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25 results for “Argas”
Figure 1 in Molecular detection of Borrelia anserina in Argas persicus (Acari: Argasidae) ticks collected from Lorestan province, west of Iran
Figure 1. The aggregated Argas persicus ticks at different stages around a thatched birdhouse in Lorestan province.
Figure 3 in Molecular detection of Borrelia anserina in Argas persicus (Acari: Argasidae) ticks collected from Lorestan province, west of Iran
Figure 3. The phylogenetic tree inferred from flaB amino acids sequence data of B. anserina (clade I) and other Borrelia taxa (clade II, KX171816 and JF693808) constructed using Neighbor-Joining (NJ) method with bootstrap test (1,000 replicates). The main clade in right side of tree separated with colored rectangular shape. Taxa are as species name following GenBank accession number, taxon of the present study indicated as bold. Nodes indicated with bootstrap value. Branch lengths are proportional to evolutionary changes, the units of the number of amino acid substitutions per site. The analysis involved 12 amino acid sequences. All positions containing gaps and missing data were eliminated. There were a total of 166 positions in the final dataset. The more diverged Pakistani strain of B. anserina (JF693808) located outside the main B. anserina (clade I). The members of clade II and B. hermsii are as outgroup.
Figure 2 in Molecular detection of Borrelia anserina in Argas persicus (Acari: Argasidae) ticks collected from Lorestan province, west of Iran
Figure 2. The stereomicroscopic view of dissected salivary glands (A); ovary and uterus (B) of female Argas tick in normal saline.
Figure 4 in Molecular detection of Borrelia anserina in Argas persicus (Acari: Argasidae) ticks collected from Lorestan province, west of Iran
Figure 4. The phylogenetic tree inferred from flaB nucleotide sequence data of B. anserina (clade I) and other Borrelia taxa (clade II and KX171816) constructed using Neighbor-Joining (NJ) method with bootstrap test (1000 replicates). The main clade in right side of tree separated with colored rectangular shape. Taxa are as species name following GenBank accession number, taxon of the present study indicated as bold. Nodes indicated with bootstrap value. Branch lengths are proportional to evolutionary changes, the units of the number of base substitutions per site the units of the number of amino acid substitutions per site. The analysis involved 12 nucleotide sequences. All positions containing gaps and missing data were eliminated. There were a total of 500 positions in the final dataset. The more diverged Pakistani strain of B. anserina (JF693808) located inside the main B. anserina (clade I). The members of clade II and B. hermsii are as outgroup.
Figure 1 in Aegyptianella pullorum (Rickettsiales: Anaplasmataceae) in tick Argas persicus (Acari: Argasidae) from Iran: a preliminary assessment
Figure 1. Phylogenetic tree generated based on 16SrRNA sequence data of the Aegyptianella pullorum species generated in this study and similar sequences from GenBank database constructed using Bayesian Inference method. Main clade of tree is separated by a rectangular shape. The taxa of the present study are bold and defined with a name and GenBank accession number. Posterior probability values are inserted at nodes. Branch lengths are proportional to the evolutionary changes. Tree is re-rooted by Rickettsia slovaca as out-group.
Fig. 3 in The complete mitogenome of Argas vulgaris (Filippova, 1961) and its phylogenetic status in subgenus Argas (Acari: Argasidae)
Fig. 3. Phylogenetic tree of Argas species based on the 16S rRNA gene contained in the mitochondrial genome. Numbers at the nodes are bootstrap values of the ML analysis. The GenBank accession numbers are listed after the species names.
Fig. 2 in The complete mitogenome of Argas vulgaris (Filippova, 1961) and its phylogenetic status in subgenus Argas (Acari: Argasidae)
Fig. 2. Evolutionary relationships among ticks of the Argasidae families. The phylogenetic tree of complete sequences of mitochondrial genomes. Numbers at the nodes are bootstrap values of the ML analysis. The GenBank accession numbers are listed after the species names.
Fig. 1 in The complete mitogenome of Argas vulgaris (Filippova, 1961) and its phylogenetic status in subgenus Argas (Acari: Argasidae)
Fig. 1. The assembled mitogenome of Argas vulgaris. All the annotated genes are plotted in the outer circle and the inner tract shows the GC content.
Fig. 5 in The complete mitogenome of Argas vulgaris (Filippova, 1961) and its phylogenetic status in subgenus Argas (Acari: Argasidae)
Fig. 5. Key morphological characters of female Ar. vulgaris. (a) Dorsal view of female Ar. vulgaris. (b) Ventral view of female Ar. vulgaris. (c) Posthypostomal seta, ventral view. (d) Details structure of the marginal cells between the dorsal and ventral surfaces. (e) Genital aperture of female Ar. vulgaris. (f) Ventral view of anus location. (g) Ventral view of capitulum. (h) Ventral view of hypostome of the dentition formula.
Fig. 4 in The complete mitogenome of Argas vulgaris (Filippova, 1961) and its phylogenetic status in subgenus Argas (Acari: Argasidae)
Fig. 4. Phylogenetic tree of Argas species based on the COI gene contained in the mitochondrial genome. Numbers at the nodes are bootstrap values of the ML analysis. The GenBank accession numbers are listed after the species names.
Figure 1 in Argas hermanni Audouin (Acari: Argasidae), a new member of Iranian tick fauna
Figure 1. Diagnostic morphological characteristics of adult Argas hermanni – General body shape from dorsal (A) and ventral (B) views, legs I-IV (C), capitulum from ventral view (D), dorsal integumental texture (E), Haller's organ and its structure including cell or bottle-shaped sensilium, capsule and internal sensilium or inner chamber (F), body lateral margin (G).
Figure 2 in Argas hermanni Audouin (Acari: Argasidae), a new member of Iranian tick fauna
Figure 2. Phylogenetic relationships among argasid tick taxa and Argas species derived from the Bayesian inference (BI) generated based on analysis of partial COI (A) and 16S rRNA (B); numbers below each node show posterior probability value (10 million reiterations). Taxon labels give the species name followed by GenBank accession numbers in parentheses; the taxon sequenced in the present study is highlighted in bold. Branch lengths are proportional to the evolutionary distances.
Figure 25 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figure 25. Distributional map of P. arcticus: 1 - upper of Kele river, Verkhoyansky range, Yakutia. The place from where this species was described by Curt Eisner in 1968, by two males; 2 - middle part of Kurbelyakh river, Suntar- Khayata Range, Yakutia. Several observations of the species in small series by lepidopterists from the beginning of the 90s of the last century to the present time; 3 - the vicinity of Mus-Khaya Mountain, Suntar-Khayata Range, Yakutia. Single observation of the species in a large series by Slovak lepidopterists in the 90s of the last century; 4 - Nezhdaninskoe village area, Suntar-Khayata Range, Yakutia; Several observations of the species in small series by Yuri Bakhaev in 2010−2018; 5 - uppers of Khulurin river, Momsky Range, Yakutia. Observation of the species in 2019 by Yuri Bakhaev in a small series, subspecies arbugaevi; 6 - uppers of Tuora-Bygyttakh River, Arga-Tas Range, Yakutia. Observation of the species in 2022 by Yuri Bakhaev in a large series − the subspecies shavlovi, describing here;? - Yablonevyi Pass, Magadan region. Observation of one adult by local entomologist in the 90s of the last century. The fact is in question.
Figure 24 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figure 24. Host plants of P. arcticus shavlovi: C. gorodkovii with leaves damaged by the Arctic Apollo larvae (photo by Y. Bakhaev).
Figure 17 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figure 17. Male genitalia of P. arcticus shavlovi (paratype): frontal projection, slide #178 (A. Naydenov).
Figures 5−8 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figures 5−8. Wing pattern of Parnassius arcticus arbugaevi, Russia, NE Yakutia, Momsky Range, 70 km E of Khonuu village, 1400 m, 22−24.vi.2019, leg. Y. Bakhaev: 5−6, males, Holotype and paratype; 7−8, females, paratypes.
Figures 1−4 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figures 1−4. Wing pattern of Parnassius arcticus arcticus, Russia, Yakutia, Suntar-Khayata Range, Khandyga– Magadan rd., Sukhaya riv., h=1400 m, 10-20.vi.1991, leg. B. Khramov: 1−2 − males; 3−4 – females.
Figures 13−16 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figures 13−16. Wing pattern of females of Parnassius arcticus shavlovi, Russia, North-Eastern Yakutia, Verkhnekolymsky District, Arga-Tas Range, uppers of Tuora-Bygyttakh river, H 1100−1300 m, 20−28.vi.2022, leg. Yu. Bakhaev: 13−16. Paratypes.
Figures 9−12 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figures 9−12. Wing pattern of males of Parnassius arcticus shavlovi, Russia, North-Eastern Yakutia, Verkhnekolymsky District, Arga-Tas Range, uppers of Tuora-Bygyttakh river, H 1100−1300 m, 20−28.vi.2022, leg. Yu. Bakhaev: 9. Holotype, 10−12. Paratypes.
Figure 26 in A new subspecies of Arctic Apollo - Parnassius arcticus (Eisner, 1968) (Lepidoptera, Papilionidae) from the Arga-Tas Range (North-Eastern Yakutia)
Figure 26. Detailed distributional map of P. arcticus arbugaevi and P. arcticus shavlovi.
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International Brain Laboratory public data
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OpenNeuro
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