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Hypopharynx Stock Photos and Images
Robber Fly or Assassin Fly Family: Asilidae Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-or-assassin-fly-family-asilidae-image466936793.htmlRM2J3JPJ1–Robber Fly or Assassin Fly Family: Asilidae
Upper airways showing the larynx, epiglottis. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/upper-airways-showing-the-larynx-epiglottis-image476924489.htmlRF2JKWP1D–Upper airways showing the larynx, epiglottis.
Robber Fly, also Assassin Fly, Family: Asilidae Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-also-assassin-fly-family-asilidae-image466936786.htmlRM2J3JPHP–Robber Fly, also Assassin Fly, Family: Asilidae
An Asilidae, robber or assassin fly feeding on another smaller fly Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-asilidae-robber-or-assassin-fly-feeding-on-another-smaller-fly-image62925269.htmlRMDJADR1–An Asilidae, robber or assassin fly feeding on another smaller fly
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255503064.htmlRFTRK4NC–robber fly (lat. Choerades fimbriata)
Robber fly (assassin fly) on grass stem , waiting for prey, with smooth green background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-robber-fly-assassin-fly-on-grass-stem-waiting-for-prey-with-smooth-144157930.htmlRMJAEXWE–Robber fly (assassin fly) on grass stem , waiting for prey, with smooth green background
Robber fly, (family Asilidae), also called assassin fly. The name 'robber flies' reflects their notoriously aggressive predatory habits; they feed mainly or exclusively on other insects and as a rule, they wait in ambush and catch their prey in flight. They are powerfully built, bristly flies with a short, stout proboscis enclosing the sharp, sucking hypopharynx. On June 26, 2021 in Tehatta, West Bengal, India. (Photo by Soumyabrata Roy/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-family-asilidae-also-called-assassin-fly-the-name-robber-flies-reflects-their-notoriously-aggressive-predatory-habits-they-feed-mainly-or-exclusively-on-other-insects-and-as-a-rule-they-wait-in-ambush-and-catch-their-prey-in-flight-they-are-powerfully-built-bristly-flies-with-a-short-stout-proboscis-enclosing-the-sharp-sucking-hypopharynx-on-june-26-2021-in-tehatta-west-bengal-india-photo-by-soumyabrata-roynurphoto-image489630255.htmlRM2KCGGAR–Robber fly, (family Asilidae), also called assassin fly. The name 'robber flies' reflects their notoriously aggressive predatory habits; they feed mainly or exclusively on other insects and as a rule, they wait in ambush and catch their prey in flight. They are powerfully built, bristly flies with a short, stout proboscis enclosing the sharp, sucking hypopharynx. On June 26, 2021 in Tehatta, West Bengal, India. (Photo by Soumyabrata Roy/NurPhoto)
Macro view of the head of a Black Horse Fly, Tabanus atratus, primarily found in the eastern United States. Black Horse Flies have large compound eyes, which are separated in females, and continuous in males. They have prominent mouthparts, which are easily distinguishable: The fascicle is made of six piercing organs. Starting from the outside, there are 2 flattened, bladelike mandibles with tooth like serrations used for cutting. Two narrow maxillae also serrated used to pierce the tissue and blood vessels of the host, a median hypopharynx and a median labrum-epipharynx. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/macro-view-of-the-head-of-a-black-horse-fly-tabanus-atratus-primarily-image60588440.htmlRMDEG14T–Macro view of the head of a Black Horse Fly, Tabanus atratus, primarily found in the eastern United States. Black Horse Flies have large compound eyes, which are separated in females, and continuous in males. They have prominent mouthparts, which are easily distinguishable: The fascicle is made of six piercing organs. Starting from the outside, there are 2 flattened, bladelike mandibles with tooth like serrations used for cutting. Two narrow maxillae also serrated used to pierce the tissue and blood vessels of the host, a median hypopharynx and a median labrum-epipharynx.
Xray lateral or profile view of the laryngopharynx or hypopharynx 3D rendering illustration with male body contours. Human anatomy, medical, biology, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/xray-lateral-or-profile-view-of-the-laryngopharynx-or-hypopharynx-3d-rendering-illustration-with-male-body-contours-human-anatomy-medical-biology-image530374471.htmlRF2NPTJ1B–Xray lateral or profile view of the laryngopharynx or hypopharynx 3D rendering illustration with male body contours. Human anatomy, medical, biology,
Robber Fly Eating a Bumblee Bee, Diogmites neoternatus Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-robber-fly-eating-a-bumblee-bee-diogmites-neoternatus-18633888.htmlRMB28RM0–Robber Fly Eating a Bumblee Bee, Diogmites neoternatus
Anatomy of a tracheoesophageal fistula. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-anatomy-of-a-tracheoesophageal-fistula-57643484.htmlRFD9NTRT–Anatomy of a tracheoesophageal fistula.
Mouthparts of a mosquito Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-mouthparts-of-a-mosquito-84972759.htmlRMEX6RHB–Mouthparts of a mosquito
Cancer Regions in Head and Neck, Illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cancer-regions-in-head-and-neck-illustration-image353190788.htmlRF2BEH6CM–Cancer Regions in Head and Neck, Illustration
Robber Fly - North Carolina Arboretum - Asheville, North Carolina, USA Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-robber-fly-north-carolina-arboretum-asheville-north-carolina-usa-87691224.htmlRMF2JK1C–Robber Fly - North Carolina Arboretum - Asheville, North Carolina, USA
Portable Laryngoscope, illuminated by direct light from a gas lamp, vintage engraved illustration. Usual Medicine Dictionary by Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-portable-laryngoscope-illuminated-by-direct-light-from-a-gas-lamp-84406731.htmlRFEW91J3–Portable Laryngoscope, illuminated by direct light from a gas lamp, vintage engraved illustration. Usual Medicine Dictionary by
Robber Fly Species (Asilidae) - Camp Lula Sams, Brownsville, Texas, USA Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-robber-fly-species-asilidae-camp-lula-sams-brownsville-texas-usa-106305007.htmlRMG4XH3B–Robber Fly Species (Asilidae) - Camp Lula Sams, Brownsville, Texas, USA
Hercules Robber Fly (Neoaratus hercules) resting on post, South Australia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hercules-robber-fly-neoaratus-hercules-resting-on-post-south-australia-image595798294.htmlRF2WH8XPE–Hercules Robber Fly (Neoaratus hercules) resting on post, South Australia
A robber fly (Asilidae) clings to the stem of a plant. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-robber-fly-asilidae-clings-to-the-stem-of-a-plant-image443373121.htmlRF2GN9AX9–A robber fly (Asilidae) clings to the stem of a plant.
Hercules Robber Fly (Neoaratus hercules) South Australia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hercules-robber-fly-neoaratus-hercules-south-australia-image591154121.htmlRF2W9NB35–Hercules Robber Fly (Neoaratus hercules) South Australia
Mating pair male and female robber fly robberflies or robber flies - Diogmites esuriens - in the family Asilidae isolated on white background side pro Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/mating-pair-male-and-female-robber-fly-robberflies-or-robber-flies-diogmites-esuriens-in-the-family-asilidae-isolated-on-white-background-side-pro-image591019876.htmlRF2W9F7TM–Mating pair male and female robber fly robberflies or robber flies - Diogmites esuriens - in the family Asilidae isolated on white background side pro
Upper airways showing the larynx, epiglottis. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/upper-airways-showing-the-larynx-epiglottis-image476924323.htmlRF2JKWNRF–Upper airways showing the larynx, epiglottis.
Robber Fly (Neoaratus hercules) South Australia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-neoaratus-hercules-south-australia-image399620561.htmlRF2E6482W–Robber Fly (Neoaratus hercules) South Australia
An Asilidae, robber or assassin fly feeding on another smaller fly Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-asilidae-robber-or-assassin-fly-feeding-on-another-smaller-fly-image62925105.htmlRMDJADH5–An Asilidae, robber or assassin fly feeding on another smaller fly
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255502947.htmlRFTRK4H7–robber fly (lat. Choerades fimbriata)
ENT, ILLUSTRATION Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ent-illustration-57814438.htmlRMDA1JWA–ENT, ILLUSTRATION
Illustration depicting possible cancer regions of the head and neck. Annotated are: nasopharynx, oropharynx, hypopharynx, larynx, epiglottis, tongue, salivary gland, oral cavity, nasal cavity, and paranasal sinuses. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-illustration-depicting-possible-cancer-regions-of-the-head-and-neck-103992367.htmlRMG15793–Illustration depicting possible cancer regions of the head and neck. Annotated are: nasopharynx, oropharynx, hypopharynx, larynx, epiglottis, tongue, salivary gland, oral cavity, nasal cavity, and paranasal sinuses.
ENT, ILLUSTRATION Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ent-illustration-49287863.htmlRMCT574R–ENT, ILLUSTRATION
A Robber Fly in the Genus Cyrtopogon Perched on a Rock in Colorado Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-robber-fly-in-the-genus-cyrtopogon-perched-on-a-rock-in-colorado-image378086262.htmlRF2CY38TP–A Robber Fly in the Genus Cyrtopogon Perched on a Rock in Colorado
Robber Fly Eating a Bumblee Bee Diogmites neoternatus Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-robber-fly-eating-a-bumblee-bee-diogmites-neoternatus-18633890.htmlRMB28RM2–Robber Fly Eating a Bumblee Bee Diogmites neoternatus
Anatomy of a tracheoesophageal fistula. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-anatomy-of-a-tracheoesophageal-fistula-57643487.htmlRFD9NTRY–Anatomy of a tracheoesophageal fistula.
PHARYNX, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-pharynx-drawing-49293826.htmlRMCT5ENP–PHARYNX, DRAWING
Archive image from page 19 of Danmarks fauna; illustrerede haandbøger over. Danmarks fauna; illustrerede haandbøger over den danske dyreverden.. danmarksfaunaill71dans Year: 1907 16 Fig. 4. Kakerlakkens munddele. 1 kindbakker (abm og adm musk- ler; pr prostheca); 2 kæbe (c hængsel; s skaft; 1 Inderflig; g yder- flig; mxp kæbepalpe); 3 underlæbe (sm submentum; m mentum; pm præmentum; gi tunge; pg bitunger; pgr palpiger; lp læbepalpe); 4 hypopharynx (si overtunger). (Imms). tænder. Hos mange er kindbakkespidsen dog ikke en hjørnetandsformet griber, men fortandslignende og bruges f. eks. til Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-19-of-danmarks-fauna-illustrerede-haandbger-over-danmarks-fauna-illustrerede-haandbger-over-den-danske-dyreverden-danmarksfaunaill71dans-year-1907-16-fig-4-kakerlakkens-munddele-1-kindbakker-abm-og-adm-musk-ler-pr-prostheca-2-kbe-c-hngsel-s-skaft-1-inderflig-g-yder-flig-mxp-kbepalpe-3-underlbe-sm-submentum-m-mentum-pm-prmentum-gi-tunge-pg-bitunger-pgr-palpiger-lp-lbepalpe-4-hypopharynx-si-overtunger-imms-tnder-hos-mange-er-kindbakkespidsen-dog-ikke-en-hjrnetandsformet-griber-men-fortandslignende-og-bruges-f-eks-til-image259442902.htmlRMW22J1X–Archive image from page 19 of Danmarks fauna; illustrerede haandbøger over. Danmarks fauna; illustrerede haandbøger over den danske dyreverden.. danmarksfaunaill71dans Year: 1907 16 Fig. 4. Kakerlakkens munddele. 1 kindbakker (abm og adm musk- ler; pr prostheca); 2 kæbe (c hængsel; s skaft; 1 Inderflig; g yder- flig; mxp kæbepalpe); 3 underlæbe (sm submentum; m mentum; pm præmentum; gi tunge; pg bitunger; pgr palpiger; lp læbepalpe); 4 hypopharynx (si overtunger). (Imms). tænder. Hos mange er kindbakkespidsen dog ikke en hjørnetandsformet griber, men fortandslignende og bruges f. eks. til
Insect pests of farm, garden and orchard . Fig. 18.—.1, mouth-partsof grasshopper sep-arated to show posi-tion and relation; B,mouth-parts dissect-ed; Ibr., labrum; mc?.,mandible; hyp., hypopharynx or tongue; mx.p., ma.xillary palpus;lb. p., labial palpus; Inb., labium; ma.r., maxilhie. 28 INSECT PESTS OF FARM, GARDEN AND ORCHARD Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/insect-pests-of-farm-garden-and-orchard-fig-181-mouth-partsof-grasshopper-sep-arated-to-show-posi-tion-and-relation-bmouth-parts-dissect-ed-ibr-labrum-mcmandible-hyp-hypopharynx-or-tongue-mxp-maxillary-palpuslb-p-labial-palpus-inb-labium-mar-maxilhie-28-insect-pests-of-farm-garden-and-orchard-image342987899.htmlRM2AX0CFR–Insect pests of farm, garden and orchard . Fig. 18.—.1, mouth-partsof grasshopper sep-arated to show posi-tion and relation; B,mouth-parts dissect-ed; Ibr., labrum; mc?.,mandible; hyp., hypopharynx or tongue; mx.p., ma.xillary palpus;lb. p., labial palpus; Inb., labium; ma.r., maxilhie. 28 INSECT PESTS OF FARM, GARDEN AND ORCHARD
Laryngoscopy, showing view into a patient's throat, vintage engraved illustration. Usual Medicine Dictionary by Dr Labarthe - 18 Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscopy-showing-view-into-a-patients-throat-vintage-engraved-84419051.htmlRFEW9HA3–Laryngoscopy, showing view into a patient's throat, vintage engraved illustration. Usual Medicine Dictionary by Dr Labarthe - 18
Health care educational information. Nasal and oral cavity Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/health-care-educational-information-nasal-and-oral-cavity-image553776481.htmlRF2R4XKFD–Health care educational information. Nasal and oral cavity
Robber fly with prey on green leaf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-with-prey-on-green-leaf-image439552341.htmlRF2GF39DW–Robber fly with prey on green leaf
. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. Fig. 219. pecuarum. --ant. IcHsel, some of the species are red- FiG. 220. Mouthparts of biackfly, Simuiium; ant., antenna; ep., epiphar- dish brown or yellowish, and ynx; hyp., hypopharynx; lab., labium; , . , . label., labellum; mand., mandible; they may be variously striped max., maxilla; max. p., maxillary pal- and marked. The wings are ^^^- ^-'^f*^'' Aiooek.) either clear or of a grayish or yellowish color with the few heavy veins near the anterior margin often distinctively colored. Some of the s Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/animal-parasites-and-human-disease-medical-parasitology-insects-as-carriers-of-disease-fig-219-pecuarum-ant-ichsel-some-of-the-species-are-red-fig-220-mouthparts-of-biackfly-simuiium-ant-antenna-ep-epiphar-dish-brown-or-yellowish-and-ynx-hyp-hypopharynx-lab-labium-label-labellum-mand-mandible-they-may-be-variously-striped-max-maxilla-max-p-maxillary-pal-and-marked-the-wings-are-f-aiooek-either-clear-or-of-a-grayish-or-yellowish-color-with-the-few-heavy-veins-near-the-anterior-margin-often-distinctively-colored-some-of-the-s-image216373754.htmlRMPG0JX2–. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. Fig. 219. pecuarum. --ant. IcHsel, some of the species are red- FiG. 220. Mouthparts of biackfly, Simuiium; ant., antenna; ep., epiphar- dish brown or yellowish, and ynx; hyp., hypopharynx; lab., labium; , . , . label., labellum; mand., mandible; they may be variously striped max., maxilla; max. p., maxillary pal- and marked. The wings are ^^^- ^-'^f*^'' Aiooek.) either clear or of a grayish or yellowish color with the few heavy veins near the anterior margin often distinctively colored. Some of the s
. Die forstinsekten Mitteleuropas. Ein lehr- und handbuch . Fig. 23. A Kopf einer weiblichen Stechmücke mit auseinander gelegten Mundteilen. B vergrößerter Querschnitt durch die Mundteile. — Ant Fühler; Mx Maxille; Mxt Maxillartaster; Md Mandibel; Hyp Hypopharynx; Oi Oberlippe; Z7i Unterlippe. — (N.) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-forstinsekten-mitteleuropas-ein-lehr-und-handbuch-fig-23-a-kopf-einer-weiblichen-stechmcke-mit-auseinander-gelegten-mundteilen-b-vergrerter-querschnitt-durch-die-mundteile-ant-fhler-mx-maxille-mxt-maxillartaster-md-mandibel-hyp-hypopharynx-oi-oberlippe-z7i-unterlippe-n-image181050157.htmlRMMEFF91–. Die forstinsekten Mitteleuropas. Ein lehr- und handbuch . Fig. 23. A Kopf einer weiblichen Stechmücke mit auseinander gelegten Mundteilen. B vergrößerter Querschnitt durch die Mundteile. — Ant Fühler; Mx Maxille; Mxt Maxillartaster; Md Mandibel; Hyp Hypopharynx; Oi Oberlippe; Z7i Unterlippe. — (N.)
Mating pair male and female robber fly robberflies or robber flies - Diogmites esuriens -in the family Asilidae isolated on white background top dorsa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/mating-pair-male-and-female-robber-fly-robberflies-or-robber-flies-diogmites-esuriens-in-the-family-asilidae-isolated-on-white-background-top-dorsa-image591019868.htmlRF2W9F7TC–Mating pair male and female robber fly robberflies or robber flies - Diogmites esuriens -in the family Asilidae isolated on white background top dorsa
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255502930.htmlRFTRK4GJ–robber fly (lat. Choerades fimbriata)
Illustration showing the cancer regions in the head and neck which include the paranasal sinuses, nasal cavity, oral cavity, salivary glands, tongue, salivary glands, larynx, hypopharynx, oropharynx, nasopharynx, and pharynx. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-illustration-showing-the-cancer-regions-in-the-head-and-neck-which-103992252.htmlRMG15750–Illustration showing the cancer regions in the head and neck which include the paranasal sinuses, nasal cavity, oral cavity, salivary glands, tongue, salivary glands, larynx, hypopharynx, oropharynx, nasopharynx, and pharynx.
![Archive image from page 128 of Die insekten Mitteleuropas insbesondere Deutschlands. Die insekten Mitteleuropas insbesondere Deutschlands . dieinsektenmitte03schr Year: 1914-[26] Körperbau der Tenthuedinideri 101 so die Ang-el (Cardo), den Stamm (Stipes), die innere Lade (Mala interior), die äussere Lade (Mala exterior) und den Taster (Palpus maxillaris); dieser hat g-ewöhnlich 6 Glieder. Die Innenlippe (Endolabium oder Hypopharynx) ist nur rudimentär. Die Unterlippe ruht auf der Kehle (Gula) auf; da die Unterlippe durch Zusammenwachsen eines Kieferpaares entstanden ist, so nennt man sie Stock Photo](https://c8.alamy.com/comp/W159JE/archive-image-from-page-128-of-die-insekten-mitteleuropas-insbesondere-deutschlands-die-insekten-mitteleuropas-insbesondere-deutschlands-dieinsektenmitte03schr-year-1914-26-krperbau-der-tenthuedinideri-101-so-die-ang-el-cardo-den-stamm-stipes-die-innere-lade-mala-interior-die-ussere-lade-mala-exterior-und-den-taster-palpus-maxillaris-dieser-hat-g-ewhnlich-6-glieder-die-innenlippe-endolabium-oder-hypopharynx-ist-nur-rudimentr-die-unterlippe-ruht-auf-der-kehle-gula-auf-da-die-unterlippe-durch-zusammenwachsen-eines-kieferpaares-entstanden-ist-so-nennt-man-sie-W159JE.jpg "Archive image from page 128 of Die insekten Mitteleuropas insbesondere Deutschlands. Die insekten Mitteleuropas insbesondere Deutschlands . dieinsektenmitte03schr Year: 1914-[26] Körperbau der Tenthuedinideri 101 so die Ang-el (Cardo), den Stamm (Stipes), die innere Lade (Mala interior), die äussere Lade (Mala exterior) und den Taster (Palpus maxillaris); dieser hat g-ewöhnlich 6 Glieder. Die Innenlippe (Endolabium oder Hypopharynx) ist nur rudimentär. Die Unterlippe ruht auf der Kehle (Gula) auf; da die Unterlippe durch Zusammenwachsen eines Kieferpaares entstanden ist, so nennt man sie Stock Photo")
Archive image from page 128 of Die insekten Mitteleuropas insbesondere Deutschlands. Die insekten Mitteleuropas insbesondere Deutschlands . dieinsektenmitte03schr Year: 1914-[26] Körperbau der Tenthuedinideri 101 so die Ang-el (Cardo), den Stamm (Stipes), die innere Lade (Mala interior), die äussere Lade (Mala exterior) und den Taster (Palpus maxillaris); dieser hat g-ewöhnlich 6 Glieder. Die Innenlippe (Endolabium oder Hypopharynx) ist nur rudimentär. Die Unterlippe ruht auf der Kehle (Gula) auf; da die Unterlippe durch Zusammenwachsen eines Kieferpaares entstanden ist, so nennt man sie Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-128-of-die-insekten-mitteleuropas-insbesondere-deutschlands-die-insekten-mitteleuropas-insbesondere-deutschlands-dieinsektenmitte03schr-year-1914-26-krperbau-der-tenthuedinideri-101-so-die-ang-el-cardo-den-stamm-stipes-die-innere-lade-mala-interior-die-ussere-lade-mala-exterior-und-den-taster-palpus-maxillaris-dieser-hat-g-ewhnlich-6-glieder-die-innenlippe-endolabium-oder-hypopharynx-ist-nur-rudimentr-die-unterlippe-ruht-auf-der-kehle-gula-auf-da-die-unterlippe-durch-zusammenwachsen-eines-kieferpaares-entstanden-ist-so-nennt-man-sie-image258887510.htmlRMW159JE–Archive image from page 128 of Die insekten Mitteleuropas insbesondere Deutschlands. Die insekten Mitteleuropas insbesondere Deutschlands . dieinsektenmitte03schr Year: 1914-[26] Körperbau der Tenthuedinideri 101 so die Ang-el (Cardo), den Stamm (Stipes), die innere Lade (Mala interior), die äussere Lade (Mala exterior) und den Taster (Palpus maxillaris); dieser hat g-ewöhnlich 6 Glieder. Die Innenlippe (Endolabium oder Hypopharynx) ist nur rudimentär. Die Unterlippe ruht auf der Kehle (Gula) auf; da die Unterlippe durch Zusammenwachsen eines Kieferpaares entstanden ist, so nennt man sie
Insect pests of farm, garden and orchard . Fig. 18.—.1, mouth-partsof grasshopper sep-arated to show posi-tion and relation; B,mouth-parts dissect-ed; Ibr., labrum; mc?.,mandible; hyp., hypopharynx or tongue; mx.p., ma.xillary palpus;lb. p., labial palpus; Inb., labium; ma.r., maxilhie. 28 INSECT PESTS OF FARM, GARDEN AND ORCHARD. .ro&. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/insect-pests-of-farm-garden-and-orchard-fig-181-mouth-partsof-grasshopper-sep-arated-to-show-posi-tion-and-relation-bmouth-parts-dissect-ed-ibr-labrum-mcmandible-hyp-hypopharynx-or-tongue-mxp-maxillary-palpuslb-p-labial-palpus-inb-labium-mar-maxilhie-28-insect-pests-of-farm-garden-and-orchard-ro-image342987606.htmlRM2AX0C5A–Insect pests of farm, garden and orchard . Fig. 18.—.1, mouth-partsof grasshopper sep-arated to show posi-tion and relation; B,mouth-parts dissect-ed; Ibr., labrum; mc?.,mandible; hyp., hypopharynx or tongue; mx.p., ma.xillary palpus;lb. p., labial palpus; Inb., labium; ma.r., maxilhie. 28 INSECT PESTS OF FARM, GARDEN AND ORCHARD. .ro&.
Laryngoscopy, showing view into a patient's throat, vintage engraved illustration. Usual Medicine Dictionary by Dr Labarthe - 18 Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscopy-showing-view-into-a-patients-throat-vintage-engraved-84406733.htmlRFEW91J5–Laryngoscopy, showing view into a patient's throat, vintage engraved illustration. Usual Medicine Dictionary by Dr Labarthe - 18
Top view of robber fly with prey Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/top-view-of-robber-fly-with-prey-image439552334.htmlRF2GF39DJ–Top view of robber fly with prey
. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. Fig. 225. Mouthparts of a tabanid; hyp., hypopharynx; lab., labium; label., labellum; labr, ep., labrum-epipharynx; mand., mandible; max., maxilla; max. p., maxillary palpus. deliberate and persistent in their feeding and are not easily dis- turbed when they have begun to suck blood. The thorax is relatively long, and the wings are large and expansive and usually held at a broad angle to the body, as shown in Fig. 227. The markings of the wings usually give the easiest means of identi- fication of the g Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/animal-parasites-and-human-disease-medical-parasitology-insects-as-carriers-of-disease-fig-225-mouthparts-of-a-tabanid-hyp-hypopharynx-lab-labium-label-labellum-labr-ep-labrum-epipharynx-mand-mandible-max-maxilla-max-p-maxillary-palpus-deliberate-and-persistent-in-their-feeding-and-are-not-easily-dis-turbed-when-they-have-begun-to-suck-blood-the-thorax-is-relatively-long-and-the-wings-are-large-and-expansive-and-usually-held-at-a-broad-angle-to-the-body-as-shown-in-fig-227-the-markings-of-the-wings-usually-give-the-easiest-means-of-identi-fication-of-the-g-image216373718.htmlRMPG0JTP–. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. Fig. 225. Mouthparts of a tabanid; hyp., hypopharynx; lab., labium; label., labellum; labr, ep., labrum-epipharynx; mand., mandible; max., maxilla; max. p., maxillary palpus. deliberate and persistent in their feeding and are not easily dis- turbed when they have begun to suck blood. The thorax is relatively long, and the wings are large and expansive and usually held at a broad angle to the body, as shown in Fig. 227. The markings of the wings usually give the easiest means of identi- fication of the g
. Elementary entomology . Fig. 18. Mouth-parts of female mosquito {Ciihxpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; Z), tip of labrum-epipharynx; (T, antenna; c, compound eye; //, hypopharynx; /, labrum-epipharynx; A, labium; mx, maxilla ; w, mandible ; /, maxillary palpus, (After Folsom and Dimock) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-fig-18-mouth-parts-of-female-mosquito-ciihxpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-z-tip-of-labrum-epipharynx-t-antenna-c-compound-eye-hypopharynx-labrum-epipharynx-a-labium-mx-maxilla-w-mandible-maxillary-palpus-after-folsom-and-dimock-image178414853.htmlRMMA7DY1–. Elementary entomology . Fig. 18. Mouth-parts of female mosquito {Ciihxpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; Z), tip of labrum-epipharynx; (T, antenna; c, compound eye; //, hypopharynx; /, labrum-epipharynx; A, labium; mx, maxilla ; w, mandible ; /, maxillary palpus, (After Folsom and Dimock)
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255502970.htmlRFTRK4J2–robber fly (lat. Choerades fimbriata)
![Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 A TYPE OF EMBRYONIC DEVELOPMENT IN INSECTS 15 Gradually appendages appear on the segments, the antennae arising pos- torally but later migrating forward. In front of the stomodaeal opening which has formed in the first segment is the labrum. The hypopharynx which develops from the fusion of two small elevations near the median line behind the stomodaeum belongs to the intercalary segmen Stock Photo](https://c8.alamy.com/comp/RWMTDP/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-a-type-of-embryonic-development-in-insects-15-gradually-appendages-appear-on-the-segments-the-antennae-arising-pos-torally-but-later-migrating-forward-in-front-of-the-stomodaeal-opening-which-has-formed-in-the-first-segment-is-the-labrum-the-hypopharynx-which-develops-from-the-fusion-of-two-small-elevations-near-the-median-line-behind-the-stomodaeum-belongs-to-the-intercalary-segmen-RWMTDP.jpg "Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 A TYPE OF EMBRYONIC DEVELOPMENT IN INSECTS 15 Gradually appendages appear on the segments, the antennae arising pos- torally but later migrating forward. In front of the stomodaeal opening which has formed in the first segment is the labrum. The hypopharynx which develops from the fusion of two small elevations near the median line behind the stomodaeum belongs to the intercalary segmen Stock Photo")
Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 A TYPE OF EMBRYONIC DEVELOPMENT IN INSECTS 15 Gradually appendages appear on the segments, the antennae arising pos- torally but later migrating forward. In front of the stomodaeal opening which has formed in the first segment is the labrum. The hypopharynx which develops from the fusion of two small elevations near the median line behind the stomodaeum belongs to the intercalary segmen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-a-type-of-embryonic-development-in-insects-15-gradually-appendages-appear-on-the-segments-the-antennae-arising-pos-torally-but-later-migrating-forward-in-front-of-the-stomodaeal-opening-which-has-formed-in-the-first-segment-is-the-labrum-the-hypopharynx-which-develops-from-the-fusion-of-two-small-elevations-near-the-median-line-behind-the-stomodaeum-belongs-to-the-intercalary-segmen-image239559426.htmlRMRWMTDP–Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 A TYPE OF EMBRYONIC DEVELOPMENT IN INSECTS 15 Gradually appendages appear on the segments, the antennae arising pos- torally but later migrating forward. In front of the stomodaeal opening which has formed in the first segment is the labrum. The hypopharynx which develops from the fusion of two small elevations near the median line behind the stomodaeum belongs to the intercalary segmen
A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . of Diptera. The hypopharynxis moved by protractor, most generally quite or verypowerful, and by retractor muscles. The efferent duct of the thoracic salivary glands(fliictus salivalis) perforates the hypopharynx, moreor less near the base, that the saliva may be ejectedthrough the canal into the wound, or that it may beconducted along the labella. Very rarely the salivaryduct, perforating the h Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-of-diptera-the-hypopharynxis-moved-by-protractor-most-generally-quite-or-verypowerful-and-by-retractor-muscles-the-efferent-duct-of-the-thoracic-salivary-glandsfliictus-salivalis-perforates-the-hypopharynx-moreor-less-near-the-base-that-the-saliva-may-be-ejectedthrough-the-canal-into-the-wound-or-that-it-may-beconducted-along-the-labella-very-rarely-the-salivaryduct-perforating-the-h-image340201941.htmlRM2ANDF19–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . of Diptera. The hypopharynxis moved by protractor, most generally quite or verypowerful, and by retractor muscles. The efferent duct of the thoracic salivary glands(fliictus salivalis) perforates the hypopharynx, moreor less near the base, that the saliva may be ejectedthrough the canal into the wound, or that it may beconducted along the labella. Very rarely the salivaryduct, perforating the h
Portable Laryngoscope, illuminated by direct light from a gas lamp, vintage engraved illustration. Usual Medicine Dictionary by Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-portable-laryngoscope-illuminated-by-direct-light-from-a-gas-lamp-84419049.htmlRFEW9HA1–Portable Laryngoscope, illuminated by direct light from a gas lamp, vintage engraved illustration. Usual Medicine Dictionary by
Portable Laryngoscope, illuminated by direct light from a gas lamp, used to examine a patient's mouth, vintage engraved illustra Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-portable-laryngoscope-illuminated-by-direct-light-from-a-gas-lamp-84419047.htmlRFEW9H9Y–Portable Laryngoscope, illuminated by direct light from a gas lamp, used to examine a patient's mouth, vintage engraved illustra
Robber fly on green leaf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-on-green-leaf-image439552392.htmlRF2GF39FM–Robber fly on green leaf
. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. 486 OTHER BLOOD-SUCKING FLIES. Fig. 225. Mouthparts of a tabanid; hyp., hypopharynx; lab., labium; label., labellum; labr, ep., labrum-epipharynx; mand., mandible; max., maxilla; max. p., maxillary palpus. deliberate and persistent in their feeding and are not easily dis- turbed when they have begun to suck blood. The thorax is relatively long, and the wings are large and expansive and usually held at a broad angle to the body, as shown in Fig. 227. The markings of the wings usually give the easiest mea Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/animal-parasites-and-human-disease-medical-parasitology-insects-as-carriers-of-disease-486-other-blood-sucking-flies-fig-225-mouthparts-of-a-tabanid-hyp-hypopharynx-lab-labium-label-labellum-labr-ep-labrum-epipharynx-mand-mandible-max-maxilla-max-p-maxillary-palpus-deliberate-and-persistent-in-their-feeding-and-are-not-easily-dis-turbed-when-they-have-begun-to-suck-blood-the-thorax-is-relatively-long-and-the-wings-are-large-and-expansive-and-usually-held-at-a-broad-angle-to-the-body-as-shown-in-fig-227-the-markings-of-the-wings-usually-give-the-easiest-mea-image216373720.htmlRMPG0JTT–. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. 486 OTHER BLOOD-SUCKING FLIES. Fig. 225. Mouthparts of a tabanid; hyp., hypopharynx; lab., labium; label., labellum; labr, ep., labrum-epipharynx; mand., mandible; max., maxilla; max. p., maxillary palpus. deliberate and persistent in their feeding and are not easily dis- turbed when they have begun to suck blood. The thorax is relatively long, and the wings are large and expansive and usually held at a broad angle to the body, as shown in Fig. 227. The markings of the wings usually give the easiest mea
![. Elementary entomology . A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m"c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photo](https://c8.alamy.com/comp/MA6FGJ/elementary-entomology-a-fig-18-mouth-parts-of-female-mosquito-culexpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-d-tip-of-labrum-epipharynx-a-antenna-e-compound-eye-hypopharynx-labrum-epipharynx-labium-mquotc-maxilla-m-mandible-maxillary-palpus-after-folsom-and-dimock-MA6FGJ.jpg ". Elementary entomology . A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m"c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photo")
. Elementary entomology . A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m"c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-a-fig-18-mouth-parts-of-female-mosquito-culexpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-d-tip-of-labrum-epipharynx-a-antenna-e-compound-eye-hypopharynx-labrum-epipharynx-labium-mquotc-maxilla-m-mandible-maxillary-palpus-after-folsom-and-dimock-image178394178.htmlRMMA6FGJ–. Elementary entomology . A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m"c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock)
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255503013.htmlRFTRK4KH–robber fly (lat. Choerades fimbriata)
Elementary entomology elementaryento00sand Year: 1912 ANATOMY OK INSECTS — EXTERNAL 15 termed the second tnaxillce. The labium forms the floor of the mouth and assists the mandibles and maxillas with the food. It is hinged to the head at its base (by the viejitjivi, and projecting from either side is a palpjis, similar in form and function to the maxijlary palpi. Between the palpi are one or two pairs of lobes, the ligiila. ''Projecting into the cavity of the mouth from the inner sur- face of the labium is the hypopharynx or tongue. This in the Fig. 15. Mouth-parts of the squash-bug lab Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-elementaryento00sand-year-1912-anatomy-ok-insects-external-15-termed-the-second-tnaxillce-the-labium-forms-the-floor-of-the-mouth-and-assists-the-mandibles-and-maxillas-with-the-food-it-is-hinged-to-the-head-at-its-base-by-the-viejitjivi-and-projecting-from-either-side-is-a-palpjis-similar-in-form-and-function-to-the-maxijlary-palpi-between-the-palpi-are-one-or-two-pairs-of-lobes-the-ligiila-projecting-into-the-cavity-of-the-mouth-from-the-inner-sur-face-of-the-labium-is-the-hypopharynx-or-tongue-this-in-the-fig-15-mouth-parts-of-the-squash-bug-lab-image240653141.htmlRMRYEKF1–Elementary entomology elementaryento00sand Year: 1912 ANATOMY OK INSECTS — EXTERNAL 15 termed the second tnaxillce. The labium forms the floor of the mouth and assists the mandibles and maxillas with the food. It is hinged to the head at its base (by the viejitjivi, and projecting from either side is a palpjis, similar in form and function to the maxijlary palpi. Between the palpi are one or two pairs of lobes, the ligiila. ''Projecting into the cavity of the mouth from the inner sur- face of the labium is the hypopharynx or tongue. This in the Fig. 15. Mouth-parts of the squash-bug lab
Peroral endoscopy and laryngeal surgery . The best position of the patient for radiumapplications to the esophagus with the esophagoscope in situ is the re-cumbent, because the esophageal drainage, already defective, is occludedby the radium container, the hypopharynx fills and the overflow into thelarynx excites constant cough and strangling, which makes a very tryingordeal for the patient. In the recumlient position the secretions all flowinto the fauces and are aspirated through the tube. Fig. 24. attached tothe aspirator, Fig. 23. When the radium container is left in situ and theesophagosc Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/peroral-endoscopy-and-laryngeal-surgery-the-best-position-of-the-patient-for-radiumapplications-to-the-esophagus-with-the-esophagoscope-in-situ-is-the-re-cumbent-because-the-esophageal-drainage-already-defective-is-occludedby-the-radium-container-the-hypopharynx-fills-and-the-overflow-into-thelarynx-excites-constant-cough-and-strangling-which-makes-a-very-tryingordeal-for-the-patient-in-the-recumlient-position-the-secretions-all-flowinto-the-fauces-and-are-aspirated-through-the-tube-fig-24-attached-tothe-aspirator-fig-23-when-the-radium-container-is-left-in-situ-and-theesophagosc-image340246695.htmlRM2ANFG3K–Peroral endoscopy and laryngeal surgery . The best position of the patient for radiumapplications to the esophagus with the esophagoscope in situ is the re-cumbent, because the esophageal drainage, already defective, is occludedby the radium container, the hypopharynx fills and the overflow into thelarynx excites constant cough and strangling, which makes a very tryingordeal for the patient. In the recumlient position the secretions all flowinto the fauces and are aspirated through the tube. Fig. 24. attached tothe aspirator, Fig. 23. When the radium container is left in situ and theesophagosc
Portable Laryngoscope, illuminated by direct light from a gas lamp, used to examine a patient's mouth, vintage engraved illustra Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-portable-laryngoscope-illuminated-by-direct-light-from-a-gas-lamp-84406729.htmlRFEW91J1–Portable Laryngoscope, illuminated by direct light from a gas lamp, used to examine a patient's mouth, vintage engraved illustra
Robber fly on green leaf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-on-green-leaf-image439552387.htmlRF2GF39FF–Robber fly on green leaf
Laryngoscopy, showing a doctor looking into a patient's mouth, illuminated by indirect light from a gas lamp, vintage engraved i Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscopy-showing-a-doctor-looking-into-a-patients-mouth-illuminated-84406732.htmlRFEW91J4–Laryngoscopy, showing a doctor looking into a patient's mouth, illuminated by indirect light from a gas lamp, vintage engraved i
![. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. STRUCTURE 427 lying in a groove in the fleshy lower lip, which was the only part visible before dissection. In the female mosquito there are six of these needle-like organs the nature and names of which are shown in Fig. 191. The " labrum-epipharynx " and " hypo- pharynx " act together to form a tube for drawing up blood into the mouth. A tiny tube runs down through the hypopharynx, opening at its tip, through which saliva is poured into the wound as through a hypodermic needle to pr Stock Photo](https://c8.alamy.com/comp/PG0N97/animal-parasites-and-human-disease-medical-parasitology-insects-as-carriers-of-disease-structure-427-lying-in-a-groove-in-the-fleshy-lower-lip-which-was-the-only-part-visible-before-dissection-in-the-female-mosquito-there-are-six-of-these-needle-like-organs-the-nature-and-names-of-which-are-shown-in-fig-191-the-quot-labrum-epipharynx-quot-and-quot-hypo-pharynx-quot-act-together-to-form-a-tube-for-drawing-up-blood-into-the-mouth-a-tiny-tube-runs-down-through-the-hypopharynx-opening-at-its-tip-through-which-saliva-is-poured-into-the-wound-as-through-a-hypodermic-needle-to-pr-PG0N97.jpg ". Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. STRUCTURE 427 lying in a groove in the fleshy lower lip, which was the only part visible before dissection. In the female mosquito there are six of these needle-like organs the nature and names of which are shown in Fig. 191. The " labrum-epipharynx " and " hypo- pharynx " act together to form a tube for drawing up blood into the mouth. A tiny tube runs down through the hypopharynx, opening at its tip, through which saliva is poured into the wound as through a hypodermic needle to pr Stock Photo")
. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. STRUCTURE 427 lying in a groove in the fleshy lower lip, which was the only part visible before dissection. In the female mosquito there are six of these needle-like organs the nature and names of which are shown in Fig. 191. The " labrum-epipharynx " and " hypo- pharynx " act together to form a tube for drawing up blood into the mouth. A tiny tube runs down through the hypopharynx, opening at its tip, through which saliva is poured into the wound as through a hypodermic needle to pr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/animal-parasites-and-human-disease-medical-parasitology-insects-as-carriers-of-disease-structure-427-lying-in-a-groove-in-the-fleshy-lower-lip-which-was-the-only-part-visible-before-dissection-in-the-female-mosquito-there-are-six-of-these-needle-like-organs-the-nature-and-names-of-which-are-shown-in-fig-191-the-quot-labrum-epipharynx-quot-and-quot-hypo-pharynx-quot-act-together-to-form-a-tube-for-drawing-up-blood-into-the-mouth-a-tiny-tube-runs-down-through-the-hypopharynx-opening-at-its-tip-through-which-saliva-is-poured-into-the-wound-as-through-a-hypodermic-needle-to-pr-image216375635.htmlRMPG0N97–. Animal parasites and human disease. Medical parasitology; Insects as carriers of disease. STRUCTURE 427 lying in a groove in the fleshy lower lip, which was the only part visible before dissection. In the female mosquito there are six of these needle-like organs the nature and names of which are shown in Fig. 191. The " labrum-epipharynx " and " hypo- pharynx " act together to form a tube for drawing up blood into the mouth. A tiny tube runs down through the hypopharynx, opening at its tip, through which saliva is poured into the wound as through a hypodermic needle to pr
. Elementary entomology . Fig. 18. Mouth-parts of female mosquito {Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /i, hypopharynx; /, labrum-epipharj'nx; /i, labium; mx, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-fig-18-mouth-parts-of-female-mosquito-culexpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-d-tip-of-labrum-epipharynx-a-antenna-e-compound-eye-i-hypopharynx-labrum-epipharjnx-i-labium-mx-maxilla-m-mandible-maxillary-palpus-after-folsom-and-dimock-image178405843.htmlRMMA72D7–. Elementary entomology . Fig. 18. Mouth-parts of female mosquito {Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /i, hypopharynx; /, labrum-epipharj'nx; /i, labium; mx, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock)
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255503089.htmlRFTRK4P9–robber fly (lat. Choerades fimbriata)
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255503110.htmlRFTRK4R2–robber fly (lat. Choerades fimbriata)
![Elementary entomology elementaryentomo00sand Year: [c1912] ANATOMY OF INSECTS- -EXTERNAL 19 around the greatly elongated tongue (hypopharynx) which is used for lapping and sucking, though the mandibles are still functional and are used in shaping wax and pollen. It should be noted that in several of these orders having suctorial mouth-parts in the adult stage the larvae have true biting mouth- parts. Caterpillars of all the Lepidoptera and the larvae of many f FIG. 21. Mouth-parts of the honey-bee «, antenna ; /, labellum ; ^, glossa, or tongue ; /;«, labrum ; Ip, labial palpi; m, mandibl Stock Photo](https://c8.alamy.com/comp/RYF46C/elementary-entomology-elementaryentomo00sand-year-c1912-anatomy-of-insects-external-19-around-the-greatly-elongated-tongue-hypopharynx-which-is-used-for-lapping-and-sucking-though-the-mandibles-are-still-functional-and-are-used-in-shaping-wax-and-pollen-it-should-be-noted-that-in-several-of-these-orders-having-suctorial-mouth-parts-in-the-adult-stage-the-larvae-have-true-biting-mouth-parts-caterpillars-of-all-the-lepidoptera-and-the-larvae-of-many-f-fig-21-mouth-parts-of-the-honey-bee-antenna-labellum-glossa-or-tongue-labrum-ip-labial-palpi-m-mandibl-RYF46C.jpg "Elementary entomology elementaryentomo00sand Year: [c1912] ANATOMY OF INSECTS- -EXTERNAL 19 around the greatly elongated tongue (hypopharynx) which is used for lapping and sucking, though the mandibles are still functional and are used in shaping wax and pollen. It should be noted that in several of these orders having suctorial mouth-parts in the adult stage the larvae have true biting mouth- parts. Caterpillars of all the Lepidoptera and the larvae of many f FIG. 21. Mouth-parts of the honey-bee «, antenna ; /, labellum ; ^, glossa, or tongue ; /;«, labrum ; Ip, labial palpi; m, mandibl Stock Photo")
Elementary entomology elementaryentomo00sand Year: [c1912] ANATOMY OF INSECTS- -EXTERNAL 19 around the greatly elongated tongue (hypopharynx) which is used for lapping and sucking, though the mandibles are still functional and are used in shaping wax and pollen. It should be noted that in several of these orders having suctorial mouth-parts in the adult stage the larvae have true biting mouth- parts. Caterpillars of all the Lepidoptera and the larvae of many f FIG. 21. Mouth-parts of the honey-bee «, antenna ; /, labellum ; ^, glossa, or tongue ; /;«, labrum ; Ip, labial palpi; m, mandibl Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-elementaryentomo00sand-year-c1912-anatomy-of-insects-external-19-around-the-greatly-elongated-tongue-hypopharynx-which-is-used-for-lapping-and-sucking-though-the-mandibles-are-still-functional-and-are-used-in-shaping-wax-and-pollen-it-should-be-noted-that-in-several-of-these-orders-having-suctorial-mouth-parts-in-the-adult-stage-the-larvae-have-true-biting-mouth-parts-caterpillars-of-all-the-lepidoptera-and-the-larvae-of-many-f-fig-21-mouth-parts-of-the-honey-bee-antenna-labellum-glossa-or-tongue-labrum-ip-labial-palpi-m-mandibl-image240663092.htmlRMRYF46C–Elementary entomology elementaryentomo00sand Year: [c1912] ANATOMY OF INSECTS- -EXTERNAL 19 around the greatly elongated tongue (hypopharynx) which is used for lapping and sucking, though the mandibles are still functional and are used in shaping wax and pollen. It should be noted that in several of these orders having suctorial mouth-parts in the adult stage the larvae have true biting mouth- parts. Caterpillars of all the Lepidoptera and the larvae of many f FIG. 21. Mouth-parts of the honey-bee «, antenna ; /, labellum ; ^, glossa, or tongue ; /;«, labrum ; Ip, labial palpi; m, mandibl
The house-fly, Musca domestica Linn: its structure, habits, development, relation to disease and control . he theca, are diverged, and thus causethe divergence and opening of the oral lobes. The Retractors of the Discal Sclerites (r.d.s.). These muscleshave their origin on the lateral edges of the upper part of thetheca, and are inserted upon the sides of the discal sclerites. Theywork together with the retractors of the furca, their contractioncausing the divergence of the discal sclerites, and the consequentopening of the oral pit. The Dilators of the Lahium-hypopharynx (di.l.). These fan-sh Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-house-fly-musca-domestica-linn-its-structure-habits-development-relation-to-disease-and-control-he-theca-are-diverged-and-thus-causethe-divergence-and-opening-of-the-oral-lobes-the-retractors-of-the-discal-sclerites-rds-these-muscleshave-their-origin-on-the-lateral-edges-of-the-upper-part-of-thetheca-and-are-inserted-upon-the-sides-of-the-discal-sclerites-theywork-together-with-the-retractors-of-the-furca-their-contractioncausing-the-divergence-of-the-discal-sclerites-and-the-consequentopening-of-the-oral-pit-the-dilators-of-the-lahium-hypopharynx-dil-these-fan-sh-image342793475.htmlRM2AWKGG3–The house-fly, Musca domestica Linn: its structure, habits, development, relation to disease and control . he theca, are diverged, and thus causethe divergence and opening of the oral lobes. The Retractors of the Discal Sclerites (r.d.s.). These muscleshave their origin on the lateral edges of the upper part of thetheca, and are inserted upon the sides of the discal sclerites. Theywork together with the retractors of the furca, their contractioncausing the divergence of the discal sclerites, and the consequentopening of the oral pit. The Dilators of the Lahium-hypopharynx (di.l.). These fan-sh
Laryngoscopy, showing a doctor looking into a patient's mouth, illuminated by indirect light from a gas lamp, vintage engraved i Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscopy-showing-a-doctor-looking-into-a-patients-mouth-illuminated-84419050.htmlRFEW9HA2–Laryngoscopy, showing a doctor looking into a patient's mouth, illuminated by indirect light from a gas lamp, vintage engraved i
. A text-book of agricultural zoology. Zoology, Economic. 208 DIPTERji ujv j.±vux are especially troublesome in the New Forest, where they often tease horses severely. T. bovinus is frequently called the Ox. Fig. 101.—A, Head, and b. Proboscis of Taeanus autumnalis. (After Delafond.) a, Anteuna; p, maxillary palp ; t, proboscis; s, mandibles and maxillse; Is, epi- pliarynx; Zft, hypopharynx ; li, labium. Gad-fly; and some specimens reach more than an inch in length. In colour the male is dark-brown on the thorax, with five pale. Please note that these images are extracted from scanned page ima Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-agricultural-zoology-zoology-economic-208-dipterji-ujv-jvux-are-especially-troublesome-in-the-new-forest-where-they-often-tease-horses-severely-t-bovinus-is-frequently-called-the-ox-fig-101a-head-and-b-proboscis-of-taeanus-autumnalis-after-delafond-a-anteuna-p-maxillary-palp-t-proboscis-s-mandibles-and-maxillse-is-epi-pliarynx-zft-hypopharynx-li-labium-gad-fly-and-some-specimens-reach-more-than-an-inch-in-length-in-colour-the-male-is-dark-brown-on-the-thorax-with-five-pale-please-note-that-these-images-are-extracted-from-scanned-page-ima-image216446958.htmlRMPG408E–. A text-book of agricultural zoology. Zoology, Economic. 208 DIPTERji ujv j.±vux are especially troublesome in the New Forest, where they often tease horses severely. T. bovinus is frequently called the Ox. Fig. 101.—A, Head, and b. Proboscis of Taeanus autumnalis. (After Delafond.) a, Anteuna; p, maxillary palp ; t, proboscis; s, mandibles and maxillse; Is, epi- pliarynx; Zft, hypopharynx ; li, labium. Gad-fly; and some specimens reach more than an inch in length. In colour the male is dark-brown on the thorax, with five pale. Please note that these images are extracted from scanned page ima
. Elementary lessons on insects . Dorsal side of maxilla Fig. 3.—The mouthparts of stonefly nymph. Figures A and B represent the head divided hori- zontally through the esophagus e, and both halves exposed from within: /, labrum or upper lip: tn, mandibles; mx, maxillae; Ir, labium or lower lip; h, hypopharynx, or tongue. Figures C, D, and E represent these parts, detached. The thorax is composed of tnree segments, each of which bears a pair of legs. Insects proper are called Hexapods Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-lessons-on-insects-dorsal-side-of-maxilla-fig-3the-mouthparts-of-stonefly-nymph-figures-a-and-b-represent-the-head-divided-hori-zontally-through-the-esophagus-e-and-both-halves-exposed-from-within-labrum-or-upper-lip-tn-mandibles-mx-maxillae-ir-labium-or-lower-lip-h-hypopharynx-or-tongue-figures-c-d-and-e-represent-these-parts-detached-the-thorax-is-composed-of-tnree-segments-each-of-which-bears-a-pair-of-legs-insects-proper-are-called-hexapods-image178404163.htmlRMMA7097–. Elementary lessons on insects . Dorsal side of maxilla Fig. 3.—The mouthparts of stonefly nymph. Figures A and B represent the head divided hori- zontally through the esophagus e, and both halves exposed from within: /, labrum or upper lip: tn, mandibles; mx, maxillae; Ir, labium or lower lip; h, hypopharynx, or tongue. Figures C, D, and E represent these parts, detached. The thorax is composed of tnree segments, each of which bears a pair of legs. Insects proper are called Hexapods
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255503098.htmlRFTRK4PJ–robber fly (lat. Choerades fimbriata)
Archive image from page 300 of Diptera Danica genera and species Diptera Danica: genera and species of flies hitherto found in Denmark dipteradanicage01lund Year: 1907 Bombyliidae. 119 posterior side of the oral cone lie the stipites of the maxillae. Pro- boscis more than half as long as the body, directed forwards and more or less downwards; labrum as long as the basal part of labium, pointed at the apex; the maxillae are long, chitinous threads, and likewise hypopharynx which is slightly broader towards the base; the maxillary palpi are small, one-jointed, beset with hairs; hypopharynx and Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-300-of-diptera-danica-genera-and-species-diptera-danica-genera-and-species-of-flies-hitherto-found-in-denmark-dipteradanicage01lund-year-1907-bombyliidae-119-posterior-side-of-the-oral-cone-lie-the-stipites-of-the-maxillae-pro-boscis-more-than-half-as-long-as-the-body-directed-forwards-and-more-or-less-downwards-labrum-as-long-as-the-basal-part-of-labium-pointed-at-the-apex-the-maxillae-are-long-chitinous-threads-and-likewise-hypopharynx-which-is-slightly-broader-towards-the-base-the-maxillary-palpi-are-small-one-jointed-beset-with-hairs-hypopharynx-and-image242267526.htmlRMT246KJ–Archive image from page 300 of Diptera Danica genera and species Diptera Danica: genera and species of flies hitherto found in Denmark dipteradanicage01lund Year: 1907 Bombyliidae. 119 posterior side of the oral cone lie the stipites of the maxillae. Pro- boscis more than half as long as the body, directed forwards and more or less downwards; labrum as long as the basal part of labium, pointed at the apex; the maxillae are long, chitinous threads, and likewise hypopharynx which is slightly broader towards the base; the maxillary palpi are small, one-jointed, beset with hairs; hypopharynx and
. Occasional papers of the California Academy of Sciences. rginated. and membranous medially along its an-terior margin, and clothed with setae. The ventralsurface, or epipharynx. is entirely membranous andcharacterized by two widely spaced, nearly parallelrows of inwardly-directed short setae. The surfacebetween these rows has a fine reticulated structurewhich continues on the dorsal lining of the esopha-gus. Well-developed tormae are located near eachbasal angle of the labrum, and extend well within theanteclypeus. The hypopharynx (Fig. 8) is large, sim-ilar to that found in other orthoptero Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/occasional-papers-of-the-california-academy-of-sciences-rginated-and-membranous-medially-along-its-an-terior-margin-and-clothed-with-setae-the-ventralsurface-or-epipharynx-is-entirely-membranous-andcharacterized-by-two-widely-spaced-nearly-parallelrows-of-inwardly-directed-short-setae-the-surfacebetween-these-rows-has-a-fine-reticulated-structurewhich-continues-on-the-dorsal-lining-of-the-esopha-gus-well-developed-tormae-are-located-near-eachbasal-angle-of-the-labrum-and-extend-well-within-theanteclypeus-the-hypopharynx-fig-8-is-large-sim-ilar-to-that-found-in-other-orthoptero-image336710158.htmlRM2AFPD6P–. Occasional papers of the California Academy of Sciences. rginated. and membranous medially along its an-terior margin, and clothed with setae. The ventralsurface, or epipharynx. is entirely membranous andcharacterized by two widely spaced, nearly parallelrows of inwardly-directed short setae. The surfacebetween these rows has a fine reticulated structurewhich continues on the dorsal lining of the esopha-gus. Well-developed tormae are located near eachbasal angle of the labrum, and extend well within theanteclypeus. The hypopharynx (Fig. 8) is large, sim-ilar to that found in other orthoptero
Laryngoscope, illuminated by direct sunlight, showing a doctor looking into a patient's mouth, vintage engraved illustration. Us Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscope-illuminated-by-direct-sunlight-showing-a-doctor-looking-84406730.htmlRFEW91J2–Laryngoscope, illuminated by direct sunlight, showing a doctor looking into a patient's mouth, vintage engraved illustration. Us
. A text-book of agricultural zoology. Zoology, Economic. Fig. 101.—A, Head, and b. Proboscis of Taeanus autumnalis. (After Delafond.) a, Anteuna; p, maxillary palp ; t, proboscis; s, mandibles and maxillse; Is, epi- pliarynx; Zft, hypopharynx ; li, labium. Gad-fly; and some specimens reach more than an inch in length. In colour the male is dark-brown on the thorax, with five pale. Fig. 102.—Ox Gad-fly {Tabarms bommis). 0, Imago ; d, larva; E, pupa. stripes, and pale yellowish hair; abdomen reddish-brown, with a black central line and tip, and with a pale spot in the middle. Please note that t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-agricultural-zoology-zoology-economic-fig-101a-head-and-b-proboscis-of-taeanus-autumnalis-after-delafond-a-anteuna-p-maxillary-palp-t-proboscis-s-mandibles-and-maxillse-is-epi-pliarynx-zft-hypopharynx-li-labium-gad-fly-and-some-specimens-reach-more-than-an-inch-in-length-in-colour-the-male-is-dark-brown-on-the-thorax-with-five-pale-fig-102ox-gad-fly-tabarms-bommis-0-imago-d-larva-e-pupa-stripes-and-pale-yellowish-hair-abdomen-reddish-brown-with-a-black-central-line-and-tip-and-with-a-pale-spot-in-the-middle-please-note-that-t-image216446953.htmlRMPG4089–. A text-book of agricultural zoology. Zoology, Economic. Fig. 101.—A, Head, and b. Proboscis of Taeanus autumnalis. (After Delafond.) a, Anteuna; p, maxillary palp ; t, proboscis; s, mandibles and maxillse; Is, epi- pliarynx; Zft, hypopharynx ; li, labium. Gad-fly; and some specimens reach more than an inch in length. In colour the male is dark-brown on the thorax, with five pale. Fig. 102.—Ox Gad-fly {Tabarms bommis). 0, Imago ; d, larva; E, pupa. stripes, and pale yellowish hair; abdomen reddish-brown, with a black central line and tip, and with a pale spot in the middle. Please note that t
. Fig. 1. DoUchopus ungulatus cS- Fig. 2. Tachytrechus ammobates c?. Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curved a little Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fig-1-douchopus-ungulatus-cs-fig-2-tachytrechus-ammobates-c-heads-showing-epistoma-and-clypeus-the-occiput-the-labrum-is-strong-and-of-a-curious-shape-it-is-high-at-the-base-broad-and-arched-it-has-a-less-chitinised-median-tooth-and-on-each-side-a-strong-lateral-tooth-as-the-labrum-is-strongly-semi-tubular-the-lateral-teeth-lie-lower-downwards-than-the-median-sometimes-the-median-tooth-is-not-developed-hypopharynx-like-wise-strong-it-is-more-or-less-elongated-triangular-sometimes-some-what-broadly-about-of-the-length-of-labrum-and-like-this-generally-curved-a-little-image179931457.htmlRMMCMGBD–. Fig. 1. DoUchopus ungulatus cS- Fig. 2. Tachytrechus ammobates c?. Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curved a little
robber fly (lat. Choerades fimbriata) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/robber-fly-lat-choerades-fimbriata-image255502911.htmlRFTRK4FY–robber fly (lat. Choerades fimbriata)
Giant robber fly (lat. Pogonosoma maroccanum) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/giant-robber-fly-lat-pogonosoma-maroccanum-image245571792.htmlRFT7EN94–Giant robber fly (lat. Pogonosoma maroccanum)
![Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 neur neurg Fig. 16.—Cross section of embryo, (am) Amnion, (coel) Coelomic cavities, (ect) Ectoderm, (mes) Mesoderm, (mst) Median nerve strand, (neur) Neuroblasts, (neurg) Neural groove. part of the hypopharynx, however, is formed from the sternal regions of the jaw segments. The jaws and the legs at first appear as short, broad elevations (Fig. 15). The second maxillae later fuse along Stock Photo](https://c8.alamy.com/comp/RWMTDR/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-neur-neurg-fig-16cross-section-of-embryo-am-amnion-coel-coelomic-cavities-ect-ectoderm-mes-mesoderm-mst-median-nerve-strand-neur-neuroblasts-neurg-neural-groove-part-of-the-hypopharynx-however-is-formed-from-the-sternal-regions-of-the-jaw-segments-the-jaws-and-the-legs-at-first-appear-as-short-broad-elevations-fig-15-the-second-maxillae-later-fuse-along-RWMTDR.jpg "Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 neur neurg Fig. 16.—Cross section of embryo, (am) Amnion, (coel) Coelomic cavities, (ect) Ectoderm, (mes) Mesoderm, (mst) Median nerve strand, (neur) Neuroblasts, (neurg) Neural groove. part of the hypopharynx, however, is formed from the sternal regions of the jaw segments. The jaws and the legs at first appear as short, broad elevations (Fig. 15). The second maxillae later fuse along Stock Photo")
Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 neur neurg Fig. 16.—Cross section of embryo, (am) Amnion, (coel) Coelomic cavities, (ect) Ectoderm, (mes) Mesoderm, (mst) Median nerve strand, (neur) Neuroblasts, (neurg) Neural groove. part of the hypopharynx, however, is formed from the sternal regions of the jaw segments. The jaws and the legs at first appear as short, broad elevations (Fig. 15). The second maxillae later fuse along Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-neur-neurg-fig-16cross-section-of-embryo-am-amnion-coel-coelomic-cavities-ect-ectoderm-mes-mesoderm-mst-median-nerve-strand-neur-neuroblasts-neurg-neural-groove-part-of-the-hypopharynx-however-is-formed-from-the-sternal-regions-of-the-jaw-segments-the-jaws-and-the-legs-at-first-appear-as-short-broad-elevations-fig-15-the-second-maxillae-later-fuse-along-image239559427.htmlRMRWMTDR–Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 neur neurg Fig. 16.—Cross section of embryo, (am) Amnion, (coel) Coelomic cavities, (ect) Ectoderm, (mes) Mesoderm, (mst) Median nerve strand, (neur) Neuroblasts, (neurg) Neural groove. part of the hypopharynx, however, is formed from the sternal regions of the jaw segments. The jaws and the legs at first appear as short, broad elevations (Fig. 15). The second maxillae later fuse along
A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . A portion of the inner sur-face of the tube-like ligula is covered by a furrow-like band which, close to the inner side, is coalesced with it, and in position, shape, as well as its appendages or teeth on the edge, may be regarded as nothing else than the hypopharynx. A hypopharynx is also pres-ent in the highest Lepidoptera, Burgess having detected it in Danuis archippus. He states that the hy Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-a-portion-of-the-inner-sur-face-of-the-tube-like-ligula-is-covered-by-a-furrow-like-band-which-close-to-the-inner-side-is-coalesced-with-it-and-in-position-shape-as-well-as-its-appendages-or-teeth-on-the-edge-may-be-regarded-as-nothing-else-than-the-hypopharynx-a-hypopharynx-is-also-pres-ent-in-the-highest-lepidoptera-burgess-having-detected-it-in-danuis-archippus-he-states-that-the-hy-image340202956.htmlRM2ANDG9G–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . A portion of the inner sur-face of the tube-like ligula is covered by a furrow-like band which, close to the inner side, is coalesced with it, and in position, shape, as well as its appendages or teeth on the edge, may be regarded as nothing else than the hypopharynx. A hypopharynx is also pres-ent in the highest Lepidoptera, Burgess having detected it in Danuis archippus. He states that the hy
Laryngoscope, illuminated by direct sunlight, showing a doctor looking into a patient's mouth, vintage engraved illustration. Us Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-laryngoscope-illuminated-by-direct-sunlight-showing-a-doctor-looking-84419048.htmlRFEW9HA0–Laryngoscope, illuminated by direct sunlight, showing a doctor looking into a patient's mouth, vintage engraved illustration. Us
. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 21 og enkeltheder i dets bygning. Ud fra innerveringen synes dette ikke at kunne være tilfældet, og mange forskere betragter derfor overtungerne som simple ud- vækster eller hudfortykkelser. Munddele, som de er beskrevet ovenfor, kaldes for bidende munddele, og det er grundtypen for insekt- munden, i hvert fald hos de vingebærende insekt- ordner. Hos nogle imagines (f. eks. mange slørvinger og døgnfluer), der ikke tager næring til sig, eller som. Fig. 5. Hypopharynx (h) med overtunger (si) af thysanur (Petrobius maritimus) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/danmarks-fauna-illustrerede-haandbger-over-den-danske-dyreverden-21-og-enkeltheder-i-dets-bygning-ud-fra-innerveringen-synes-dette-ikke-at-kunne-vre-tilfldet-og-mange-forskere-betragter-derfor-overtungerne-som-simple-ud-vkster-eller-hudfortykkelser-munddele-som-de-er-beskrevet-ovenfor-kaldes-for-bidende-munddele-og-det-er-grundtypen-for-insekt-munden-i-hvert-fald-hos-de-vingebrende-insekt-ordner-hos-nogle-imagines-f-eks-mange-slrvinger-og-dgnfluer-der-ikke-tager-nring-til-sig-eller-som-fig-5-hypopharynx-h-med-overtunger-si-af-thysanur-petrobius-maritimus-image216127909.htmlRMPFHD9W–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 21 og enkeltheder i dets bygning. Ud fra innerveringen synes dette ikke at kunne være tilfældet, og mange forskere betragter derfor overtungerne som simple ud- vækster eller hudfortykkelser. Munddele, som de er beskrevet ovenfor, kaldes for bidende munddele, og det er grundtypen for insekt- munden, i hvert fald hos de vingebærende insekt- ordner. Hos nogle imagines (f. eks. mange slørvinger og døgnfluer), der ikke tager næring til sig, eller som. Fig. 5. Hypopharynx (h) med overtunger (si) af thysanur (Petrobius maritimus)
. Die Entwicklungsgeschichte der Scolopender . tirh *k Fig. XIX. Transversalschnitt durch das Mandibelsegment eines Embryo von Scol. cing. c = Herz, in dessen Innerm Blutzellen erkennbar sind, ggc = Ganglienzellen des Mandibularganglions, glm = Ektodermeinstülpung, welche die Mandibulardriise i. fi it glp = Drüsenporus (Einwucherungsstelle), hyph = Hypopharynx mit medianer , lyk = Zellen des in Auflösung begriffenen Lymphkörpers, mdl = Mandibel, Muskulatur, pm = Perikardialmembran, seh = definitive Leibeshöhle mit darin befindlichen Blutzellen, stom - Ösophagus, tr = cephaler Tracheenstamm. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-entwicklungsgeschichte-der-scolopender-tirh-k-fig-xix-transversalschnitt-durch-das-mandibelsegment-eines-embryo-von-scol-cing-c-=-herz-in-dessen-innerm-blutzellen-erkennbar-sind-ggc-=-ganglienzellen-des-mandibularganglions-glm-=-ektodermeinstlpung-welche-die-mandibulardriise-i-fi-it-glp-=-drsenporus-einwucherungsstelle-hyph-=-hypopharynx-mit-medianer-lyk-=-zellen-des-in-auflsung-begriffenen-lymphkrpers-mdl-=-mandibel-muskulatur-pm-=-perikardialmembran-seh-=-definitive-leibeshhle-mit-darin-befindlichen-blutzellen-stom-sophagus-tr-=-cephaler-tracheenstamm-image181058449.htmlRMMEFWW5–. Die Entwicklungsgeschichte der Scolopender . tirh *k Fig. XIX. Transversalschnitt durch das Mandibelsegment eines Embryo von Scol. cing. c = Herz, in dessen Innerm Blutzellen erkennbar sind, ggc = Ganglienzellen des Mandibularganglions, glm = Ektodermeinstülpung, welche die Mandibulardriise i. fi it glp = Drüsenporus (Einwucherungsstelle), hyph = Hypopharynx mit medianer , lyk = Zellen des in Auflösung begriffenen Lymphkörpers, mdl = Mandibel, Muskulatur, pm = Perikardialmembran, seh = definitive Leibeshöhle mit darin befindlichen Blutzellen, stom - Ösophagus, tr = cephaler Tracheenstamm.
Giant robber fly (lat. Pogonosoma maroccanum) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/giant-robber-fly-lat-pogonosoma-maroccanum-image245571330.htmlRFT7EMMJ–Giant robber fly (lat. Pogonosoma maroccanum)
Elementary lessons on insects elementarylesson00need Year: 1928 Ventral aspect of labium B - Dorsal side of maxilla Fig. 3.—The mouthparts of stonefly nymph. Figures A and B represent the head divided hori- zontally through the esophagus e, and both halves exposed from within: /, labrum or upper lip: tn, mandibles; mx, maxillae; Ir, labium or lower lip; h, hypopharynx, or tongue. Figures C, D, and E represent these parts, detached. The thorax is composed of tnree segments, each of which bears a pair of legs. Insects proper are called Hexapods Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-lessons-on-insects-elementarylesson00need-year-1928-ventral-aspect-of-labium-b-dorsal-side-of-maxilla-fig-3the-mouthparts-of-stonefly-nymph-figures-a-and-b-represent-the-head-divided-hori-zontally-through-the-esophagus-e-and-both-halves-exposed-from-within-labrum-or-upper-lip-tn-mandibles-mx-maxillae-ir-labium-or-lower-lip-h-hypopharynx-or-tongue-figures-c-d-and-e-represent-these-parts-detached-the-thorax-is-composed-of-tnree-segments-each-of-which-bears-a-pair-of-legs-insects-proper-are-called-hexapods-image240651675.htmlRMRYEHJK–Elementary lessons on insects elementarylesson00need Year: 1928 Ventral aspect of labium B - Dorsal side of maxilla Fig. 3.—The mouthparts of stonefly nymph. Figures A and B represent the head divided hori- zontally through the esophagus e, and both halves exposed from within: /, labrum or upper lip: tn, mandibles; mx, maxillae; Ir, labium or lower lip; h, hypopharynx, or tongue. Figures C, D, and E represent these parts, detached. The thorax is composed of tnree segments, each of which bears a pair of legs. Insects proper are called Hexapods
A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . primitivemoth, Eriocephala, in which Walterfound a minute free galea, me, and aninner lobe (Figs. 76, 77), the lacinia. The hypopharynx. — While in its mostgeneralized condition, as in Synaptera,Derniaptera, Orthoptera, and Neurop-tera, this anterior median fold or out-growth of the labium forming the floorof the mouth may retain the designationof tongue, lingua, or ligula; in itsmore specializ Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-primitivemoth-eriocephala-in-which-walterfound-a-minute-free-galea-me-and-aninner-lobe-figs-76-77-the-lacinia-the-hypopharynx-while-in-its-mostgeneralized-condition-as-in-synapteraderniaptera-orthoptera-and-neurop-tera-this-anterior-median-fold-or-out-growth-of-the-labium-forming-the-floorof-the-mouth-may-retain-the-designationof-tongue-lingua-or-ligula-in-itsmore-specializ-image340205621.htmlRM2ANDKMN–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . primitivemoth, Eriocephala, in which Walterfound a minute free galea, me, and aninner lobe (Figs. 76, 77), the lacinia. The hypopharynx. — While in its mostgeneralized condition, as in Synaptera,Derniaptera, Orthoptera, and Neurop-tera, this anterior median fold or out-growth of the labium forming the floorof the mouth may retain the designationof tongue, lingua, or ligula; in itsmore specializ
. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 16. Fig. 4. Kakerlakkens munddele. 1 kindbakker (abm og adm musk- ler; pr prostheca); 2 kæbe (c hængsel; s skaft; 1 Inderflig; g yder- flig; mxp kæbepalpe); 3 underlæbe (sm submentum; m mentum; pm præmentum; gi tunge; pg bitunger; pgr palpiger; lp læbepalpe); 4 hypopharynx (si overtunger). (Imms). tænder. Hos mange er kindbakkespidsen dog ikke en hjørnetandsformet griber, men fortandslignende og bruges f. eks. til afskæring af plantevæv. Et kraftigt knuseparti findes især hos planteædere, oftest i for- bindelse med fortand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/danmarks-fauna-illustrerede-haandbger-over-den-danske-dyreverden-16-fig-4-kakerlakkens-munddele-1-kindbakker-abm-og-adm-musk-ler-pr-prostheca-2-kbe-c-hngsel-s-skaft-1-inderflig-g-yder-flig-mxp-kbepalpe-3-underlbe-sm-submentum-m-mentum-pm-prmentum-gi-tunge-pg-bitunger-pgr-palpiger-lp-lbepalpe-4-hypopharynx-si-overtunger-imms-tnder-hos-mange-er-kindbakkespidsen-dog-ikke-en-hjrnetandsformet-griber-men-fortandslignende-og-bruges-f-eks-til-afskring-af-plantevv-et-kraftigt-knuseparti-findes-isr-hos-plantedere-oftest-i-for-bindelse-med-fortand-image216127914.htmlRMPFHDA2–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 16. Fig. 4. Kakerlakkens munddele. 1 kindbakker (abm og adm musk- ler; pr prostheca); 2 kæbe (c hængsel; s skaft; 1 Inderflig; g yder- flig; mxp kæbepalpe); 3 underlæbe (sm submentum; m mentum; pm præmentum; gi tunge; pg bitunger; pgr palpiger; lp læbepalpe); 4 hypopharynx (si overtunger). (Imms). tænder. Hos mange er kindbakkespidsen dog ikke en hjørnetandsformet griber, men fortandslignende og bruges f. eks. til afskæring af plantevæv. Et kraftigt knuseparti findes især hos planteædere, oftest i for- bindelse med fortand
![. Fig. 1. Dolichojms ungnlatus d". Fig. 2. Tachytrechus ammobates d". Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curve Stock Photo](https://c8.alamy.com/comp/MCMF0E/fig-1-dolichojms-ungnlatus-dquot-fig-2-tachytrechus-ammobates-dquot-heads-showing-epistoma-and-clypeus-the-occiput-the-labrum-is-strong-and-of-a-curious-shape-it-is-high-at-the-base-broad-and-arched-it-has-a-less-chitinised-median-tooth-and-on-each-side-a-strong-lateral-tooth-as-the-labrum-is-strongly-semi-tubular-the-lateral-teeth-lie-lower-downwards-than-the-median-sometimes-the-median-tooth-is-not-developed-hypopharynx-like-wise-strong-it-is-more-or-less-elongated-triangular-sometimes-some-what-broadly-about-of-the-length-of-labrum-and-like-this-generally-curve-MCMF0E.jpg ". Fig. 1. Dolichojms ungnlatus d". Fig. 2. Tachytrechus ammobates d". Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curve Stock Photo")
. Fig. 1. Dolichojms ungnlatus d". Fig. 2. Tachytrechus ammobates d". Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curve Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fig-1-dolichojms-ungnlatus-dquot-fig-2-tachytrechus-ammobates-dquot-heads-showing-epistoma-and-clypeus-the-occiput-the-labrum-is-strong-and-of-a-curious-shape-it-is-high-at-the-base-broad-and-arched-it-has-a-less-chitinised-median-tooth-and-on-each-side-a-strong-lateral-tooth-as-the-labrum-is-strongly-semi-tubular-the-lateral-teeth-lie-lower-downwards-than-the-median-sometimes-the-median-tooth-is-not-developed-hypopharynx-like-wise-strong-it-is-more-or-less-elongated-triangular-sometimes-some-what-broadly-about-of-the-length-of-labrum-and-like-this-generally-curve-image179930366.htmlRMMCMF0E–. Fig. 1. Dolichojms ungnlatus d". Fig. 2. Tachytrechus ammobates d". Heads showing epistoma and clypeus. the occiput. The labrum is strong, and of a curious shape; it is high at the base, broad and arched; it has a less chitinised median tooth, and on each side a strong lateral tooth; as the labrum is strongly semi- tubular, the lateral teeth lie lower downwards than the median; sometimes the median tooth is not developed. Hypopharynx like- wise strong, it is more or less elongated triangular, sometimes some- what broadly, about of the length of labrum, and like this generally curve
Giant robber fly (lat. Pogonosoma maroccanum) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/giant-robber-fly-lat-pogonosoma-maroccanum-image245571815.htmlRFT7EN9Y–Giant robber fly (lat. Pogonosoma maroccanum)
![Elementary entomology elementaryentomo00sand Year: [c1912] FIG. 17. Cross section of proboscis of cotton-worm moth, showing concave inner faces of maxillae locked together to form the sucking tube (After Comstock) ItlX i n A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m'c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photo](https://c8.alamy.com/comp/RYF4J3/elementary-entomology-elementaryentomo00sand-year-c1912-fig-17-cross-section-of-proboscis-of-cotton-worm-moth-showing-concave-inner-faces-of-maxillae-locked-together-to-form-the-sucking-tube-after-comstock-itlx-i-n-a-fig-18-mouth-parts-of-female-mosquito-culexpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-d-tip-of-labrum-epipharynx-a-antenna-e-compound-eye-hypopharynx-labrum-epipharynx-labium-mc-maxilla-m-mandible-maxillary-palpus-after-folsom-and-dimock-RYF4J3.jpg "Elementary entomology elementaryentomo00sand Year: [c1912] FIG. 17. Cross section of proboscis of cotton-worm moth, showing concave inner faces of maxillae locked together to form the sucking tube (After Comstock) ItlX i n A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m'c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photo")
Elementary entomology elementaryentomo00sand Year: [c1912] FIG. 17. Cross section of proboscis of cotton-worm moth, showing concave inner faces of maxillae locked together to form the sucking tube (After Comstock) ItlX i n A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m'c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-elementaryentomo00sand-year-c1912-fig-17-cross-section-of-proboscis-of-cotton-worm-moth-showing-concave-inner-faces-of-maxillae-locked-together-to-form-the-sucking-tube-after-comstock-itlx-i-n-a-fig-18-mouth-parts-of-female-mosquito-culexpipiens-a-dorsal-aspect-b-transverse-section-c-tip-of-maxilla-d-tip-of-labrum-epipharynx-a-antenna-e-compound-eye-hypopharynx-labrum-epipharynx-labium-mc-maxilla-m-mandible-maxillary-palpus-after-folsom-and-dimock-image240663419.htmlRMRYF4J3–Elementary entomology elementaryentomo00sand Year: [c1912] FIG. 17. Cross section of proboscis of cotton-worm moth, showing concave inner faces of maxillae locked together to form the sucking tube (After Comstock) ItlX i n A FIG. 18. Mouth-parts of female mosquito (Culexpipiens) A, dorsal aspect; B, transverse section; C, tip of maxilla; D, tip of labrum-epipharynx; a, antenna; e, compound eye; /;, hypopharynx; /, labrum-epipharynx; //, labium; m'c, maxilla ; m, mandible ; /, maxillary palpus. (After Folsom and Dimock)
A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . -i, palpus of 1st maxilla ; jit, palpus of 2d maxilla ; tut. haustellum ;«o, gustatory pits ; .s/», opening of salivary duct; chinp, chitinous hook of the clasp ; apr, furrow orgutter ol the haustellum. —After Lucas. not homologize it with the hypopharynx. The caddis-flies have beenobserved to drink water and take in both fluid and fine particles of solid food, and to use the haustellumfor this Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-i-palpus-of-1st-maxilla-jit-palpus-of-2d-maxilla-tut-haustellum-o-gustatory-pits-s-opening-of-salivary-duct-chinp-chitinous-hook-of-the-clasp-apr-furrow-orgutter-ol-the-haustellum-after-lucas-not-homologize-it-with-the-hypopharynx-the-caddis-flies-have-beenobserved-to-drink-water-and-take-in-both-fluid-and-fine-particles-of-solid-food-and-to-use-the-haustellumfor-this-image340203685.htmlRM2ANDH7H–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . -i, palpus of 1st maxilla ; jit, palpus of 2d maxilla ; tut. haustellum ;«o, gustatory pits ; .s/», opening of salivary duct; chinp, chitinous hook of the clasp ; apr, furrow orgutter ol the haustellum. —After Lucas. not homologize it with the hypopharynx. The caddis-flies have beenobserved to drink water and take in both fluid and fine particles of solid food, and to use the haustellumfor this
. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions; Antarctica. nach dem Ende zugespitzt. Hypopharynx (hyp) schwach konisch, am Ende abgerundet. Labial- palpus (Textfig. H 1 u. 2) mit gedrungenem dicken 1. Glied, 2. Glied fast doppelt so lang, schlank und schwach nach dem abgestutzten Ende zugespitzt, das einen winzigen Sinneskolben trägt. Thorax oben im wesentlichen auf jedem Segment vorn und hinten mit je einer Querreihe von Borsten. 1.—3. Abdominalsegment selir kurz und breit, 4.—8. etwas länger. Außer den Seitenborsten tr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-gauss-ship-scientific-expeditions-antarctica-nach-dem-ende-zugespitzt-hypopharynx-hyp-schwach-konisch-am-ende-abgerundet-labial-palpus-textfig-h-1-u-2-mit-gedrungenem-dicken-1-glied-2-glied-fast-doppelt-so-lang-schlank-und-schwach-nach-dem-abgestutzten-ende-zugespitzt-das-einen-winzigen-sinneskolben-trgt-thorax-oben-im-wesentlichen-auf-jedem-segment-vorn-und-hinten-mit-je-einer-querreihe-von-borsten-13-abdominalsegment-selir-kurz-und-breit-48-etwas-lnger-auer-den-seitenborsten-tr-image215960501.htmlRMPF9RR1–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions; Antarctica. nach dem Ende zugespitzt. Hypopharynx (hyp) schwach konisch, am Ende abgerundet. Labial- palpus (Textfig. H 1 u. 2) mit gedrungenem dicken 1. Glied, 2. Glied fast doppelt so lang, schlank und schwach nach dem abgestutzten Ende zugespitzt, das einen winzigen Sinneskolben trägt. Thorax oben im wesentlichen auf jedem Segment vorn und hinten mit je einer Querreihe von Borsten. 1.—3. Abdominalsegment selir kurz und breit, 4.—8. etwas länger. Außer den Seitenborsten tr
![. Fig. 13.—Mouth-parts of a Blepharoeerid, Bihiocejyhala doanei, Kellogg (after Kellogg). The mouth-parts are complex, elongated, " the female having in addition to labium and maxillae, slender flattened elongate, saw- like mandibles; the males are without these mandibles. Both sexes have a slender elongate labrum-epipharynx, a similar slender elongate hypopharynx, a pair of slender blade-like maxillis, with 5-segmented palpi, and labium with slender elongate basal sclerite, and a pair of free fleshy terminal lobes without pseudotrachese and with palpi" (Kellogg). * For studies on ey Stock Photo](https://c8.alamy.com/comp/MCME6E/fig-13mouth-parts-of-a-blepharoeerid-bihiocejyhala-doanei-kellogg-after-kellogg-the-mouth-parts-are-complex-elongated-quot-the-female-having-in-addition-to-labium-and-maxillae-slender-flattened-elongate-saw-like-mandibles-the-males-are-without-these-mandibles-both-sexes-have-a-slender-elongate-labrum-epipharynx-a-similar-slender-elongate-hypopharynx-a-pair-of-slender-blade-like-maxillis-with-5-segmented-palpi-and-labium-with-slender-elongate-basal-sclerite-and-a-pair-of-free-fleshy-terminal-lobes-without-pseudotrachese-and-with-palpiquot-kellogg-for-studies-on-ey-MCME6E.jpg ". Fig. 13.—Mouth-parts of a Blepharoeerid, Bihiocejyhala doanei, Kellogg (after Kellogg). The mouth-parts are complex, elongated, " the female having in addition to labium and maxillae, slender flattened elongate, saw- like mandibles; the males are without these mandibles. Both sexes have a slender elongate labrum-epipharynx, a similar slender elongate hypopharynx, a pair of slender blade-like maxillis, with 5-segmented palpi, and labium with slender elongate basal sclerite, and a pair of free fleshy terminal lobes without pseudotrachese and with palpi" (Kellogg). * For studies on ey Stock Photo")
. Fig. 13.—Mouth-parts of a Blepharoeerid, Bihiocejyhala doanei, Kellogg (after Kellogg). The mouth-parts are complex, elongated, " the female having in addition to labium and maxillae, slender flattened elongate, saw- like mandibles; the males are without these mandibles. Both sexes have a slender elongate labrum-epipharynx, a similar slender elongate hypopharynx, a pair of slender blade-like maxillis, with 5-segmented palpi, and labium with slender elongate basal sclerite, and a pair of free fleshy terminal lobes without pseudotrachese and with palpi" (Kellogg). * For studies on ey Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fig-13mouth-parts-of-a-blepharoeerid-bihiocejyhala-doanei-kellogg-after-kellogg-the-mouth-parts-are-complex-elongated-quot-the-female-having-in-addition-to-labium-and-maxillae-slender-flattened-elongate-saw-like-mandibles-the-males-are-without-these-mandibles-both-sexes-have-a-slender-elongate-labrum-epipharynx-a-similar-slender-elongate-hypopharynx-a-pair-of-slender-blade-like-maxillis-with-5-segmented-palpi-and-labium-with-slender-elongate-basal-sclerite-and-a-pair-of-free-fleshy-terminal-lobes-without-pseudotrachese-and-with-palpiquot-kellogg-for-studies-on-ey-image179929750.htmlRMMCME6E–. Fig. 13.—Mouth-parts of a Blepharoeerid, Bihiocejyhala doanei, Kellogg (after Kellogg). The mouth-parts are complex, elongated, " the female having in addition to labium and maxillae, slender flattened elongate, saw- like mandibles; the males are without these mandibles. Both sexes have a slender elongate labrum-epipharynx, a similar slender elongate hypopharynx, a pair of slender blade-like maxillis, with 5-segmented palpi, and labium with slender elongate basal sclerite, and a pair of free fleshy terminal lobes without pseudotrachese and with palpi" (Kellogg). * For studies on ey
Giant robber fly (lat. Pogonosoma maroccanum) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/giant-robber-fly-lat-pogonosoma-maroccanum-image245571351.htmlRFT7EMNB–Giant robber fly (lat. Pogonosoma maroccanum)
Archive image from page 96 of Diptera danica genera and Diptera danica : genera and species of flies hitherto found in Denmark dipteradanicagen01lund Year: 1907 Coenoniyiidae. 83 joint longer than the second, the rest forming an annulated, pointed c'omplex. Eyes hairy, touching in the male, somewhat separated in the female. Clypeus not separate from the epistoma; proboscis rather short, labrum semitubular, of the length of the labium; hypopharynx more slender; the maxillæ have a long. pointed lacinia, and palpi that are somewhat larger in the female than in the male; the labelia are broad, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-96-of-diptera-danica-genera-and-diptera-danica-genera-and-species-of-flies-hitherto-found-in-denmark-dipteradanicagen01lund-year-1907-coenoniyiidae-83-joint-longer-than-the-second-the-rest-forming-an-annulated-pointed-complex-eyes-hairy-touching-in-the-male-somewhat-separated-in-the-female-clypeus-not-separate-from-the-epistoma-proboscis-rather-short-labrum-semitubular-of-the-length-of-the-labium-hypopharynx-more-slender-the-maxill-have-a-long-pointed-lacinia-and-palpi-that-are-somewhat-larger-in-the-female-than-in-the-male-the-labelia-are-broad-image242235270.htmlRMT22NFJ–Archive image from page 96 of Diptera danica genera and Diptera danica : genera and species of flies hitherto found in Denmark dipteradanicagen01lund Year: 1907 Coenoniyiidae. 83 joint longer than the second, the rest forming an annulated, pointed c'omplex. Eyes hairy, touching in the male, somewhat separated in the female. Clypeus not separate from the epistoma; proboscis rather short, labrum semitubular, of the length of the labium; hypopharynx more slender; the maxillæ have a long. pointed lacinia, and palpi that are somewhat larger in the female than in the male; the labelia are broad,
The encyclopædia britannica; a dictionary of arts, sciences, literature and general information . med by the embryologicalresearches of R. Heymons (1S99). Vestigial palps have beendescribed in various species of Hemiptera, but the true natureof these structures is doubtful. In front of the rostrum and thepiercers Ues the pointed flexible labrum and within its base asmall hypopharynx (fig. 2, IV. <i) consisting of paired conicalprocesses which lie dorsal to the syringe of the sahvaryglands. This latter organ injects a secretion into the plant or HEMIPTERA 259 animal tissue from which the ins Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-encyclopdia-britannica-a-dictionary-of-arts-sciences-literature-and-general-information-med-by-the-embryologicalresearches-of-r-heymons-1s99-vestigial-palps-have-beendescribed-in-various-species-of-hemiptera-but-the-true-natureof-these-structures-is-doubtful-in-front-of-the-rostrum-and-thepiercers-ues-the-pointed-flexible-labrum-and-within-its-base-asmall-hypopharynx-fig-2-iv-lti-consisting-of-paired-conicalprocesses-which-lie-dorsal-to-the-syringe-of-the-sahvaryglands-this-latter-organ-injects-a-secretion-into-the-plant-or-hemiptera-259-animal-tissue-from-which-the-ins-image338411675.htmlRM2AJFYF7–The encyclopædia britannica; a dictionary of arts, sciences, literature and general information . med by the embryologicalresearches of R. Heymons (1S99). Vestigial palps have beendescribed in various species of Hemiptera, but the true natureof these structures is doubtful. In front of the rostrum and thepiercers Ues the pointed flexible labrum and within its base asmall hypopharynx (fig. 2, IV. <i) consisting of paired conicalprocesses which lie dorsal to the syringe of the sahvaryglands. This latter organ injects a secretion into the plant or HEMIPTERA 259 animal tissue from which the ins
. Elementary entomology . Fig. 43. Nervous system of head of cockroach a, antennal nerv'e ; a^, anterior lateral ganglion of sympathetic system ; i, brain ; d, salivary duct; /, frontal ganglion ; /i, hypopharynx ; /, labrum ; //, labium ; m, mandibular nerve ; i/ix, maxillary nerve; «/, nerve to labrum ; n/i, nerve to labium ; 0, optic nerve; oc, esophageal commissure; oe, esophagus; /^, posterior lateral ganglion of sympathetic system ; r, recurrent nerve of sympathetic system ; s, subesophageal ganglion. (After Hofer, from Folsom) forming a nerve center for its segment. Thus a decapitated i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-entomology-fig-43-nervous-system-of-head-of-cockroach-a-antennal-nerve-a-anterior-lateral-ganglion-of-sympathetic-system-i-brain-d-salivary-duct-frontal-ganglion-i-hypopharynx-labrum-labium-m-mandibular-nerve-iix-maxillary-nerve-nerve-to-labrum-ni-nerve-to-labium-0-optic-nerve-oc-esophageal-commissure-oe-esophagus-posterior-lateral-ganglion-of-sympathetic-system-r-recurrent-nerve-of-sympathetic-system-s-subesophageal-ganglion-after-hofer-from-folsom-forming-a-nerve-center-for-its-segment-thus-a-decapitated-i-image178414435.htmlRMMA7DC3–. Elementary entomology . Fig. 43. Nervous system of head of cockroach a, antennal nerv'e ; a^, anterior lateral ganglion of sympathetic system ; i, brain ; d, salivary duct; /, frontal ganglion ; /i, hypopharynx ; /, labrum ; //, labium ; m, mandibular nerve ; i/ix, maxillary nerve; «/, nerve to labrum ; n/i, nerve to labium ; 0, optic nerve; oc, esophageal commissure; oe, esophagus; /^, posterior lateral ganglion of sympathetic system ; r, recurrent nerve of sympathetic system ; s, subesophageal ganglion. (After Hofer, from Folsom) forming a nerve center for its segment. Thus a decapitated i
Giant robber fly (lat. Pogonosoma maroccanum) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/giant-robber-fly-lat-pogonosoma-maroccanum-image245571460.htmlRFT7EMW8–Giant robber fly (lat. Pogonosoma maroccanum)
Archive image from page 69 of Diptera Danica genera and species Diptera Danica: genera and species of flies hitherto found in Denmark dipteradanicage01lund Year: 1907 60 Orthoirbapha Jirachycera. clypeus short; proboscis very short; labrimi and hypopharynx short and small, the first semitubular, the latter rudimentary; the labella broad, protruding somewhat forwards, generally of whitish colour; when spread out they form a disc: there are only small basal pieces of the maxillae and small, one-jointed or indistinctly two-jointed maxillary palpi. Thorax is longish, broadest behind; scutellum w Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-69-of-diptera-danica-genera-and-species-diptera-danica-genera-and-species-of-flies-hitherto-found-in-denmark-dipteradanicage01lund-year-1907-60-orthoirbapha-jirachycera-clypeus-short-proboscis-very-short-labrimi-and-hypopharynx-short-and-small-the-first-semitubular-the-latter-rudimentary-the-labella-broad-protruding-somewhat-forwards-generally-of-whitish-colour-when-spread-out-they-form-a-disc-there-are-only-small-basal-pieces-of-the-maxillae-and-small-one-jointed-or-indistinctly-two-jointed-maxillary-palpi-thorax-is-longish-broadest-behind-scutellum-w-image242241606.htmlRMT231HX–Archive image from page 69 of Diptera Danica genera and species Diptera Danica: genera and species of flies hitherto found in Denmark dipteradanicage01lund Year: 1907 60 Orthoirbapha Jirachycera. clypeus short; proboscis very short; labrimi and hypopharynx short and small, the first semitubular, the latter rudimentary; the labella broad, protruding somewhat forwards, generally of whitish colour; when spread out they form a disc: there are only small basal pieces of the maxillae and small, one-jointed or indistinctly two-jointed maxillary palpi. Thorax is longish, broadest behind; scutellum w
A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . matopota, according to Menzbier), or may be hairy(Musca). The upper side of the base of the hypopharynx iscontinuous with the lower wall of the pharynx; its under surfacemay entirely coalesce with the labium (Culex, male), may jointhe labium more or less, anterior to the month (Musca), or, if TEXT-BOOK OF ENTOMOLOGY oc cither mandibles or maxillaa are present, its base may join them (Culex, fem Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-matopota-according-to-menzbier-or-may-be-hairymusca-the-upper-side-of-the-base-of-the-hypopharynx-iscontinuous-with-the-lower-wall-of-the-pharynx-its-under-surfacemay-entirely-coalesce-with-the-labium-culex-male-may-jointhe-labium-more-or-less-anterior-to-the-month-musca-or-if-text-book-of-entomology-oc-cither-mandibles-or-maxillaa-are-present-its-base-may-join-them-culex-fem-image340205305.htmlRM2ANDK9D–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . matopota, according to Menzbier), or may be hairy(Musca). The upper side of the base of the hypopharynx iscontinuous with the lower wall of the pharynx; its under surfacemay entirely coalesce with the labium (Culex, male), may jointhe labium more or less, anterior to the month (Musca), or, if TEXT-BOOK OF ENTOMOLOGY oc cither mandibles or maxillaa are present, its base may join them (Culex, fem
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