Platynosomoides, Yamaguti, 1971
publication ID |
https://doi.org/ 10.11646/zootaxa.4337.2.4 |
publication LSID |
lsid:zoobank.org:pub:3668B4B3-1CF4-4A99-95A0-9ABE079D00CA |
DOI |
https://doi.org/10.5281/zenodo.6040131 |
persistent identifier |
https://treatment.plazi.org/id/9125B612-EE76-994D-FF14-FA37FC06AD07 |
treatment provided by |
Plazi |
scientific name |
Platynosomoides |
status |
|
Platynosomoides sp.
Site of infection. small intestine, bile duct
Collection number. MLP-He 7324
Host species. Akodon montensis . CG 169
Localities: RVSU and PPU
Comments. The morphological characters observed in the specimens agree with the description given by Yamaguti (1971) of the genus Platynosomoides , i.e. long and narrow caeca, reaching far beyond middle of body; testes posterolateral to ventral sucker; median genital pore anterior to intestinal bifurcation; ovary posterior to testes and vitelline glands forming lateral bands starting at level of ventral sucker.
The genus Platynosomoides sp. has not been mentioned parasitizing sigmodontine rodents until today. However, it was recorded for Leopoldamys siporanus Thomas 1895 (Muridae) in Asia ( Malaysia, Armenia and Daguestan, Russian Federation) and for Crocidura olivieri (Lesson 1827) (Soricidae) in Africa ( Democratic Republic of the Congo) ( Pojmańska 2008).
This is the first record of the genus for South America.
Platynosomoides . A. montensis *
"
akodontis A. montensis A. cursor A. montensis N. " # $ % &’() * et al. +,&&
! lasiurus O. nigripes O. rufus
baine S. angouya S. angouya !./ 0 et al +,&1
navonae A. montensis T. nigrita A. montensis T. nigrita ! 0 +,&& 0 et al. +,&1 travassosi N. squamipes * O. nigripes # $ 2 et al &’’+
Eucoleus 3&4 A. montensis *
Eucoleus 3+4 Brucepattersonius *
coronatum A. montensis * E. russatus * O. 5!$ Holochilus brasiliensis $ " 6 76 et al. &’’) nigripes * S. angouya *! Tapirus terrestris . 2
#"
. ulysi E. russatus * S. angouya S. angouya ! 6 et al. +,&+
. zetta O. nigripes 5!$ A. cursor E. russatus N. $ 2/ 2 # $ 8 &’9) et al. &’:+ squamipes Cerradomys ! 2 +,,9 * et al +,&& subflavus O. nigripes Galea 6 et al +,&+ * et al. +,&+ spixii ; <et al. +,&(
. epsilon N. squamipes O. nigripes * 5!$ A. cursor N. squamipes 2/ # $ 8 &’9) 6 76 &’)& et al &’:+ 2 et al. &’:1! et al +,,(
......continued on the next page 35 4 lenti A. montensis 5!$ A. cursor A. montensis A. # $ $ " 8 5 = 6 76 &’’&! simulator O. flavescens O. => &’’+ 6 et al. +,,) nigripes * et al +,&&
aculeata A. montensis 5!$ A. cursor A. montensis # $ 8 &’9) 2 +,,9 *
et al. +,&&
lanfrediae E. russatus * O. nigripes S. 5!$ A. cursor A. montensis O. # $? et al +,,’ * et al. +,&&
Stilestrongylus 3&4 T. nigrita * 5!$
Stilestrongylus 3+4 E. russatus * S. angouya * 5!$
3&4 T. nigrita * 5!$
3+4 E. russatus * 5!$
%
alata T. nigrita 5!$ N. lasiurus T. nigrita " $!./ @ &’(: &’(’ 0 +,,: +,&,
5/> $ "
carlitosi A. montensis 5!$ A. azarae A. montensis A. # $! 0 => +,,) 0 +,&,
philipmyersi * et al. +,&&
evaginata E. russatus * Oryzomys sp. $" $ A = @ &’:B
kinsellai O. nigripes 5!$ O. nigripes ! 0 => +,,)
venteli N. squamipes N. squamipes # $! 8 &’9) 0 => +,&, navonae N. squamipes O. nigripes * 5!$ A. azarae H. chacarius N. ./ 5A!> +,,B
> C D $ D $ E $"D $ $ "D $ 5A D 5 5/ D 5 " D "./ D. 2/D 2 F! D! D 0 2D 2 #D #>D. 8 5D 8 F
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