@ARTICLE{TreeBASE2Ref15922,
author = {J. P. Hugot},
title = {Primates and their pinworm parasites: the Cameron hypothesis revisited.},
year = {1999},
keywords = {Cameron's hypothesis; cospeciation; Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate},
doi = {10.1080/106351599260120},
url = {},
pmid = {},
journal = {Systematic Biology},
volume = {48},
number = {3},
pages = {523--546},
abstract = {A morphologically based cladistic analysis of the Enterobiinae, which includes most of the Oxyuridae parasitic in Primates, allows a re-evaluation of the Cameron's hypothesis of close coevolution between hosts and parasites. Each of the three genera separated in the Enterobiinae fit with one of the suborders defined in Primates: Lemuricola with the Strepsirhini, Trypanoxyuris with the Platyrrhini, and Enterobius with the Catarrhini. Inside each of the three main groups, the subdivisions observed in the parasite tree also fit with many of the subdivisions generally accepted within the Primate order. These results confirm the subgroups previously described in the subfamily and support Cameron's hypothesis in its aspect of association by descent. Although the classification of the Enterobiinae generally closely underlines the classification of Primates, several discordances are also observed. These are discussed case by case, with use of computed reconstruction scenarios. Given that the occurrences of the same pinworm species as a parasite for several congeneric host species is not the generalised pattern, and given that several occurrences also are observed in which the speciations of the parasites describe a more complex network, Cameron's hypothesis of a slower rhythm of speciation in the parasites can be considered partly refuted. The presence of two genera parasitic on squirrels in a family which contains primarily primate parasites is also discussed. The cladistic analysis does not support close relationships between the squirrel parasites and suggests an early separation from the Enterobiinae for the first one (Xeroxyuris), and a tardy host-switching from the Platyrrhini to the squirrels for the second. (Rodentoxyuris). Cameron's hypothesis; cospeciation, Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate.}
}
Citation for Study 606
Citation title:
"Primates and their pinworm parasites: the Cameron hypothesis revisited.".
This study was previously identified under the legacy study ID S435
(Status: Published).
Citation
Hugot J. 1999. Primates and their pinworm parasites: the Cameron hypothesis revisited. Systematic Biology, 48(3): 523-546.
Authors
Abstract
A morphologically based cladistic analysis of the Enterobiinae, which includes most of the Oxyuridae parasitic in Primates, allows a re-evaluation of the Cameron's hypothesis of close coevolution between hosts and parasites. Each of the three genera separated in the Enterobiinae fit with one of the suborders defined in Primates: Lemuricola with the Strepsirhini, Trypanoxyuris with the Platyrrhini, and Enterobius with the Catarrhini. Inside each of the three main groups, the subdivisions observed in the parasite tree also fit with many of the subdivisions generally accepted within the Primate order. These results confirm the subgroups previously described in the subfamily and support Cameron's hypothesis in its aspect of association by descent. Although the classification of the Enterobiinae generally closely underlines the classification of Primates, several discordances are also observed. These are discussed case by case, with use of computed reconstruction scenarios. Given that the occurrences of the same pinworm species as a parasite for several congeneric host species is not the generalised pattern, and given that several occurrences also are observed in which the speciations of the parasites describe a more complex network, Cameron's hypothesis of a slower rhythm of speciation in the parasites can be considered partly refuted. The presence of two genera parasitic on squirrels in a family which contains primarily primate parasites is also discussed. The cladistic analysis does not support close relationships between the squirrel parasites and suggests an early separation from the Enterobiinae for the first one (Xeroxyuris), and a tardy host-switching from the Platyrrhini to the squirrels for the second. (Rodentoxyuris). Cameron's hypothesis; cospeciation, Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate.
Keywords
Cameron's hypothesis; cospeciation; Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate
External links
About this resource
- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S606
- Other versions:
Nexus
NeXML
- Show BibTeX reference
@ARTICLE{TreeBASE2Ref15922,
author = {J. P. Hugot},
title = {Primates and their pinworm parasites: the Cameron hypothesis revisited.},
year = {1999},
keywords = {Cameron's hypothesis; cospeciation; Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate},
doi = {10.1080/106351599260120},
url = {},
pmid = {},
journal = {Systematic Biology},
volume = {48},
number = {3},
pages = {523--546},
abstract = {A morphologically based cladistic analysis of the Enterobiinae, which includes most of the Oxyuridae parasitic in Primates, allows a re-evaluation of the Cameron's hypothesis of close coevolution between hosts and parasites. Each of the three genera separated in the Enterobiinae fit with one of the suborders defined in Primates: Lemuricola with the Strepsirhini, Trypanoxyuris with the Platyrrhini, and Enterobius with the Catarrhini. Inside each of the three main groups, the subdivisions observed in the parasite tree also fit with many of the subdivisions generally accepted within the Primate order. These results confirm the subgroups previously described in the subfamily and support Cameron's hypothesis in its aspect of association by descent. Although the classification of the Enterobiinae generally closely underlines the classification of Primates, several discordances are also observed. These are discussed case by case, with use of computed reconstruction scenarios. Given that the occurrences of the same pinworm species as a parasite for several congeneric host species is not the generalised pattern, and given that several occurrences also are observed in which the speciations of the parasites describe a more complex network, Cameron's hypothesis of a slower rhythm of speciation in the parasites can be considered partly refuted. The presence of two genera parasitic on squirrels in a family which contains primarily primate parasites is also discussed. The cladistic analysis does not support close relationships between the squirrel parasites and suggests an early separation from the Enterobiinae for the first one (Xeroxyuris), and a tardy host-switching from the Platyrrhini to the squirrels for the second. (Rodentoxyuris). Cameron's hypothesis; cospeciation, Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate.}
}
- Show RIS reference
TY - JOUR
ID - 15922
AU - Hugot,J. P.
T1 - Primates and their pinworm parasites: the Cameron hypothesis revisited.
PY - 1999
KW - Cameron's hypothesis; cospeciation; Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate
UR - http://dx.doi.org/10.1080/106351599260120
N2 - A morphologically based cladistic analysis of the Enterobiinae, which includes most of the Oxyuridae parasitic in Primates, allows a re-evaluation of the Cameron's hypothesis of close coevolution between hosts and parasites. Each of the three genera separated in the Enterobiinae fit with one of the suborders defined in Primates: Lemuricola with the Strepsirhini, Trypanoxyuris with the Platyrrhini, and Enterobius with the Catarrhini. Inside each of the three main groups, the subdivisions observed in the parasite tree also fit with many of the subdivisions generally accepted within the Primate order. These results confirm the subgroups previously described in the subfamily and support Cameron's hypothesis in its aspect of association by descent. Although the classification of the Enterobiinae generally closely underlines the classification of Primates, several discordances are also observed. These are discussed case by case, with use of computed reconstruction scenarios. Given that the occurrences of the same pinworm species as a parasite for several congeneric host species is not the generalised pattern, and given that several occurrences also are observed in which the speciations of the parasites describe a more complex network, Cameron's hypothesis of a slower rhythm of speciation in the parasites can be considered partly refuted. The presence of two genera parasitic on squirrels in a family which contains primarily primate parasites is also discussed. The cladistic analysis does not support close relationships between the squirrel parasites and suggests an early separation from the Enterobiinae for the first one (Xeroxyuris), and a tardy host-switching from the Platyrrhini to the squirrels for the second. (Rodentoxyuris). Cameron's hypothesis; cospeciation, Enterobiinae; host/parasite coevolution; Nematoda; Oxyurid; pinworm; Primate.
L3 - 10.1080/106351599260120
JF - Systematic Biology
VL - 48
IS - 3
SP - 523
EP - 546
ER -
Go to search
Citation
Taxa
Matrices
Trees
Analyses
