@ARTICLE{TreeBASE2Ref14996,
author = {Anindo Choudhury and Virginia Le?n-R?gagnon},
title = {Molecular phylogenetics and biogeography of Bunodera spp. (Trematoda: Allocreadiidae), parasites of percid and gasterosteid fishes},
year = {2005},
keywords = {},
doi = {},
url = {},
pmid = {},
journal = {Canadian Journal of Zoology},
volume = {},
number = {},
pages = {},
abstract = {The genus Bunodera (Trematoda: Allocreadiidae) is represented by 5 freshwater species that include the widely distributed, holarctic, B. luciopercae in mainly perch and related percids, the endemic North American species B. sacculata in percids, B. eucaliae and B. inconstans in freshwater sticklebacks, and the trans-Pacific B. mediovitellata in sticklebacks. Their varied biogeography and host-associations provide a potential model system to investigate endemicity, speciation modes and coevolutionary phenomena. Partial sequences of selected regions of the 28s ribosomal RNA gene in combination with morphological data were used to build a hypothesis of relationships of Bunodera spp., which in turn is used as a basis for discussing the co-evolutionary and speciation history in this parasite group. Results from the combined data yielded a tree (C.I. = 0.82) identical in topology to that obtained from the molecular data alone, which supported the following resolution: ((((B. luciopercae (((B. sacculata ((B. mediovitellata (B. eucaliae + B. inconstans)))). The basal position of B. luciopercae is consistent with its holarctic distribution and a basal percid as its main host. The more basal positions of two typical perch parasites and the association of a more derived clade (B. mediovitellata + B. eucaliae + B. inconstans) with sticklebacks indicates host-shifting from percids to sticklebacks. In addition, the sister relationships and North American endemicity of the two most derived species, B. euclaiae and B. inconstans is also consistent with the more derived position of their host, the freshwater brook stickleback, and with the speciation and diversification of gasterosteids in Nearctic freshwaters.}
}
Taxa for tree 60699 of Study 1446

Citation title:
"Molecular phylogenetics and biogeography of Bunodera spp. (Trematoda: Allocreadiidae), parasites of percid and gasterosteid fishes".

This study was previously identified under the legacy study ID S1381
(Status: Published).
Taxa
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ID |
Taxon Label |
NCBI taxid |
uBIO namebankID |
1030560 |
Muscodor albus AF324336 |
152623
|
3362539
|
1030556 |
Muscodor albus AY927993 |
152623
|
3362539
|
1030544 |
Muscodor albus GP206 AY527048 |
152623
|
3362539
|
1030563 |
Muscodor albus KN27 AY527046 |
152623
|
3362539
|
1030561 |
Muscodor albus TP21 AY527045 |
152623
|
3362539
|
1030547 |
Muscodor cinnanomi GQ848369 |
|
|
1030551 |
Muscodor crispans EU195297 |
698733
|
|
1030552 |
Muscodor fengyangensis ZJLQ023 MO34856 |
|
|
1030566 |
Muscodor fengyangensis ZJLQ070 HM034853 |
|
|
1030548 |
Muscodor fengyangensis ZJLQ151 HM034852 |
|
|
1030550 |
Muscodor sp. 16AMLWLS KC481680 |
|
|
1030557 |
Muscodor sp. A3-5 AY034665 |
|
|
1030554 |
Muscodor sp. AB-2011 JN426991 |
|
|
1030559 |
Muscodor sp. WG-2009a FJ664551 |
|
|
1030546 |
Muscodor sutura SR-2011 JF938595 |
|
|
1030564 |
Muscodor vitigenus AY100022 |
197053
|
3974092
|
1030543 |
Muscodor yucatanensis FJ917287 |
|
|
1030553 |
Trichoderma harzianum CBS 226.95 AY605713 |
173940
|
3217474
|
1030549 |
fungal endophyte EU686979 |
410823
|
10327482
|
1030558 |
fungal endophyte EU687035 |
410823
|
10327482
|
1030545 |
fungal endophyte sp. P1813B EU977197 |
|
|
1030562 |
fungal endophyte sp. P912B EU977236 |
|
|
1030555 |
fungal sp. ARIZ B342 FJ612989 |
|
|
1030565 |
fungal sp. ZH S13-1-2 GQ220337 |
|
|