward a more complete understanding of an interesting class of possible chemo-physical phenomena.
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null
life5010181_perova
0
Round 1: and Author Response The authors present a dataset where they have characterised the relative abundance of components of the photosynthetic electron transfer chain and related this to the measured rate of electron transfer from PSII.
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null
The approach and methods are robust and the ability to quantify components of the photosynthetic electron transfer chain is powerful.
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null
life5010403_makarova
0
provides us with estimates of the concentrations of various proteins representing the PSII, PSI, cytb6 and Rubisco in there different cyanobacteria.
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null
Second Round of Evaluation Round 2: and Author Response
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life5010403_makarova
0
The data presented is robust and worthy of publication but should be discussed more critically with regard to published literature (outlined below) I suggest some minor suggestions that should be incorporated before publications.
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null
Second Round of Evaluation Round 2: and Author Response
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null
life5010403_makarova
0
Round 1: and Author Response The authors present a dataset where they have characterised the relative abundance of components of the photosynthetic electron transfer chain and related this to the measured rate of electron transfer from PSII.
null
null
The approach and methods are robust and the ability to quantify components of the photosynthetic electron transfer chain is powerful.
null
null
life5010403_makarova
0
provides us with estimates of the concentrations of various proteins representing the PSII, PSI, cytb6 and Rubisco in there different cyanobacteria.
null
null
This is done for a number of globally significance marine microbes of Syn and Pro lineage.
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null
life5010403_makarova
0
Second Round of Evaluation Round 2: and Author Response
null
null
Round 1: and Author Response The authors present a dataset where they have characterised the relative abundance of components of the photosynthetic electron transfer chain and related this to the measured rate of electron transfer from PSII.
null
null
life5010403_makarova
0
The data presented is robust and worthy of publication but should be discussed more critically with regard to published literature (outlined below) I suggest some minor suggestions that should be incorporated before publications.
null
null
Round 1: and Author Response The authors present a dataset where they have characterised the relative abundance of components of the photosynthetic electron transfer chain and related this to the measured rate of electron transfer from PSII.
null
null
life5010403_makarova
0
Second Round of Evaluation Round 2: and Author Response
null
null
The approach and methods are robust and the ability to quantify components of the photosynthetic electron transfer chain is powerful.
null
null
life5010403_makarova
0
Second Round of Evaluation Round 2: and Author Response
null
null
This is done for a number of globally significance marine microbes of Syn and Pro lineage.
null
null
life5010403_makarova
0
Second Round of Evaluation Round 2: and Author Response
null
null
The data presented is robust and worthy of publication but should be discussed more critically with regard to published literature (outlined below) I suggest some minor suggestions that should be incorporated before publications.
null
null
life5010403_makarova
0
This is done for a number of globally significance marine microbes of Syn and Pro lineage.
null
null
provides us with estimates of the concentrations of various proteins representing the PSII, PSI, cytb6 and Rubisco in there different cyanobacteria.
null
null
life5010403_makarova
0
entitled “Functional Characterization of the FNT Family Nitrite Transporter of Marine Picocyanobacteria” is a very interesting piece of work since it shows the functional characterization as nitrite transporter of several nitM proteins from different picocyanobacteria, showing also fruitful comparisons of their sequences that lead to characterize the c-terminal region of a-cyanobacterial NitM proteins as an inhibitory domain of nitrite transport.
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null
R3 Other changes (1) p. 1 line 26, “α-cyanobacteira” has been changed to “α-cyanobacteria”.
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life5010432_makarova
0
entitled “Functional Characterization of the FNT Family Nitrite Transporter of Marine Picocyanobacteria” is a very interesting piece of work since it shows the functional characterization as nitrite transporter of several nitM proteins from different picocyanobacteria, showing also fruitful comparisons of their sequences that lead to characterize the c-terminal region of a-cyanobacterial NitM proteins as an inhibitory domain of nitrite transport.
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null
Functional annotation of genes through protein expression is highly needed in our time of exponentially growing sequence data.
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life5010432_makarova
0
Round 1: and Author Response I found this research interesting, relevant and novel.
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CC9605 is an open ocean strain and does not encounter high nitrite concentrations, while CC9311 is a coastal strain that deals with a range of nitrate/nitrite availability.
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life5010432_makarova
0
(3) p. 5 line 5, “abbreviation” has been changed to “abbreviations”.
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R2 This article will be of interest to general microbiologists, specialists in cyanobacteria, and especially researchers that conduct environmental research and also genome annotations.
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life5010432_makarova
0
Such differences can be explained by habitat adaption of each strain.
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Such differences can be explained by habitat adaption of each strain.
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null
life5010432_makarova
0
R2 This article will be of interest to general microbiologists, specialists in cyanobacteria, and especially researchers that conduct environmental research and also genome annotations.
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null
The characterized here gene, nitM, can serve as a molecular marker in environmental studies.
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life5010432_makarova
0
It was particularly interesting to see the differences in protein functionality among the strains of marine Synechococcus.
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null
Such differences can be explained by habitat adaption of each strain.
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null
life5010432_makarova
0
(2) p. 2 lines 2–3, “α-cyanobacteiral” has been changed to “α-cyanobacterial”.
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null
R2 This article will be of interest to general microbiologists, specialists in cyanobacteria, and especially researchers that conduct environmental research and also genome annotations.
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null
life5010432_perova
0
CC9605 is an open ocean strain and does not encounter high nitrite concentrations, while CC9311 is a coastal strain that deals with a range of nitrate/nitrite availability.
null
null
It was particularly interesting to see the differences in protein functionality among the strains of marine Synechococcus.
null
null
life5010432_perova
0
Such differences can be explained by habitat adaption of each strain.
null
null
(2) p. 2 lines 2–3, “α-cyanobacteiral” has been changed to “α-cyanobacterial”.
null
null
life5010432_perova
0
The characterized here gene, nitM, can serve as a molecular marker in environmental studies.
null
null
The characterized here gene, nitM, can serve as a molecular marker in environmental studies.
null
null
life5010432_perova
0
Functional annotation of genes through protein expression is highly needed in our time of exponentially growing sequence data.
null
null
Functional annotation of genes through protein expression is highly needed in our time of exponentially growing sequence data.
null
null
life5010432_perova
0
R2 This article will be of interest to general microbiologists, specialists in cyanobacteria, and especially researchers that conduct environmental research and also genome annotations.
null
null
R3 Other changes (1) p. 1 line 26, “α-cyanobacteira” has been changed to “α-cyanobacteria”.
null
null
life5010432_perova
0
(2) p. 2 lines 2–3, “α-cyanobacteiral” has been changed to “α-cyanobacterial”.
null
null
entitled “Functional Characterization of the FNT Family Nitrite Transporter of Marine Picocyanobacteria” is a very interesting piece of work since it shows the functional characterization as nitrite transporter of several nitM proteins from different picocyanobacteria, showing also fruitful comparisons of their sequences that lead to characterize the c-terminal region of a-cyanobacterial NitM proteins as an inhibitory domain of nitrite transport.
null
null
life5010432_perova
0
Results also provide additional support to recently proposed archaeal phyla and halobacterial orders.
null
null
If all genomes from a taxon appear exclusively in a tree branch, the branch is said to be monophyletic.”
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life5010949_makarova
0
About 180 archaeal genomes were used to calculate a new tree topology using CVTree.
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null
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
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life5010949_makarova
0
This kind of research should be encouraged further because old taxonomic paradigms must be systematically reviewed based on new genomic data.
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Even if defined in the future, it must be lineage-dependent.
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life5010949_makarova
0
Even if defined in the future, it must be lineage-dependent.
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null
It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
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null
life5010949_makarova
0
This kind of research should be encouraged further because old taxonomic paradigms must be systematically reviewed based on new genomic data.
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Round 1: and Author Response Summary Zuo et al.
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life5010949_makarova
0
For example, it cannot be expected that the same degree of dissimilarity may be used to delineate classes in all phyla.
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About 180 archaeal genomes were used to calculate a new tree topology using CVTree.
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life5010949_makarova
0
I recommend acceptance for publication in Life Sciences journal.
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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.
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life5010949_makarova
0
Perhaps an additional discussion point would be the advantages of using CVtree approach with regular concatenated proteins.
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null
If all genomes from a taxon appear exclusively in a tree branch, the branch is said to be monophyletic.”
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life5010949_makarova
0
present a comparative analysis of the taxonomic classification of the Archaea domain.
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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.
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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
present a comparative analysis of the taxonomic classification of the Archaea domain.
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null
life5010949_makarova
0
Evaluation I found major concerns along this manuscript, and suggest a substantial revision.
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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
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
For example, it cannot be expected that the same degree of dissimilarity may be used to delineate classes in all phyla.
null
null
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.
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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.
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are describing a comprehensive analysis of archaeal phylogeny with a genome-based alignment free method, and then comparing the findings to 16S rRNA based phylogenies.
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life5010949_makarova
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It is the only described representative of a newly proposed phylum Nanoarchaeota and it cuts into the otherwise monophyletic phylum Euryarchaeota.
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Even if defined in the future, it must be lineage-dependent.
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For example, it cannot be expected that the same degree of dissimilarity may be used to delineate classes in all phyla.
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Round 1: and Author Response Summary Zuo et al.
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life5010949_makarova
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present a comparative analysis of the taxonomic classification of the Archaea domain.
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For example, it cannot be expected that the same degree of dissimilarity may be used to delineate classes in all phyla.
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life5010949_makarova
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Here monophyly must be understood in a pragmatic way restricted to the given set of input data and the reference taxonomy.
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Evaluation I found major concerns along this manuscript, and suggest a substantial revision.
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life5010949_makarova
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