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9 results for “Nemertodermatidae”
Fig. 8 in The plastic nervous system of Nemertodermatida
Fig. 8 Confocal laser scanning microscope images of Nemertoderma cf. westbladi. a Alpha-tubulin IR pattern. Overview of an animal at the level of epidermis showing innervation of numerous tubulin IR glands and the seminal vesicle. b Alpha-tubulin IR pattern. Innervation of the gland cells from the brain. c Tyrosinated-tubulin IR pattern. Innervation of the bottle glands from the ventral longitudinal neurite bundles. d Tyrosinatedtubulin IR pattern. Glands in the anterior part of the body innervated
Fig. 7 in The plastic nervous system of Nemertodermatida
Fig. 7 Confocal laser scanning microscope images of Nemertoderma cf. westbladi. a Alpha-tubulin immunoreactivity. Overview of a roundish male mature animal with ring-shaped brain, paired lateral testes with developing sperms, seminal vesicle filled with sperm and male antrum at posterior terminal position. Note also unstained eggs between the testes. b Tyrosinated-tubulin immunoreactivity. Note numerous sensillae of the anterior end, a ring-shaped brain and innervation around the mouth. c Alpha-tubulin immunoreactivity. Prominent ventral neurite
Fig. 6 in The plastic nervous system of Nemertodermatida
Fig. 6 Confocal laser scanning microscope images of Sterreria sp. stained with phalloidin-TRITC. a Anterior end with diagonal, circular and longitudinal muscles of the body wall. Note the anterior hiatus of longitudinal muscles (arrows). b Mid-body, the body wall comprises only weak circular and strong longitudinal muscles. Arrowheads point to anastomoses between longitudinal muscles. c Posterior end of the body with longitudinal and circular musculature at the level of the adhesive plate. d Male opening on the dorsal side near the posterior end of the body
Fig. 3 in The plastic nervous system of Nemertodermatida
Fig. 3 Confocal laser scanning microscope images of Flagellophora cf. apelti. a–c FMRFamide IR pattern in the anterior end of the body and broom canal innervation. Note rather large unstained cells lining the canal and FMRFamide IR local nerve nets around the canal in b. d–g Apha-tubulin IR pattern. d Overview of the dorsal side of a specimen with broom organ, bursa, sperm packages. e Overview of the ventral side showing the mouth opening and subterminal male copulatory organ. f Broom organ, note the parallel tubulin IR strands in its proximal part and the coiled strands in the distal part. g Another optical section of the same animal, showing a wide brain neuropile enveloping the proximal part of the broom. Note the presence of numerous neurons with long processes surrounding the brain on the outside. Also note a group of IR neurons near the distal end of the broom. h 5-HT IR elements of the anterior part of the body, dorsal side on the right. Note
Fig. 2 in The plastic nervous system of Nemertodermatida
Fig. 2 Confocal laser scanning microscope images of double-stained specimens of Flagellophora cf. apelti. Double staining of alpha-tubulin IR (green) and FMRFamide IR (red) elements. a–c Sagittal optical sections through the anterior end of the body of the same specimen. Dorsal side is on the right. Note the median broom organ, passing ventrally of the statocyst, the unstained area on the right that presumably contains the brain neuropile and an aggregation of FMRFamide IR brain cells around it, mostly anterior to it. The apparent FMRF-amide staining of the epidermis is an artefact resulting from the high-intensity scans necessary due to the comparative weakness of the red fluorescence to that of alpha-tubulin; it is missing in Fig. 2d. d Anterior
Fig. 4 in Interrelationships of Nemertodermatida
Fig. 4 LSU and SSU gene trees of the final datasets plus the chimeric sequences. The colours correspond to those in Fig. 3, chimeric sequences are highlighted in grey. In both the LSU and SSU datasets, the genera
Fig. 2 in Interrelationships of Nemertodermatida
Fig. 2 Phylogenetic informativeness profiles (net) of all three genes used in this study. The x-axis indicates time, but is in absence of calibration points relative to node depths. The profile is drawn over the ultrametric tree from which it was calculated
Fig. 4 in The plastic nervous system of Nemertodermatida
Fig. 4 Light microscopic differential interference contrast micrographs of Sterreria sp. a Overview of the living animal, showing its elongated body shape. The animal is slightly twisted and the posterior end viewed from the left lateral side. Note dorsal supraterminal male copulatory organ and adhesive plate. b Anterior end of the body showing frontal glands and brain cells. c Statocyst of a hard squeezed specimen with two statoliths
Fig. 3 in Interrelationships of Nemertodermatida
Fig. 3 Majority rule consensus tree estimated using RAxML from the concatenated dataset. Bootstrap support values and Bayesian posterior probabilities are plotted on those nodes retrieved in both analyses. Coloured boxes correspond to genera of the ingroup, asterisks indicate species downloaded from GenBank (ingroup only)
ScienceDex guides
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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.