The paper describes the inferential method, an approach for reconstruction protein and nucleotide sequences of ancestral species starting from known, homologous, contemporary sequences. The method is tested by computer simulation of speciation and nucleotide substitutions stating from a single ancestral sequence and subsequent reconstruction of nodal sequences. Good agreement of the results has been obtained by comparing protein sequence reconstructions carried out with the inferential method with those obtained using the maximum parsimony method in two different cases
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
Using a maximum-likelihood formalism, we have developed a method with which to reconstruct the seque...
SummaryThe amino acid sequences of primordial enzymes from extinct organisms can be determined by an...
The paper describes the inferential method, an approach for reconstruction protein and nucleotide se...
Abstract. Using a maximum-likelihood formalism, we have developed a method with which to reconstruct...
The phylogenetic inference of ancestral protein sequences is a powerful technique for the study of m...
Abstract Background Modern-day proteins were selected during long evolutionary history as descendant...
Abstract. Information about protein sequences of an-cestral organisms is important for identifying c...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
A central goal in molecular evolution is to understand the ways in which genes and proteins evolve i...
While current computational methods allow the recon-struction of individual ancestral protein sequen...
A central goal in molecular evolution is to understand the ways in which genes and proteins evolve i...
... ancestral sequences? Putative bio-sequence (DNA, RNA, codon, protein) of an extinct organism
Protein engineering is an interdisciplinary science concerned with the design of improved proteins. ...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
Using a maximum-likelihood formalism, we have developed a method with which to reconstruct the seque...
SummaryThe amino acid sequences of primordial enzymes from extinct organisms can be determined by an...
The paper describes the inferential method, an approach for reconstruction protein and nucleotide se...
Abstract. Using a maximum-likelihood formalism, we have developed a method with which to reconstruct...
The phylogenetic inference of ancestral protein sequences is a powerful technique for the study of m...
Abstract Background Modern-day proteins were selected during long evolutionary history as descendant...
Abstract. Information about protein sequences of an-cestral organisms is important for identifying c...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
A central goal in molecular evolution is to understand the ways in which genes and proteins evolve i...
While current computational methods allow the recon-struction of individual ancestral protein sequen...
A central goal in molecular evolution is to understand the ways in which genes and proteins evolve i...
... ancestral sequences? Putative bio-sequence (DNA, RNA, codon, protein) of an extinct organism
Protein engineering is an interdisciplinary science concerned with the design of improved proteins. ...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
The resurrection of ancestral proteins provides direct insight into how natural selection has shaped...
Using a maximum-likelihood formalism, we have developed a method with which to reconstruct the seque...
SummaryThe amino acid sequences of primordial enzymes from extinct organisms can be determined by an...