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24 results for “Mauritanica”
Fig. 1 in Arundo micrantha Lam. (Poaceae), the correct name for Arundo mauritanica Desf. and Arundo mediterranea Danin
Fig. 1. – Holotypus of Arundo micrantha Lam. [DesFontaines s.n., P-LA] [© MNHN CRHST-CNRS. Reproduced with permission]
Figura 2 in Primera Argentina cita de Tarentola mauritanica (Squamata: Phyllodactylidae) en la provincia de Neuquén,
Figura 2. Distribución de Tarentola mauritanica en la Argentina. Los puntos azules corresponden a los registros previos a este trabajo. El punto amarillo representa el primer registro de la especie para la provincia de Neuquén.
Figure 4 in Modeling habitat suitability and current distribution of the Maghreb magpie (Pica mauritanica)
Figure 4. (A) Current distribution of the Maghreb magpie in North Africa, (B) binary map of habitat suitability with a threshold> 0.6.
Figure 6 in Modeling habitat suitability and current distribution of the Maghreb magpie (Pica mauritanica)
Figure 6. Response curves of the explanatory variables included in the species distribution model (SDM) for Pica mauritanica. (MTWQ: mean temperature of wettest quarter).
Figure 5 in Modeling habitat suitability and current distribution of the Maghreb magpie (Pica mauritanica)
Figure 5. Two-dimensional plots of Pica mauritanica niche hypervolume with the most influential variables.
Fig. 2 in Arundo micrantha Lam. (Poaceae), the correct name for Arundo mauritanica Desf. and Arundo mediterranea Danin
Fig. 2. – The Arundo micrantha Lam. diagnosis.
Figura 1. Ejemplar MPCN-H-267 in Primera Argentina cita de Tarentola mauritanica (Squamata: Phyllodactylidae) en la provincia de Neuquén,
Figura 1. Ejemplar MPCN-H-267 hembra colectado en la provincia de Neuquén.
Figure 1 in Modeling habitat suitability and current distribution of the Maghreb magpie (Pica mauritanica)
Figure 1. The distribution of Pica mauritanica throughout North Africa.
Figure 3 in Modeling habitat suitability and current distribution of the Maghreb magpie (Pica mauritanica)
Figure 3. Variable importance (based on correlation metric) of the ensemble model.
FIGURE 1 in Does The African Native Host Explain The African Origin Of The Parasite? The Maltese Geckobia Estherae N. Sp. Parasitic On Tarentola Mauritanica (Acari: Raphignathoidea: Pterygosomatidae)
FIGURE 1: Geckobia estherae n. sp., female: a – Dorsal view female; b – Ventral view; c – Infracapitulum, palp and chelicerae, ventral view; d – Anogenital area (some setae are only represented by the base).
FIGURE 2 in Does The African Native Host Explain The African Origin Of The Parasite? The Maltese Geckobia Estherae N. Sp. Parasitic On Tarentola Mauritanica (Acari: Raphignathoidea: Pterygosomatidae)
FIGURE 2: Geckobia estherae n. sp., female: a – Scutum and ocular lenses; b – distal part of left chelicera; c – Different shape of body setae: from left to right: scutal and dorsal setae, and four shapes of ventral setae, below: coxal setae; d-e – Tarsi I and II; f – Epimeral plate ventral view and leg IV.
Data from: Morphological and functional implications of sexual size dimorphism in the Moorish gecko, Tarentola mauritanica
Sexual dimorphism (SD) is a common trait in animals, appearing due to sexual selection, fecundity selection or natural selection promoting sexual niche segregation. To evaluate the relative contribution of these mechanisms in shaping phenotypic patterns, we explored morphological and functional SD in the Moorish gecko, Tarentola mauritanica (Linnaeus, 1758). This species is particularly interesting because the sex of individuals is determined by the incubation temperature of the eggs, which may pose constraints on the expression of SD. Our results indicate the existence of marked SD in T. mauritanica. Males were overall larger than females, and were able to bite harder, but we found no differences between the sexes in climbing capacities. When differences in body size were taken into account, SD became less pronounced, appearing only in relative head dimensions, relative hind limb length and bite force. Different body parts varied under the same static allometric slopes in both sexes, a pattern not very usual in lizards. Put together, our results suggest constraints in the expression of SD in the Moorish gecko, possibly due to either not particularly intense sexual selection, to counter-balancing selection in similar traits in both sexes, or to the mode of sexual determination.
Fig. 4 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 4. Experimental and TDDFT-simulated electronic circular dichroism spctra of (A) euphomauritanol A (1), (B) euphomauritanol B (2), and euphomauritanophane A (3).
Fig. 6 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 6. Bioavailability radar chart from Swiss ADME online web tool for compounds (A) 1, (B) 2 and (C) 3. The pink area represents the range of the optimal property values for oral bioavailability and the red line is compounds (A) 1, (B) 2 and (C) 3 predicted properties. (For interpretation of the references to colour in this figure legend, the reader is referred to the Web version of this article.)
Fig. 5 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 5. (A) 2D binding mode, (B) 3D binding mode of Euphomauritanol A (1) in the active site of BRaf Kinase V600E (PDB ID: 4XV2) (C) 2D binding mode, and (D) 3D binding mode of euphomauritanophane A (3) in the active site of MEK 1 kinase (PDB ID: 4LMN).
FIGURE 3 in Does The African Native Host Explain The African Origin Of The Parasite? The Maltese Geckobia Estherae N. Sp. Parasitic On Tarentola Mauritanica (Acari: Raphignathoidea: Pterygosomatidae)
FIGURE 3: Geckobia estherae n. sp. General and ventral view (picture from W. Pflieger)
Data from: Morphological and functional implications of sexual size dimorphism in the Moorish gecko, Tarentola mauritanica
Open the record for dataset details and reuse information.
Fig. 7. Predicted Boiled-Egg plot from Swiss ADME online web tool for compounds 1–3 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 7. Predicted Boiled-Egg plot from Swiss ADME online web tool for compounds 1–3.
Fig. 1 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 1. Chemical structures of isolated compounds (1–11).
Fig. 3 in Characterization of undescribed melanoma inhibitors from Euphorbia mauritanica L. cultivated in Egypt targeting BRAF and MEK 1 kinases via in-silico study and ADME prediction
Fig. 3. Significant NOESY correlations of diterpenoids 1–3.
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International Brain Laboratory public data
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OpenNeuro
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