The omission of the underlying data for the sequence analysis – protein sequences, alignments, trees, and ancestral sequences – severely detract from the paper, both as an overall advance in understanding of this enzyme evolution and for the general method, as well as for my ability to review it.
Although fundamental to our understanding of enzyme function, evolution, and engineering, the properties of these networks have yet to be quantitatively and systematically explored.
How does D101, D153+, R166+, K328 + compare to D101, D153+, R166-, K328+ in the presence or absence of Mg2+? 4) In the Abstract it is stated that: "Although fundamental to our understanding of enzyme function, evolution and engineering, the properties of these networks have yet to be deeply and systematically explored".
Previous studies focusing on analysing enzyme superfamilies [ 2,3] and directed evolution experiments [ 4] discovered aspects of how enzyme evolution is influenced by aspects of the chemistry of enzymes.
The study also provides insights into the role of carbohydrate-active enzymes in plant-fungal interactions and adds to our understanding of the evolution of these enzymes and their role in the life style of these fungi.
The processes underlying the distribution of the different terminal enzymes are therefore central to our understanding of the evolution of ascorbate biosynthesis.
Overall, the participants have a vector of improved understanding of evolution and improved attitude toward evolution.
Are there relationships between teachers' understanding of evolution and their acceptance of evolution?
Even college-level evolution instructors use inconsistent definitions of acceptance of evolution and understanding of evolution (Barnes and Brownell 2016).
The addition of "genomic enzymology," describing enzyme catalysis from the context of structure function relationships among homologous members of enzyme superfamilies, to the toolbox of mechanistic enzymology provides an organizational framework, aids in our understanding of the evolution of function, and helps interpret structure-based mechanisms studies.
