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text-fig. 28. Sacra of theropod dinosaurs, illustrating different states for character 116. a, sacrum and ilium of Herrerasaurus ischigualastensis in lateral view; the shaded area indicates the attachment area of the very massive sacral ribs on the medial side of the ilium; modified from Novas (1993). B, sacrum and ilia of Syntarsus rhodesiensis in dorsal view, showing the almost continuous sheet of bone formed by the sacral ribs between the sacrum and the iliac blades; based on Raath (1990) and QG1. Abbreviations: ib, iliac blade; il, ilium; ns: neural spine; SI, S2, sacral vertebrae; sac, supraacetabular crest; sr, sacral ribs; st, spine table. Scale bars represent 50 mm. in The interrelationships and evolution of basal theropod dinosaurs
text-fig. 28. Sacra of theropod dinosaurs, illustrating different states for character 116. a, sacrum and ilium of Herrerasaurus ischigualastensis in lateral view; the shaded area indicates the attachment area of the very massive sacral ribs on the medial side of the ilium; modified from Novas (1993). B, sacrum and ilia of Syntarsus rhodesiensis in dorsal view, showing the almost continuous sheet of bone formed by the sacral ribs between the sacrum and the iliac blades; based on Raath (1990) and QG1. Abbreviations: ib, iliac blade; il, ilium; ns: neural spine; SI, S2, sacral vertebrae; sac, supraacetabular crest; sr, sacral ribs; st, spine table. Scale bars represent 50 mm.
text-fig. 16. Ventral view of the braincase, showing different states for characters 56 and 57. a, basal ornithischian Lesothosaurus diagnostics; based on Sereno (1991b). B, Syntarsus rhodesiensis based on QG 195; the postorbital processes of the laterosphenoid are broken in this specimen of Syntarsus; their attachments are placed above and slightly posterior to the trigeminal foramen. Abbreviations: boc, basioccipital; bpt, basipterygoid process; bsp, basisphenoid; bspr, basisphenoid recess; bt, basal tuber; fo, fenestra ovalis; Is, laterosphenoid; oc, occipital condyle; op, opisthotic; pop, paroccipital process; popls, postorbital process of the laterosphenoid; psp, parasphenoid; Roman numbers refer to the foramina for the exits of cranial nerves. Scale bars represent 10 mm. in The interrelationships and evolution of basal theropod dinosaurs
text-fig. 16. Ventral view of the braincase, showing different states for characters 56 and 57. a, basal ornithischian Lesothosaurus diagnostics; based on Sereno (1991b). B, Syntarsus rhodesiensis based on QG 195; the postorbital processes of the laterosphenoid are broken in this specimen of Syntarsus; their attachments are placed above and slightly posterior to the trigeminal foramen. Abbreviations: boc, basioccipital; bpt, basipterygoid process; bsp, basisphenoid; bspr, basisphenoid recess; bt, basal tuber; fo, fenestra ovalis; Is, laterosphenoid; oc, occipital condyle; op, opisthotic; pop, paroccipital process; popls, postorbital process of the laterosphenoid; psp, parasphenoid; Roman numbers refer to the foramina for the exits of cranial nerves. Scale bars represent 10 mm.
ਤ 2.ɹA: Ṧ֘ğĻƟȎẉƟཪḺķIJƺhĽğĻ ĵ«ỳ.B: ȎẉƟÜħḺķIJƺhĽṽ̆ỳ. Fig. 2.ɹA: Specimen label on the pedestal of this specimen. B: Label attached to the front of the pedestal. in DZŹՊŸതńffiॴଂνγd7ണṶğĻṒ =‡żϯϯḩì Canis lupus hodophilax Ḟȑ Is a Skin Specimen of bYamainu`in the Collection of the National Museum of Nature and Science, Tokyo, a Japanese wolf Canis lupus hodophilax?
ਤ 2.ɹA: Ṧ֘ğĻƟȎẉƟཪḺķIJƺhĽğĻ ĵ«ỳ.B: ȎẉƟÜħḺķIJƺhĽṽ̆ỳ. Fig. 2.ɹA: Specimen label on the pedestal of this specimen. B: Label attached to the front of the pedestal.
Attachment, titled: "Analysis of Greenhouse Regulation Impact using GBCI Tools as measurement"
Open the record for dataset details and reuse information.
Fig. 9 in How whale and dolphin barnacles attach to their hosts and the paradox of remarkably versatile attachment structures in cypris larvae
Fig. 9 Comparative cyprid morphology between Xenobalanus globicipitis and four of the species used in this study. a, b Xenobalanus globicipitis. c, d Amphibalanus amphitrite. e, f Trevathana jensi. g, h Lepas pectinata. i, j Scalpellum scalpellum. Compared with C. paguri (Fig. 8). Terminology is explained in supplementary table 1. Roman
FIGURE 2. Ixora reynaldoi. A. Flowering branch. B. Inflorescence. C. Open flower. D. Bracteoles. E. Calyx. F. Calyx with bracteoles attached. Drawn from C. Banag, C. Cremen & N in Two new species of Ixora (Ixoroideae, Rubiaceae) endemic to the Philippines
FIGURE 2. Ixora reynaldoi. A. Flowering branch. B. Inflorescence. C. Open flower. D. Bracteoles. E. Calyx. F. Calyx with bracteoles attached. Drawn from C. Banag, C. Cremen & N. Pinarok SA004 by Arianne Zacarias (A, C–F) and Nemesio B. Diego, Jr. (B).
FIGURE 12. Hydriastele pinangoides. A. Leaf diagram. B. Leaf apex. C. Mid-leaf portion. D. Leaf base. E. Inflorescence with attached peduncular bract. F. Infructescence. G in A monograph of Hydriastele (Areceae, Arecaceae) in New Guinea and Australia
FIGURE 12. Hydriastele pinangoides. A. Leaf diagram. B. Leaf apex. C. Mid-leaf portion. D. Leaf base. E. Inflorescence with attached peduncular bract. F. Infructescence. G. Portion of rachilla with triads. H. Staminate flower whole and in longitudinal section. I. Fruit whole, in longitudinal section, and in transverse section. Scale bar: A = 24 cm; B–D = 8 cm; E–F = 4 cm; G–H = 5 mm; I = 7 mm. A–H from Pullen 5767; I from Baker et al. 1057. Drawn by Lucy T. Smith.
FIGURES 27–32. Cocconeis sawensis from Brazil. 27, 28, 30 TEM. 29, 31, 32 SEM. 27. Raphe valve whit valvocopula attached. 28 in Additional morphological features of the epiphytic diatom Cocconeis sawensis Al-Handal & Riaux-Gobin (Cocconeidaceae, Bacillariophyta) from a coastal lagoon, Southern Brazil
FIGURES 27–32. Cocconeis sawensis from Brazil. 27, 28, 30 TEM. 29, 31, 32 SEM. 27. Raphe valve whit valvocopula attached. 28. Detail of fimbriae coinciding with each interstria. 29. Raphe valve with valvocopula attached. Note the valvocopula open. 30. Detail of long fimbriae of unequal length and shape. 31, 32. Internal view of the sternum valve with valvocopula of raphe valve attached. Scale bars = 0.5 μm (Fig. 28), 1 μm (Figs 29–32), 2 μm (Fig. 27).
Validation of the pelvic attachment mechanism of NIMBLE, an ambulatory user support gait rehabilitation robot.
<p>Description of the project<br><span><span>NIMBLE project aims to design and validate a novel gait rehabilitation robot. The objective of the robot is to provide ambulatory, body-weight supported walking training assisting user's limbs and its center of mass. The NIMBLE robot is comprised by a robotic frame, a lower limb exoskeleton, and a exoskeleton-frame coupling mechatronics that allows to assist the user's center of mass.</span></span></p> <p>Description of the dataset<br><span><span>This dataset contains the results of an experiment conducted to assess the alteration on walking kinematics due to the mechatronic device coupling the frame and the exoskeleton.</span></span></p> <p>--------------------------<br>METHODOLOGY<br>--------------------------<br>1. Methodology<br>The walking kinematics were recorded and analyzed at slow (0.5 m/s) and normal (1 m/s) speeds under three different conditions: unrestricted walking, walking while wearing the Exo-H3 corset, and walking while wearing the Exo-H3 corset coupled to the robotic frame. Only the corset is worn, to isolate and evaluate the direct impact of the designed mechanism without the kinematic restrictions imposed by the exoskeleton. This approach ensures that the effects observed are solely attributable to the mechanism itself, avoiding any confounding influences from the exoskeleton. This approach allows the evaluation of the influence of the exoskeleton corset, as it is a required component to secure the user to the robotic frame, and a comparison of its impact with that of the robotic frame. For this purpose, joint angles and their maximum and minimum values and ranges of motion (ROM) are analyzed in both the sagittal and frontal planes, along with the step width and the displacement of the CoM in the vertical and horizontal directions.</p> <p>2. Software<br>Data were collected using Kinovea and then processed and analyzed using Matlab.</p> <p>--------------------------<br>FILES<br>--------------------------<br>1. Files <br>One ".m" file is included. For each subject (idX), three subfolders are found:<br>- Calib folder: it contains the initial position and angular value of the markers and angles analyzed.<br>- frontal folder: for both speeds and the three analyzed conditions (Unrestricted walking CL, wearing the corset CC, and attached to the robotic frame CML), it contains the raw data, filtered data, segmented data normalized by gait cycles, mean and standard deviation data of those segmented cycles, and normalized data using the initial value from Calib file, for every marker position in the frontal plane (ankle, knee, hip and center of mass). Also, segmented, mean and deviations are presented from angular values in the frontal plane (right and left hip abduction and pelvic list).<br>- sagittal folder: for both speeds and the three analyzed conditions (Unrestricted walking CL, wearing the corset CC, and attached to the robotic frame CML), it contains the raw data, filtered data, segmented data normalized by gait cycles, mean and standard deviation data of those segmented cycles, and normalized data using the initial value from Calib file, for every marker position in the sagittal plane (hip, knee, ankle and toe tip). Also, segmented, mean and deviations are presented from angular values in the frontal plane (hip, knee and ankle flexo-extension).</p> <p>In addition, one average folder (media) includes average data for the statistical analysis. Signals subfolder includes all segmented data from the previous variables for every speed and conditions, joining the data from every subject in one table, a total of 50 samples (10 segmented cycles x 5 subjects). Value subfolder includes maximum, minimum and ranges of motion of angular variables. Every variable has 50 rows (10 segmented cycles x 5 subjects) and 3 columns (CL, CC, and CML conditions). Also mean step width is presented, as the distance between ankle markers in the frontal plane.</p> <p>--------------------------<br>OTHERS<br>--------------------------<br>1. Data dictionary<br>speed05: data collected at 0.5 m/s<br>speed1: data collected at 1 m/s<br>CL: Unrestricted walking condition<br>CC: Wearing the corset condition<br>CML: Attached to the robotic frame condition<br>R: right leg<br>L: left leg<br>x: horizontal direction<br>y: vertical direction<br>ANKLE, KNEE, HIP, COM: ankle, knee, hip, and virtual center of mass markers in the frontal plane.<br>HIP_lat, KNEE_lat, ANKLE_lat and TOE_lat: hip, knee, ankle, and toe tip markers in the sagittal plane.<br>Abd: hip abduction angle.<br>Hip_Angle, Knee_Angle, Ankle_Angle: hip, knee, and ankle flexo-extension angles.</p> <p>--------------------------<br>SPONSORSHIP INFORMATION AND GRANT IDs<br>--------------------------<br>1. Grant Information<br>This work is part of the R&D project PID2021-123657OB-C32, funded by MCIN/ AEI/10.13039/501100011033/ and by “ERDF A way of making Europe”.</p>
Experimental data supporting the paper "Fluorescence from a single-molecule probe directly attached to a plasmonic STM tip"
<p>Experimental STM, STS and STML data studying the fluorescent behaviour of a PTCDA molecule attached to the metallic apex of a scanning tunneling microscope.</p> <p> </p> <p>Treated source data of all Figures included in the publication.</p>
Attached_eddy_model_in_the_atmosphere
<p>This archive contains data files used in the paper titled "Asymptotic Limits of the Attached Eddy Model Derived from an Adiabatic Atmosphere". <br>If you have any questions, feel free to contact yueqin@bu.edu.</p>
Dataset for: Electron attachment to CCl3COOH molecule and clusters
<p>Raw dataset for the publication with excel assignmnets file.</p>
FIGURES 5–8. 5 in First record of Epistylis plicatilis (Ciliophora: Peritrichia) attached to Pomacea canaliculata (Mollusca: Gastropoda) in Southern Brazil
FIGURES 5–8. 5. Protargol stained zooid showing somatic myonemes (arrow head). 6. A stained zooid showing the single row of kinetosomes in the trochal band (arrow head). 7. A single micronucleus inside the zooid (arrow head). 8. Detail of oral polykinetids 1 (PK1), 2 (PK2), 3 (PK3), and the "C" shaped macronucleus (arrow). All bars represent 25 µm.
FIGURES 1–4. 1 in First record of Epistylis plicatilis (Ciliophora: Peritrichia) attached to Pomacea canaliculata (Mollusca: Gastropoda) in Southern Brazil
FIGURES 1–4. 1. Colonies of Epistylis plicatilis attached to Pomacea canaliculata. Bar = 2 mm. 2. Overall shape of a colony of E. plicatilis. Bar = 500 µm. 3. A contracted zooid showing a transversely folded region near the scopula (arrow) and a snout like protuberance in the peristomial region (arrow head). Bar = 150 µm. 4. A distended zooid showing the macronucleus (arrow). Bar = 150 µm.
FIGURE 9 in First record of Epistylis plicatilis (Ciliophora: Peritrichia) attached to Pomacea canaliculata (Mollusca: Gastropoda) in Southern Brazil
FIGURE 9. Drawings of the oral polykinetids (OPKs) of Epistylis plicatilis. A. Profile of the OPKs. B. Detail of OPKs inside the infundibulum. Bar = 1 µm.
Figs. 227 and 228 in A New Genus, Ectemnoides, for Seven Species of Australian Gondwanan Simuliidae (Diptera) With Description of a Novel Form of Larval Attachment
Figs. 227 and 228. Ectemnoides sp. A, larval hindgut trichomycetes. (227) Furculomyces westraliensis. Phase contrast. Scale bar = 0.01 mm. (228) Zancudomyces culisetae. Phase contrast. Scale bar = 0.01 mm.
Figs. 219–222 in A New Genus, Ectemnoides, for Seven Species of Australian Gondwanan Simuliidae (Diptera) With Description of a Novel Form of Larval Attachment
Figs. 219–222. Ectemnoides absitus last instar larvae. (219) Hypostoma. (Quinine). Scale bar = 0.1 mm. (220) Hypostoma. (Hotham). Scale bar = 0.1 mm. (221) Pharate pupal gill. Scale bar = 0.5 mm. (222) Posterior circlet of hooks. Arrows indicate campaniform sensilla. Scale bar = 0.1 mm.
Figs. 213–218 in A New Genus, Ectemnoides, for Seven Species of Australian Gondwanan Simuliidae (Diptera) With Description of a Novel Form of Larval Attachment
Figs. 213–218. Ectemnoides absitus last instar larvae. (21) Antenna. Scale bar = 0.1 mm. (214) Mandible. Scale bar = 0.1 mm. (215) Mandible apex. (Quinine). Scale bar = 0.05 mm. (216) Mandible apex. (Hotham). Scale bar = 0.05 mm. (217) Maxilla. (Hotham). Scale bar = 0.1 mm. (218) Postgenal cleft. (Quinine). Scale bar = 0.2 mm.
Figs. 210–212 in A New Genus, Ectemnoides, for Seven Species of Australian Gondwanan Simuliidae (Diptera) With Description of a Novel Form of Larval Attachment
Figs. 210–212. Ectemnoides absitus last instar larva. (210) Habitus. Scale bar =1.0 mm. (211) Dorsal view of the head. (Hotham). Scale bar = 0.5 mm. (212) Ventral view of the head. (Hotham). Scale bar = 0.2 mm.
Figs. 204–208 in A New Genus, Ectemnoides, for Seven Species of Australian Gondwanan Simuliidae (Diptera) With Description of a Novel Form of Larval Attachment
Figs. 204–208. Ectemnoides absitus pupa. (204) Habitus, female. Scale bar = 1.0 mm. (205) Thoracic cuticle. Scale bar = 0.2 mm. (206) Gill. Scale bar = 0.5 mm. (207) Female cephalic capsule. Scale bar = 0.5 mm. (208) Male cephalic capsule. Scale bar = 0.5 mm.
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)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
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.