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1,918 results for “molecular evidence”
Fig. 2 A in Molecular evidence to reconcile taxonomic instability in mahseer species (Pisces: Cyprinidae) of India
Fig. 2 A Lateral view of yellow finned Mahseer, T. putitora (Hamilton) (GQ469809) and morphotypes. Ai Side ventral T. putitora (GQ469822). Aii Lateral view of head showing normal lip structure of T. putitora (GQ469822). Bi Side ventral view of morphotype I of T. putitora (GQ469815). Bii Lateral view of lips and head part showing small medium lobe in lower lip of T. putitora (GQ469815). Ci Side ventral view of morphotype II of T. putitora (GQ469824). Cii Lateral view of head showing thick lips and lower lips with thick medium lobe morphotype II of T. putitora (GQ469824)
Fig. 10 in Molecular evidence to reconcile taxonomic instability in mahseer species (Pisces: Cyprinidae) of India
Fig. 10 Maximum likelihood (ML) tree developed based on Dloop sequences of mahseers. Numbers represent node supports inferred from ML bootstrap analyses (only values above 50 are shown), ML tree using Hasegawa Kishino Yano with Gamma (HKY+G); α =1.1750, I=0.2787, −lnL=1958.8831. Bootstraps estimated are derived from 500 replications
Fig. 1 Map showing major drainages and mahseer collection localities across India. 1 River Tawi, Jammu. 2 River Beas, Pong. 3 River Beas, Pathankot. 4 River Satluj, Nangal. 5 River Yamuna, Yamuna nagar. 6 River Ganga, Rishekesh. 7 River Bhagirathi. 8 River Kosi, Ramnagar. 9 River Sharda, Tanakpur. 10 River Gerua, Katarnia Ghat. 11 in Molecular evidence to reconcile taxonomic instability in mahseer species (Pisces: Cyprinidae) of India
Fig. 1 Map showing major drainages and mahseer collection localities across India. 1 River Tawi, Jammu. 2 River Beas, Pong. 3 River Beas, Pathankot. 4 River Satluj, Nangal. 5 River Yamuna, Yamuna nagar. 6 River Ganga, Rishekesh. 7 River Bhagirathi. 8 River Kosi, Ramnagar. 9 River Sharda, Tanakpur. 10 River Gerua, Katarnia Ghat. 11 River Tista, Mal/Udalabadi. 12 River Jaldhaka, Bindhu. 13 River Ziyabharali, Bhlukpong. 14 River Dikrong, Doimukh. 15 River Sank, Gwalior. 16 River Tons, Chackghat. 17 River Tawa, Itarsi. 18 River Mahanadi, Sambhalpur. 19 River Krishna. 20 River Chaliyaar, Nilambur. 21 River Chalakudy, Puzha
Fig. 3 Maximum likelihood tree with 74 in Molecular evidence for the origin and evolutionary history of the rare American desert monotypic family Setchellanthaceae
Fig. 3 Maximum likelihood tree with 74 representative species of the families of the orders Brassicales and Malvales. Asterisks indicate nodal age constraints for the relaxed molecular clock analyses
Fig. 1 in Molecular evidence for the origin and evolutionary history of the rare American desert monotypic family Setchellanthaceae
Fig. 1 Distribution range of Setchellanthus caeruleus in the Chihuahuan Desert and in the Tehuacán-Cuicatlán Valley. Stars indicate the two areas where populations are found, in the north in the Sierra of Jimulco and in the South, in the Cuicatlán Valley
Fig. 4 in Molecular evidence for the origin and evolutionary history of the rare American desert monotypic family Setchellanthaceae
Fig. 4 Consensus tree of two most parsimonious trees of analyses based on the Chihuahuan Desert and Tehuacán-Cuicatlán Valley populations of S. caeruleus and Carica papaya as the outgroup taxon
FIGURE 5. Dendrobium tetrapterum. A. Habitat. B. Inflorescence. C. Flowering plants and leaves. D in Dendrobium tetrapterum, a cryptic species in the D. lindleyi alliance (Orchidaceae; Dendrobiinae): evidence from morphological and molecular data
FIGURE 5. Dendrobium tetrapterum. A. Habitat. B. Inflorescence. C. Flowering plants and leaves. D. Non-flowering plant.
FIGURE 2 in Dendrobium tetrapterum, a cryptic species in the D. lindleyi alliance (Orchidaceae; Dendrobiinae): evidence from morphological and molecular data
FIGURE 2. Morphological comparison of Dendrobium lindleyi (I), D tetrapterum (II) and D. jenkinsii (III). A. Pseudobulb and leaf. B. Cross-section of the middle of pseudobulb. 1-3 samples from distinct members of the same species.
FIGURE 4 in Dendrobium tetrapterum, a cryptic species in the D. lindleyi alliance (Orchidaceae; Dendrobiinae): evidence from morphological and molecular data
FIGURE 4. Line drawing of Dendrobium tetrapterum. A. Flowering plant. B. Flower. C. Dorsal sepal. D. Petal. E. Lateral sepal. F. Lip. G. Lip base (enlarged view of dotted box of F). H. Anther cap and anther. I. Column and column foot. J. Stelidia (enlarged view of dotted box of I). K. Cross section of pseudobulbs in extreme cases.
FIGURE 3 in Dendrobium tetrapterum, a cryptic species in the D. lindleyi alliance (Orchidaceae; Dendrobiinae): evidence from morphological and molecular data
FIGURE 3. Floral comparison of Dendrobium lindleyi (I), D. tetrapterum (II) and D. jenkinsii (III, provided by Yu Zhang & Ze Zhang). A. Flower. B. Lip. C. Lip base (enlarged view of dotted boxes of B). D. Dorsal sepal. E. Lateral sepals. F. Petals. G. Column foot. H. Stelidia (enlarged view of dotted boxes of G). I. Anther. J. Anther cap.
FIGURE 1 in Dendrobium tetrapterum, a cryptic species in the D. lindleyi alliance (Orchidaceae; Dendrobiinae): evidence from morphological and molecular data
FIGURE 1. Phylogenetic tree (ML) of Dendrobium tetrapterum, D. lindleyi and D. jenkinsii based on the plastome sequences. Numbers
FIGURE 4 in Transferring Peucedanum macilentum (Apioideae, Apiaceae) to Ligusticopsis based on morphological and molecular evidences
FIGURE 4. Phylogenetic tree inferred from Maximum likelihood (ML) and Bayesian inference (BI) analyses of complete plastomes. The posterior probability and bootstrap support values are shown next to the branches. Peucedanum macilentum are shown in bold.
FIGURE 1 in Transferring Peucedanum macilentum (Apioideae, Apiaceae) to Ligusticopsis based on morphological and molecular evidences
FIGURE 1. Morphology of Peucedanum macilentum. A. Isolectotype of P. macilentum (Delavay J.M. 2476, P [P02272027]); B. A duplicate of voucher specimen (J. Zhou & Z.W. Liu 20160673); C. Fruit. Scale bar= 0.5 mm; D. Mericarp transection. Scale bar= 0.1 mm.
FIGURE 3 in Transferring Peucedanum macilentum (Apioideae, Apiaceae) to Ligusticopsis based on morphological and molecular evidences
FIGURE 3. Phylogenetic tree inferred from Maximum likelihood (ML) and Bayesian inference (BI) analyses of ITS sequences. The posterior probability and bootstrap support values are shown next to the branches. The four newly sampled accessions are shown in bold.
FIGURE 2 in Transferring Peucedanum macilentum (Apioideae, Apiaceae) to Ligusticopsis based on morphological and molecular evidences
FIGURE 2. Plastome map of P. macilentum. Genes inside and outside the circle are transcribed clockwise and counterclockwise, respectively. The thick line indicates the extent of different regions, and the dark gray area in the inner circle indicates GC content. Different colors for genes indicate different functional groups.
FIGURE 4 in Novelty in Arundinella (Arundinelleae, Panicoideae, Poaceae): Morphological and Molecular Evidences for a New Species from Sikkim Himalaya
FIGURE 4. Best ML tree inferred with RaxML from ITS region (730 aligned nucleotides) for 56 accessions of 21 ingroup species plus four outgroup rooted on Miscanthus lutarioriparius Coix lacryma, Ischaemum afrum and Cymbopogon flexosus. Support values ≥ 75% BS are displayed above the branches. Bayesian Posterior probability values≥ 0.95 below or side of BP values. [Photo by MDD].
FIGURE 2 in Novelty in Arundinella (Arundinelleae, Panicoideae, Poaceae): Morphological and Molecular Evidences for a New Species from Sikkim Himalaya
FIGURE 2. Arundinella namprikensis: A: Habit (part). B: Ligule. C: Spikelet pair. D: Lower glume (abaxial surface). E: Upper glume (abaxial surface). F–I: Parts of lower floret: F: Lower lemma (abaxial surface). G: Lower palea (adaxial surface). H: Lodicules. I: Stamens & pistil. J: Upper floret. K–N: Parts of upper floret. K: Upper lemma (abaxial surface). L: Upper palea (adaxial surface). M: Lodicules. N: Stamens & pistil. [Drawing by SS]
FIGURE 3. A in Novelty in Arundinella (Arundinelleae, Panicoideae, Poaceae): Morphological and Molecular Evidences for a New Species from Sikkim Himalaya
FIGURE 3. A. namprikensis: A: Spikelet pair. B: Lower glume (lateral view). C: Lower glume (abaxial surface). D: Upper glume (lateral view). E: Upper glume (abaxial surface). F: Florets after removing the glumes. G: Lower floret. H–L: Parts of lower floret: H: Lower lemma (abaxial surface). I: Lower palea (abaxial surface). J: Lower palea (adaxial surface). K: Lodicules. L: Stamens & pistil. M: Upper floret. N–R: Parts of upper floret. N: Upper lemma (abaxial surface). O: Upper palea (abaxial surface). P: Upper palea (adaxial surface). Q: Lodicules. R: Stamens & pistil.
FIGURE 1. A in Novelty in Arundinella (Arundinelleae, Panicoideae, Poaceae): Morphological and Molecular Evidences for a New Species from Sikkim Himalaya
FIGURE 1. A. namprikensis: A: Habit. B: Synflorescence in part (inset arrangement of spikelets). [Photo by SS]
FIGURE 4 in Two new diploid species of Isoetes (Isoetaceae: Lycopodiopsida) from Southeastern China based on morphological and molecular evidence
FIGURE 4. Chloroplast phylogenetic tree of Isoetes species. ML bootstrap values are presented under branches. Isoetes malinverniana and Isoetes nuttallii were set as the outgroups.
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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.