The consideration of the zoological distribution of some high polymers, such as chitin, or of some enzymes such as chitinase, chitobiase and cellulase, leads to the conclusion that biochemical evolution can be a regressive process, in which the genes corresponding to the synthesis of a given enzyme are deleted. This regressive evolution, also called "enzymapheresis", seems to be irreversible. As is the case for morphological characteristics, regressive evolution of hydrolases appears to be consecutive to a profound adaptation of a given species or taxon to a specialized diet
Metabolic networks comprise thousands of enzymatic reactions functioning in a controlled manner and ...
Understanding the extent to which enzyme evolution is reversible can shed light on the fundamental r...
Abstract — A pseudo-reverse approach is presented in this paper to analyze the evolutionary behaviou...
During the past ten years, the importance of the phenomenon of enzymtic adaptation has beoome more a...
AbstractLiving organisms are unique in their ability to generate and replicate ordered systems from ...
Evolution of complex organisms required additions of new gene loci and appearing of new functions by...
Abstract. A simplified experimental evolution en-compassing the essence of natural one was designed ...
We present here a comprehensive analysis of the complement of enzymes in a large variety of species....
Adaptation of enzymes in a metabolic pathway can occur not only through changes in amino acid sequen...
A likely scenario of evolution of biosynthetic pathways is believed to have occurred by retro-evolut...
Summary: Placental mammals' ancestors were insectivores, suggesting that modern mammals may have inh...
Enzymes catalyze a vast range of reactions. Their catalytic performances, mechanisms, global folds, ...
Neutral drift occurring over millions or billions of years results in substantial sequence divergenc...
Enolase (EC 4.2.1.11) is an enzyme of the glycolytic pathway catalyzing the dehydratation reaction o...
There are near-to-infinite combinations of possibilities for evolution to happen within nature, maki...
Metabolic networks comprise thousands of enzymatic reactions functioning in a controlled manner and ...
Understanding the extent to which enzyme evolution is reversible can shed light on the fundamental r...
Abstract — A pseudo-reverse approach is presented in this paper to analyze the evolutionary behaviou...
During the past ten years, the importance of the phenomenon of enzymtic adaptation has beoome more a...
AbstractLiving organisms are unique in their ability to generate and replicate ordered systems from ...
Evolution of complex organisms required additions of new gene loci and appearing of new functions by...
Abstract. A simplified experimental evolution en-compassing the essence of natural one was designed ...
We present here a comprehensive analysis of the complement of enzymes in a large variety of species....
Adaptation of enzymes in a metabolic pathway can occur not only through changes in amino acid sequen...
A likely scenario of evolution of biosynthetic pathways is believed to have occurred by retro-evolut...
Summary: Placental mammals' ancestors were insectivores, suggesting that modern mammals may have inh...
Enzymes catalyze a vast range of reactions. Their catalytic performances, mechanisms, global folds, ...
Neutral drift occurring over millions or billions of years results in substantial sequence divergenc...
Enolase (EC 4.2.1.11) is an enzyme of the glycolytic pathway catalyzing the dehydratation reaction o...
There are near-to-infinite combinations of possibilities for evolution to happen within nature, maki...
Metabolic networks comprise thousands of enzymatic reactions functioning in a controlled manner and ...
Understanding the extent to which enzyme evolution is reversible can shed light on the fundamental r...
Abstract — A pseudo-reverse approach is presented in this paper to analyze the evolutionary behaviou...