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232 results for “Thorax”
Figure 38 Character 38 in New morphological characters for classifying Phoridae (Diptera) from the structure of the thorax
Figure 38 Character 38. Limit between meron and anepimeron marked by a suture (0); suture between meron and anepimeron absent or largely missing (1). A, Sciadocera. B, Chonocephalus. C, Ctenopleuriphora. D, Beckerina. E, Coniceromyia. F, Misotermes.
Figure 1 in New morphological characters for classifying Phoridae (Diptera) from the structure of the thorax
Figure 1 Lateral view of the thorax of Cyclotelus (Therevidae). Abbreviations: AnII, anterior anepisternum II; AnIII, metanepisternum; AnP, posterior anepisternum; Ap, antepronotum; CeS, cervical sclerite; CxI, forecoxa; CxII, midcoxa; Cx III, hind coxa; EsI, proepisternum I; Em I, proepimeron I; Em II (Ae), anepimeron II; Em II (Ke), katepimeron II; Em III, epimeron III; KtII, katepisternum (= mesokatepisternum); KtIII, metakatepisternum; Lt, laterotergite; Md, mediotergite; MeII, meron; Pp, postpronotum; PtII, mesopleurotrochantin; RR, paratergite; ScIII, metascutum; TgII, mesothoracic tegula.
Figure 41 Character 41 in New morphological characters for classifying Phoridae (Diptera) from the structure of the thorax
Figure 41 Character 41. Meron microtrichose (0); with microtrichia reduced or absent (1). A, Chonocephalus. B, Javanoxenia. C, Ctenopleuriphora. D, Dohrniphora. E, Hypocera. F, Peromitra.
Figure 39 Character 39 in New morphological characters for classifying Phoridae (Diptera) from the structure of the thorax
Figure 39 Character 39. Meron dorsally slightly convex or relatively flat (0); dorsal part of meron deeply concave (1). A, Sciadocera. B, Chonocephalus. C, Apodicrania. D, Phora. E, Psyllomyia. F, Peromitra.
Figure 19 Character 12 in New morphological characters for classifying Phoridae (Diptera) from the structure of the thorax
Figure 19 Character 12. Mesopleural suture in an almost right angle with anapleural suture (0); mesopleural suture joining anapleural suture at an obtuse angle (1). A, Sciadocera. B, Chonocephalus. C, Ctenopleuriphora. D, Mannheimsia. E, Phora. F, Chaetocnemistoptera.
FIGURES 10–16. Argentine Ora spp., thorax morphology. 10–13 in A revision of the genus Ora Clark, 1865 (Coleoptera: Scirtidae) in Argentina (part I) — descriptions of new species
FIGURES 10–16. Argentine Ora spp., thorax morphology. 10–13, Ora megadepressa sp. n.: 10, prothorax, ventral aspect; 11, prosternum, lateroventral aspect; 12, mesoventrite; 13, metathorax, ventral aspect; 14, O. brevieminentia sp. n., mesoventrite; 15–16: O. sigmoidea sp. n.: 15, mesoventrite; 16, right metathoracic wing, dorsal aspect.
FIGURE 18. Endotribelos calophylli. Female. a. Thorax dorsal view. b. Thorax ventral view. c. Abdomen dorsal. d in A systematic study on Endotribelos Grodhaus (Diptera: Chironomidae) from Brazil including DNA barcoding to link males and females
FIGURE 18. Endotribelos calophylli. Female. a. Thorax dorsal view. b. Thorax ventral view. c. Abdomen dorsal. d. Genitalia ventral.
FIGURE 15. Neoplatynaspis nataliae gen. etsp. nov.: a. head and thorax, ventral view; b. prosternal intercoxal process; c. proleg; d. middle leg; e. hind leg; f. tarsi. in A review of Platynaspini (Coleoptera: Coccinellidae) of the Indian subcontinent, including description of a new genus from north-eastern India and Bangladesh
FIGURE 15. Neoplatynaspis nataliae gen. etsp. nov.: a. head and thorax, ventral view; b. prosternal intercoxal process; c. proleg; d. middle leg; e. hind leg; f. tarsi.
Effects of State Trait Anxiety on Thorax, Diaphragm and Related Fascia.
ClinicalTrials.gov study NCT06030921. IPD Sharing: NO. Countries: 1. Publications: 15.
Toward High Fidelity Adaptive Radiotherapy in the Thorax
ClinicalTrials.gov study NCT04731571. IPD Sharing: NO. Countries: 1. Publications: 5.
Synergy of Elevation of the Head and Thorax and REBOA During Out-of-Hospital Cardiac Arrest
ClinicalTrials.gov study NCT06537492. IPD Sharing: YES. Countries: 1. Publications: 12.
Evaluation Of One Lung Ventilation With Ultrasound in Thorax Surgery Operations
ClinicalTrials.gov study NCT06064773. IPD Sharing: UNDECIDED. Countries: 1. Publications: 1.
FLASH Radiotherapy for the Treatment of Symptomatic Bone Metastases in the Thorax
ClinicalTrials.gov study NCT05524064. IPD Sharing: NO. Countries: 1. Publications: 1.
Impact of a VR-Based Learning Tool on Nursing Students' Skills in Thorax and Lung Examination
ClinicalTrials.gov study NCT06536361. IPD Sharing: NO. Countries: 1. Publications: 9.
Thorax Trauma Severity Score in Chest Trauma: A Study in Iraq
ClinicalTrials.gov study NCT06744959. IPD Sharing: NO. Countries: 1. Publications: 9.
Effect of Education Given With Jigsaw IV Learning Technique for Physical Assessment of Heart and Thorax on Knowledge and Skills of Nursing Students
ClinicalTrials.gov study NCT07003594. IPD Sharing: NO. Countries: 1. Publications: 0.
Thorax vs. Trauma Injury Severity Scores as Outcome Predictors in Chest Trauma
ClinicalTrials.gov study NCT06707441. IPD Sharing: NO. Countries: 1. Publications: 12.
Data from: Interrelations of global macroecological patterns in wing and thorax size, sexual size dimorphism, and range size of the Drosophilidae
Open the record for dataset details and reuse information.
Data from: Flexibility and control of thorax deformation during hawkmoth flight
The interaction between neuromuscular systems and body mechanics plays an important role in the production of coordinated movements in animals. Lepidopteran insects move their wings by distortion of the thorax structure via the indirect flight muscles (IFMs), which are activated by neural signals at every stroke. However, how the action of these muscles affects thorax deformation and wing kinematics is poorly understood. We measured the deformation of the dorsal thorax (mesonotum) of tethered flying hawkmoths, Agrius convolvuli, using a high-speed laser profilometer combined with simultaneous recordings of electromyograms and wing kinematics. We observed that locally amplified mesonotum deformation near the wing hinges ensures sufficient wing movement. Furthermore, phase asymmetry in IFM activity leads to phase asymmetry in mesonotum oscillations and wingbeats. Our results revealed the flexibility and controllability of the single structure of the mesonotum by neurogenic action of the IFMs.
Data from: Evolution of thorax architecture in ant castes highlights trade-off between flight and ground behaviors
The concerted evolution of morphological and behavioral specializations has compelling examples in ant castes. Unique to ants is a marked divergence between winged queens and wingless workers, but morphological specializations for behaviors on the ground have been overlooked. We analyzed thorax morphology of queens and workers in species from 21 of the 25 ant subfamilies. We uncovered unique skeletomuscular modifications in workers that presumably increase power and flexibility of head–thorax articulation, emphasizing that workers are not simply wingless versions of queens. We also identified two distinct types of queens and showed repeated evolutionary associations with strategies of colony foundation. Solitary founding queens that hunt have a more worker-like thorax. Our results reveal that ants invest in the relative size of thorax segments according to their tasks. Versatility of head movements allows for better manipulation of food and objects, which arguably contributed to the ants' ecological and evolutionary success.
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