INVESTIGADORES
GONZALEZ CASTRO Mariano
artículos
Título:
Molecular phylogeny of Mugilidae fishes revised
Autor/es:
S. HERAS, M. I. ROLDÁN & M. GONZÁLEZ CASTRO.
Revista:
Reviews in Fish Biology and Fisheries
Editorial:
Springer
Referencias:
Lugar: Netherlands; Año: 2009 vol. 19 p. 217 - 231
ISSN:
0960-3166
Resumen:
Systematics derived from morphological characters often does not correspond with the evolutionary
processes underlying the divergence within a group of organisms. In the family Mugilidae (Teleostei)
morphological similarities have resulted in inconsistencies between taxonomy and phylogeny
among its species, and particularly for the genera Mugil, Liza and Chelon where both intrageneric and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
processes underlying the divergence within a group of organisms. In the family Mugilidae (Teleostei)
morphological similarities have resulted in inconsistencies between taxonomy and phylogeny
among its species, and particularly for the genera Mugil, Liza and Chelon where both intrageneric and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
processes underlying the divergence within a group of organisms. In the family Mugilidae (Teleostei)
morphological similarities have resulted in inconsistencies between taxonomy and phylogeny
among its species, and particularly for the genera Mugil, Liza and Chelon where both intrageneric and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
processes underlying the divergence within a group of organisms. In the family Mugilidae (Teleostei)
morphological similarities have resulted in inconsistencies between taxonomy and phylogeny
among its species, and particularly for the genera Mugil, Liza and Chelon where both intrageneric and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
processes underlying the divergence within a group of organisms. In the family Mugilidae (Teleostei)
morphological similarities have resulted in inconsistencies between taxonomy and phylogeny
among its species, and particularly for the genera Mugil, Liza and Chelon where both intrageneric and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
intergeneric phylogenetic clarifications are needed. To address these issues, the direct sequencing of the
mitochondrial region that encodes Phenylalanine (69 bp), 12S rRNA (842 bp), cytochrome c oxidase
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
subunit I (651 bp) and cytochrome b (702 bp) was carried out. The data reveal that Mugil platanus and
Mugil liza represent a continuum of a single species, closely related to but distinct from Mugil cephalusrepresent a continuum of a single species, closely related to but distinct from Mugil cephalus
which itself appears to comprise a grouping of multiple and closely related species. This species
complex was genetically distinct from Mugil curema, which, based on three clearly diverged species
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
complex was genetically distinct from Mugil curema, which, based on three clearly diverged species
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
complex was genetically distinct from Mugil curema, which, based on three clearly diverged species
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
complex was genetically distinct from Mugil curema, which, based on three clearly diverged species
identified in this study along the Atlantic coast of the Americas, requires extensive taxonomic revision
throughout its world-wide distribution. Unlike the monophyly supported within Mugil, relationships
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.
within Liza are paraphyletic, and a taxonomic revision of the genera Liza, Chelon and Oedalechilus is
needed.
needed.
needed.
needed.