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174 results for “Inverted”
Global Marine Gravity Gradient Tensor Inverted from Altimetry-derived Deflections of the Vertical: CUGB2023GRAD
<p>CUGB2023GRAD is a dataset consisting of all six components of Earth's gravity gradient tensor over the oceans. The gravity gradient tensor is inverted from 1 arc-minute grid of altimetry-derived north-south and east-west components of deflection of the vertical. CUGB2023GRAD has a longitudinal extent of 180° W ~180° E and a latitudinal extent of 80° S ~ 80° N.</p> <p>This version used a merge of deflections of the vertical (north_32.1.nc and east_32.1.nc) developed by Scripps Institution of Oceanography, and DTU21GRA-derived deflections of the vertical. DTU21GRA is a highly accurate gravity anomaly model developed by Technical University of Denmark. Both sets of deflections of the vertical were developed from multiple satellite altimetry observations which include: Jason-1, Jason-2, Cryosat-2, SARAL/AltiKa, and Sentinel-3A/B.</p>
Figure 2. Rubicon and Pacer RH domain have inverted pRAB7A binding specificity [FINAL]
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Evidence from automixis with inverted meiosis for the maintenance of sex by loss of complementation
<p>The adaptive value of sexual reproduction is still debated. A short-term disadvantage of asexual reproduction is loss of heterozygosity, which leads to the unmasking of recessive deleterious mutations. The cost of this loss of complementation is predicted to be higher than the twofold cost of meiosis for most types of asexual reproduction. Automixis with terminal fusion of sister nuclei is especially vulnerable to the effect of loss of complementation. It is found, however, in some taxa including oribatid mites, the most prominent group of ancient asexuals. Here I show that automixis with terminal fusion is stable if it is associated with inverted meiosis, and that this appears to be the case in nature, notably in oribatid mites. The existence of automixis with terminal fusion, and its co-occurrence with inverted meiosis, therefore, is consistent with the hypothesis that loss of complementation is important in the evolution of sexual reproduction.</p>
Shear wave velocity model inverted
<p>Shear wave velocity model </p>
Fig. 4 in Is the copulation of silver-washed fritillary inverted? Function of the female genital projection (Lepidoptera: Nymphalidae: Argynnini)
Fig. 4 Photograph (A) and schematic drawing (B) of male and female genitalia in copulation. See Figs. 1 and 2 for abbreviations (o.b = ost.bu)
Fig. 3 A. 3D in Is the copulation of silver-washed fritillary inverted? Function of the female genital projection (Lepidoptera: Nymphalidae: Argynnini)
Fig. 3 A. 3D reconstruction of the cornucopia and its related structures during copulation. B. Ditto, with cornucopia transparent. Blue arrowheads indicate broken cornuti; red arrowheads indicate the spines of the uncus penetrating the cornucopia. C. Internal structures of the cornucopia (orange: ductus seminalis; orange arrowhead: opening of ductus seminalis; yellow: muscles). White broken arrows indicate the direction of muscle fibres. Muscles are only reconstructed posterior to the ductus seminalis opening. D. SEM image of the opening of the ductus seminalis (scale = 0.1 mm)
Fig. 1 in Is the copulation of silver-washed fritillary inverted? Function of the female genital projection (Lepidoptera: Nymphalidae: Argynnini)
Fig. 1 Photograph (A: ostium bursae removed) and schematic drawing (B) of female genitalia (lateral view) of Argynnis paphia. Head comes to left. Red arrowheads indicate copulatory wounds caused by the male cornuti (C), uncus (U), and valva (V). Scale = 1.0 mm. Abbreviations: antr, antrum; bu.co, bursa copulatrix; cor, cornucopia; crp.bu, corpus bursae; du.bu, ductus bursae; du.sml, ductus seminalis; ost.bu, ostium bursae; ovar, ovaria; sin.v, sinus vaginalis; sp, spermatheca; SVIII, 8th sternum
Inverting Cryptographic Hash Functions via Cube-and-Conquer - Results and Source code
<p>Sources, benchmarks, and results for the paper 'Inverting Cryptographic Hash Functions via Cube-and-Conquer' accepted to the Journal of Artificial Intelligence Research.</p> <p> </p>
Raw NMR FID Data for Iodide Enhanced the Production of Pseurotin D over Pseurotin A by Inverting the Preference of SN2 versus SN2′ Competition in the Last Non-Enzymatic Biosynthetic Step
<p>This is a NMR FID data for manuscript titled "Iodide Enhanced the Production of Pseurotin D over Pseurotin A by Inverting the Preference of SN2 versus SN2′ Competition in the Last Non-Enzymatic Biosynthetic Step", which is currently under review.</p>
Using RTE method to invert the surface temperature of Xi'an in four seasons
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Figures 148–149 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 148–149. Known distributions of Crossopriza cylindrogaster and the two Leptopholcus species treated herein.
Figures 124–127 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 124–127. Spermophora dieke. (124, 125) Left palp, prolateral and retrolateral views; (126, 127) Cleared female genitalia, ventral and dorsal views. Notes: b, bulb; ba, bulbal apophysis; e, embolus; pp, pore plate; pr, procursus; ta, trochanter apophysis. Scale lines: 0.3 mm.
Figures 87–100 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 87–100. Leptopholcus tipula. (87, 88) Left bulbal projections, prolateral, from Cameroon (87) and Guinea (88); (89) tip of right male palpal trochanter apophysis; (90) tip of right procursus, prolateral view; (91) tip of left procursus, retrolateral view; (92) right male palpal tarsal organ; (93) male ALS and PMS; (94) male gonopore with epiandrous spigots; (95) epigynum; (96) female palpal tarsi, dorso-lateral view; (97) female prosoma, dorso-frontal view; (98) female spinnerets and anal cone; (99) comb hairs on female left tarsus 4, prolateral view; (100) cuticular sculpturing on female abdomen, showing difference in ventral (left) and lateral (right) pattern (frontal side on top). Notes: a, appendix; b, bulb; e, embolus; f, flap on uncus; pr, procursus; u, uncus. Scale lines: 20 µm (89, 92, 93, 99), 60 µm (87, 90, 94, 96, 100), 100 µm (88, 91, 98), 200 µm (95, 97).
Figures 101–105 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 101–105. Pholcus kakum. (101, 102) Left palp, prolateral and retrolateral views, respectively; (103) male chelicerae, frontal view; (104, 105) cleared female genitalia, ventral and dorsal views, respectively. Notes: a, appendix; b, bulb; e, embolus; pp, pore plate; pr, procursus; u, uncus. Scale lines: 0.3 mm (103–105), 0.5 mm (101, 102).
Figures 82–86 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 82–86. Leptopholcus tipula. (82, 83) Left palp, prolateral and retrolateral views; (84) male chelicerae, frontal view; (85, 86) cleared female genitalia, ventral and dorsal views. Notes: a, appendix; b, bulb; e, embolus; f, flap on uncus; pp, pore plate; pr, procursus; ta, trochanter apophysis; u, uncus. Scale lines: 0.3 mm (84–86), 0.5 mm (82, 83).
Figures 128–134 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 128–134. Pehrforsskalia conopyga. (128, 129) Left palp, prolateral and retrolateral views; (130) male chelicerae, frontal view; (131, 132) left procursus, ventral (131) and prolatero-dorsal (132) views; (133, 134) cleared female genitalia, ventral and dorsal views. Notes: a, appendix; b, bulb; e, embolus; pp, pore plate; pr, procursus; ta, trochanter apophysis. Scale lines: 0.2 mm (130–134), 0.3 mm (128, 129).
Figures 68–81 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 68–81. Leptopholcus guineensis. (68) Male carapace, eyes and clypeus with horn; (69) left bulbal projections, prolateral view; (70) right bulbal projections, retrolateral view (arrow points to dorsal cone-shaped apophysis on embolus); (71) male gonopore with epiandrous spigots; (72) tip of right male palpal trochanter apophysis; (73) male palpal tarsal organ; (74) comb hairs on male right tarsus 4, prolateral view; (75) left procursus, prolateral (slightly dorsal) view; (76) right procursus, retrolateral view; (77) male spinnerets and anal cone; (78) female ALS and PMS; (79) female prosoma, frontal view; (80) epigynum; (81) cuticular sculpturing on male abdomen, showing difference in ventral (left) and lateral (right) pattern (frontal side on top). Notes: a, appendix; e, embolus; u, uncus. Scale lines: 20 µm (72–74, 78), 80 µm (71, 75–77, 81), 200 µm (68–70, 79, 80).
Figures 115–123 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 115–123. Pholcus kakum. (115) Male ALS; (116) male PMS; (117) female spinnerets; (118) female prosoma, dorso-frontal view; (119) epigynum; (120) cleared female internal genitalia, dorsal view; (121) right female palpal tarsus, dorsal view; (122) detail of pore plate (enlarged from figure 120); (123) comb hairs on right female tarsus 4, prolateral view. Scale lines: 10 µm (115, 116, 122, 123), 60 µm (117, 121), 200 µm (118–120).
Figures 15–31 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 15–31. Crossopriza and Leptopholcus. (15–23) C. cylindrogaster; (15–17) male, dorsal, lateral, and ventral views; (18) female, dorsal view; (19) female abdomen, ventral view; (20, 21) cleared epigynum, ventral and dorsal views; (22) female eyes and "pseudo-eyes", frontal view; (23) semithin section of ALE with associated "pseudo-eye"; (24–27) males in dorsal and lateral views of L. guineensis (24, 25) and L. tipula (26, 27); (28–31) epigyna in ventral and cleared dorsal views of L. guineensis (28, 29) and L. tipula (30, 31). Notes: l, cuticular lens; p, epigynal pocket; pe, "pseudo-eye"; r, retina; t, tapetum.
Figures 7–14 in Life on leaves: leaf-dwelling pholcids of Guinea, with emphasis on Crossopriza cylindrogaster Simon, a spider with inverted resting position, pseudo-eyes, lampshade web, and tetrahedral egg-sac (Araneae: Pholcidae)
Figures 7–14. Further Guinean leaf-dwelling pholcids. (7) Leptopholcus guineensis, male, as seen against the light, without flash; (8–9) Leptopholcus tipula, females with newly hatched spiderlings and with egg-sac; (10–11) Pholcus kakum, n. sp., male and female with egg-sac; (12) Spermophora dieke n. sp., female; (13) Pehrforsskalia conopyga, male; (14) Nyikoa limbe, female with egg-sac.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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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.