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4,245 results for “Diagnostic”
FIGURE 1 in Fruit as diagnostic characteristic to recognize Brazilian species of Zornia (Leguminosae, Papilionoideae)
FIGURE 1. SEM images of Zornia articles. A–B, E. Z. afranioi. A. Article. B. Detail of article showing bristles, glands and hairs (arrow indicates glands). C–D, F. Z. burkartii. C. Article. D. Detail of article showing bristles. E. Detail of gland on surface of article (arrow indicates glands). F. Detail of gland on surface of article (arrow indicates glands).
FIGURE 6 in Fruit as diagnostic characteristic to recognize Brazilian species of Zornia (Leguminosae, Papilionoideae)
FIGURE 6. SEM images of Zornia articles. A–B. Z. latifolia. A. Article. B. Detail of article showing bristles, glands and hairs (arrow indicates glands). C–D. Z. leptophylla. C. Article. D. Detail of article showing bristles, glands and hairs (arrow indicates glands). E–F. Z. guanipensis. E. Article (arrow indicates glands). F. Detail of surface of article showing the gland and hairs (arrow indicates glands). G–H. Z. mitziana. G. Article. H. Detail of surface of article.
FIGURE 5 in Fruit as diagnostic characteristic to recognize Brazilian species of Zornia (Leguminosae, Papilionoideae)
FIGURE 5. SEM images of Zornia articles. A–B. Z. glabra. A. Article.B. Detail of article showing bristles, glands and hairs. C–E. Z. harmsiana. C. Article. D. Detail of the gland on surface of article. E. Detail of surface of article. F–G. Z. hebecarpa. F. Article. G. Detail of surface of article showing gland and hairs.
FIGURE 10 in Fruit as diagnostic characteristic to recognize Brazilian species of Zornia (Leguminosae, Papilionoideae)
FIGURE 10. SEM images of Zornia articles. A–B. Z. trachycarpa. A. Article. B. Detail of article showing plumose bristles. C–D. Z. villosa. C. Article. D. Detail of surface of article showing hairs. E–F. Z. virgata. E. Article. F. Detail of article showing plumose bristles.
FIGURE 9 in Fruit as diagnostic characteristic to recognize Brazilian species of Zornia (Leguminosae, Papilionoideae)
FIGURE 9. SEM images of Zornia articles. A–C. Z. sericea. A. Article. B. Detail of surface of article showing bristles. C. Detail of article showing bristles and hairs.D–E. Z. subsessilis. D. Article. E. Detail of article showing bristles, glands and hairs. F–G. Z. tenuifolia. F. Article. G. Detail of article showing bristles and hairs.
FIGURE 2 in Are seedlings diagnostic in Neotropical Entada (Leguminosae)? Seedling morphology supports the reinstatement of Entada polyphylla
FIGURE 2. Early development of seedlings of the three species of Entada sect. Entadopsis (Leguminosae, Mimosoideae), prior to the expansion of the first eophyll (arrows). (A) E. polystachya, with a phanerocotylar, epigeal, reserve (PER) seedling (R.S. Rodrigues & G.V. Feitoza 2178). (B) E. simplicata, with a phanerocotylar, hypogeal, reserve (PHR) seedling (R.S. Rodrigues & G.V. Feitoza 2177). (C) E. polyphylla, with a cryptocotylar, hypogeal, reserve (CHR) seedling with cataphylls (asterisks) (R.S. Rodrigues 2683).
FIGURE 3 in Are seedlings diagnostic in Neotropical Entada (Leguminosae)? Seedling morphology supports the reinstatement of Entada polyphylla
FIGURE 3. Schematic representation of seedlings in Entada sect. Entadopsis (Leguminosae, Mimosoideae). (A) Phanerocotylar, epigeal, reserve (PER) seedling of E. polystachya. (B) Phanerocotylar, hypogeal, reserve (PHR) seedling of E. simplicata. (C) Cryptocotylar, hypogeal, reserve (CHR) seedling with cataphylls of E. polyphylla. The two horizontal lines represent the ground level.
FIGURE 1 in Are seedlings diagnostic in Neotropical Entada (Leguminosae)? Seedling morphology supports the reinstatement of Entada polyphylla
FIGURE 1. Cryptocotylar, hypogeal, reserve (CHR) seedlings of Entada polyphylla (Leguminosae, Mimosoideae). (A) Very early development of a seedling, arrows indicating the cotyledonary petioles. (B–C) Seedlings with an expanding epicotyl, evidencing the primary root, the hypocotyl, and funicular remnants. (D) Seedling with the first three eophylls alternate and bipinnate; arrows indicating the cataphylls (R.S. Rodrigues 2681). (E) Detail of the cotyledons enclosed within the seed coat and two cataphylls (arrows) (R.S. Rodrigues 2683). (F) Atypical seedling with the first two eophylls pinnate and absence of cataphylls (R.S. Rodrigues 2682). Abbreviations: e1—first eophyll, e2—second eophyll, e3—third eophyll, ep—epicotyl, fr—funicular remnants, hp—hypocotyl, pr—primary root, se—seed coat, sr—secondary root.
FIGURE 8 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 8. Root sections of Grammosciadium pterocarpum subsp. sivasicum A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; scd: sclereid; vc: vascular cambium; xl: xylem.
FIGURE 4 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 4. Root sections of Grammosciadium cornutum A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; xl: xylem.
FIGURE 3 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 3. Root sections of Grammosciadium macrodon subsp. nezaketiae. A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; pxl: primary xylem sc: secretory canal; sxl: secondary xylem; xl: xylem.
FIGURE 12 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 12. Transverse sections of roots of Grammosciadium subg. Caropodium. A-A4) G. platycarpum (B.B.6810, B.B.6996, B.B.6843, B.B.6850, B.B.6886); B) G. haussknechtii (B.B.6903); C-C9) G. pterocarpum subsp. pterocarpum (B.B.6976, B.B.6969, B.B.6981, B.B.6977, B.B.6994, B.B.6820, B.B.6999, B.B.6997, B.B.6966, B.B.6825); D) G. pterocarpum subsp. sivasicum (B.B.6985); E) G. pterocarpum subsp. bilgilii (B.B.6983); co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; pxl: primary xylem; sxl: secondary xylem; vc: vascular cambium. All scale bars: 500μm.
FIGURE 7 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 7. Root sections of Grammosciadium pterocarpum subsp. pterocarpum A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; scd: sclereid; vc: vascular cambium; xl: xylem.
FIGURE 2 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 2. Root sections of Grammosciadium macrodon subsp. macrodon. A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; xl: xylem.
FIGURE 11 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 11. Transverse sections of roots of G. subg. Grammosciadium. A-A10) G. daucoides (B.B.6876, B.B.6816, B.B.6821, B.B.6826, B.B.6871, B.B.6877, B.B.6963, B.B.6964, B.B.6978, B.B.6984, B.B.6998); B-B4) G. macrodon subsp. macrodon (B.B.6908, B.B.6917, B.B.6915, B.B.6958, B.B.7000); C-C3) G.macrodon subsp. nezaketiae (B.B.6837, B.B.6844, B.B.6832, B.B.6995); D) G. cornutum (B.B.6857); E) G. confertum (B.B.6204); co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; pxl: primary xylem; sxl: secondary xylem; vc: vascular cambium. All scale bars: 500 μm.
FIGURE 6 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 6. Root sections of Grammosciadium haussknechtii A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; scd: sclereid; vc: vascular cambium; xl: xylem.
FIGURE 9 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 9. Root sections of Grammosciadium pterocarpum subsp. bilgilii A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; scd: sclereid; vc: vascular cambium; xl: xylem.
FIGURE 5 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 5. Root sections of Grammosciadium platycarpum A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phg: phellogen; phe: phellem; sc: secretory canal; scd: sclereid; vc: vascular cambium; xl: xylem.
FIGURE 1 in A new diagnostic character in the roots of the genus Grammosciadium DC. (Apiaceae)
FIGURE 1. Root sections of Grammosciadium daucoides. A) General view; B) Periderm; C) Pith; co: cortex; er: epidermal remains; ph: phloem; phd: phelloderm; phe: phellem; phg: phellogen; sc: secretory canal; xl: xylem.
FIGURE 1. Diagnostic characters among the taxa studied. A−C in ×Polascontria (Cactaceae), a nothogenus that represents the gene flow between Escontria and Polaskia
FIGURE 1. Diagnostic characters among the taxa studied. A−C: fruits, D−F: flowers, G−I: areoles on the stems, J−L: ribs of stems (Escontria chiotilla in the first column, natural hybrids in the second one, P. chichipe in the third column). A. Fruits of E. chiotilla (triangular, largest and papiraceous bracts - white arrow). B. Fruits of hybrids [papiraceous, short and broad, but not triangular bracts (white arrow), and spines (yellow arrow)]. Hybrids form normal fruits with seeds (in the left). Some fruits are abortive and smaller in the same individual hybrid (in the right). C. Fruits of P. chichipe (spines - yellow arrow). D. Flowers of E. chiotilla (yellowish and with triangular and large papiraceous bracts forming tubular to funnel shape with not revolute tepals). E. Flowers of the hybrid (shorter bracts than those of E. chiotilla, tepals are scarce, creamy and not revolute, but are more extended than in E. chiotilla). F. Flowers of P.chichipe (with spines but not bracts and tepals revolute and yellowish-green coloured). G. The stem of natural hybrids is similar in color, branch number and areole shape to those of E. chiotilla (H) and P. chichipe (I). J. Each stem branch in E. chiotilla has seven ribs as those of hybrid individuals (K), whereas P. chichipe can have up to nine ribs (L).
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.