<abstract xmlns="http://www.w3.org/1999/xhtml">Prokaryotic diversity increases every year with each new described species. Since the first discoveries of microorganisms, researchers’endeavours are dedicated to the systematisation of all known living organisms in a consistent taxonomy. Originally based on morphology, in recent years modern taxonomy develops thanks to the implemenation of new discoveries in the fields of biochemistry and genetics. In the last thirty years, ribotyping was the leading technique used to classify microorganisms. Due to problems with the comparison of certain species, novel methods based on the analysis of proteins have been applied. In-depth analysis of <italic>Enterobac teriaceae</italic> family showed that its members are more dissimilar than previously thought, which eventually led to dividing this family into seven families and resulted in a change to the name of the order: from <italic>Enterobacteriales</italic> to <italic>Enterobacterales</italic>. These changes were applied in some biggest accessible databases. However, there are still many other which have not modified their taxonomy records to date. Such situation may lead to unnecessary confusion, which strengthens the necessity to create one, unified taxonomy which is approved by the whole scientific community.1. Introduction. 2. Principles regarding the introduction of taxonomical changes. 3. Justification of taxonomical changes. 4. Modifications in the order <italic>Enterobacterales</italic> ord. nov. 5. Databases and changes in the taxonomy of the order <italic>Enterobacterales</italic> ord. nov. 6. Summary</abstract>

Prokaryotic diversity increases every year with each new described species. Since the first discoveries of microorganisms, researchers’endeavours are dedicated to the systematisation of all known living organisms in a consistent taxonomy. Originally based on morphology, in recent years modern taxonomy develops thanks to the implemenation of new discoveries in the fields of biochemistry and genetics. In the last thirty years, ribotyping was the leading technique used to classify microorganisms. Due to problems with the comparison of certain species, novel methods based on the analysis of proteins have been applied. In-depth analysis of Enterobac teriaceae family showed that its members are more dissimilar than previously thought, which eventually led to dividing this family into seven families and resulted in a change to the name of the order: from Enterobacteriales to Enterobacterales. These changes were applied in some biggest accessible databases. However, there are still many other which have not modified their taxonomy records to date. Such situation may lead to unnecessary confusion, which strengthens the necessity to create one, unified taxonomy which is approved by the whole scientific community.1. Introduction. 2. Principles regarding the introduction of taxonomical changes. 3. Justification of taxonomical changes. 4. Modifications in the order Enterobacterales ord. nov. 5. Databases and changes in the taxonomy of the order Enterobacterales ord. nov. 6. Summary

Changes in the taxonomy of γ-Proteobacteria, modification of the order <italic>Enterobacteriales</italic> and novel families within <italic>Enterobacterales</italic> ord. nov.

Advancements of Microbiology

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Changes in the taxonomy of γ-Proteobacteria, modification of the order  and novel families within  ord. nov.

<trans-abstract xml:lang="pl" xmlns="http://www.w3.org/1999/xhtml">1. Wstęp. 2. Zasady dotyczące wprowadzania zmian taksonomicznych. 3. Przesłanki wprowadzania zmian taksonomicznych. 4. Zmiany w rzędzie <italic>Enterobacterales</italic> ord. nov. 5. Bazy danych a zmiany w taksonomii rzędu <italic>Enterobacterales</italic> ord. nov. 6. Podsumowanie</trans-abstract>

1. Wstęp. 2. Zasady dotyczące wprowadzania zmian taksonomicznych. 3. Przesłanki wprowadzania zmian taksonomicznych. 4. Zmiany w rzędzie Enterobacterales ord. nov. 5. Bazy danych a zmiany w taksonomii rzędu Enterobacterales ord. nov. 6. Podsumowanie

Prokaryotic diversity increases every year with each new described species. Since the first discoveries of microorganisms, researchers’endeavours are dedicated...

Changes in the taxonomy of γ-Proteobacteria, modification of the order Enterobacteriales and novel families within Enterobacterales ord. nov.

Data publikacji: 22 maj 2019

Zakres stron: 465 - 469

Otrzymano: 01 lip 2017

Przyjęty: 01 sie 2017

DOI: https://doi.org/10.21307/PM-2017.56.4.465

2017 @ Author., Published by Sciendo

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.