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Diagrams of Honeybees (Apis mellifera) with beeswax products used as educational props at agricultural show. Gwent Beekeepers association stand at Usk agricultural show, Gwent, Wales, UK. September 2014. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diagrams-of-honeybees-apis-mellifera-with-beeswax-products-used-as-educational-props-at-agricultural-show-gwent-beekeepers-association-stand-at-usk-agricultural-show-gwent-wales-uk-september-2014-image263063057.html
RMW7YFH5–Diagrams of Honeybees (Apis mellifera) with beeswax products used as educational props at agricultural show. Gwent Beekeepers association stand at Usk agricultural show, Gwent, Wales, UK. September 2014.
Diagram of the pavement ant. (a = female; b = female after loss of wings; c = male, d = worker, e = larva; g = pupa; f = head of larva. The pavement ant, Tetramorium caespitum, is a common household pest. Its name comes from the fact that colonies usually Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-diagram-of-the-pavement-ant-a-=-female-b-=-female-after-loss-of-wings-104005870.html
RMG15TFA–Diagram of the pavement ant. (a = female; b = female after loss of wings; c = male, d = worker, e = larva; g = pupa; f = head of larva. The pavement ant, Tetramorium caespitum, is a common household pest. Its name comes from the fact that colonies usually
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RF2DG1YC7–mosquito life cycle. four stages: Egg, Larva, Pupa and adult insect. Vector diagram for educational, science, biological and medical use
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RF2BTGFYD–The body section of Grasshopper after the head is called thorax, this diagram show mesothorax section of thorax., vintage line drawing or engraving il
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RF2BTGY2P–The body section of Grasshopper after the head is called thorax, this diagram show Metathorax section of thorax., vintage line drawing or engraving il
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The body section of Grasshopper after the head is called thorax, this diagram show prothorax section of thorax., vintage line drawing or engraving ill Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-body-section-of-grasshopper-after-the-head-is-called-thorax-this-diagram-show-prothorax-section-of-thorax-vintage-line-drawing-or-engraving-ill-image359331932.html
RF2BTGYF8–The body section of Grasshopper after the head is called thorax, this diagram show prothorax section of thorax., vintage line drawing or engraving ill
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RF2FM2X1X–Scabies mite. Human's hand. skin with Rashes. seven-year itch is a contagious skin infestation by the mite Sarcoptes scabiei. Close-up of Scabies mite
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. An introduction to zoology : for the use of high schools . Fig. 119.—Diagram of transections through the abdominal regions of a catfish anda crayfish, to show the relative position of nervous system, N, and intestine, I.D, dorsal; V, ventral surface; E, endoskeleton ; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Crustacea,one of the four Arthropod classes, and that to which the crayfishbelongs. The other classes (Insecta, Araclinida, Msrriapoda)embrace chiefly air-breathing Arthropods, whilst almost allCrustacea are aquatic, so that there is, on the whole, a mar Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-zoology-for-the-use-of-high-schools-fig-119diagram-of-transections-through-the-abdominal-regions-of-a-catfish-anda-crayfish-to-show-the-relative-position-of-nervous-system-n-and-intestine-id-dorsal-v-ventral-surface-e-endoskeleton-b-aorta-k-kidney-3-the-last-peculiarity-is-especially-met-with-in-the-crustaceaone-of-the-four-arthropod-classes-and-that-to-which-the-crayfishbelongs-the-other-classes-insecta-araclinida-msrriapodaembrace-chiefly-air-breathing-arthropods-whilst-almost-allcrustacea-are-aquatic-so-that-there-is-on-the-whole-a-mar-image369728355.html
RM2CDEG83–. An introduction to zoology : for the use of high schools . Fig. 119.—Diagram of transections through the abdominal regions of a catfish anda crayfish, to show the relative position of nervous system, N, and intestine, I.D, dorsal; V, ventral surface; E, endoskeleton ; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Crustacea,one of the four Arthropod classes, and that to which the crayfishbelongs. The other classes (Insecta, Araclinida, Msrriapoda)embrace chiefly air-breathing Arthropods, whilst almost allCrustacea are aquatic, so that there is, on the whole, a mar
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. Elementary entomology . FIG. 2. Diagram to express the fundamental structure of an arthropod a, antenna ; a/, alimentary canal: b, brain : d, dorsal vessel; ex, exoskeleton ; /, limb : n, nerve chain : s. subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, which are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. 5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-entomology-fig-2-diagram-to-express-the-fundamental-structure-of-an-arthropod-a-antenna-a-alimentary-canal-b-brain-d-dorsal-vessel-ex-exoskeleton-limb-n-nerve-chain-s-subesophageal-ganglion-after-schmeil-from-folsom-higher-animals-such-as-the-fishes-reptiles-birds-and-mammals-while-in-the-latter-are-included-all-the-lower-forms-of-life-which-are-usually-smaller-in-size-and-soft-bodied-as-the-molluscs-echino-derms-worms-insects-and-their-relatives-5-image178394185.html
RMMA6FGW–. Elementary entomology . FIG. 2. Diagram to express the fundamental structure of an arthropod a, antenna ; a/, alimentary canal: b, brain : d, dorsal vessel; ex, exoskeleton ; /, limb : n, nerve chain : s. subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, which are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. 5
Human eye with swelled eyelid. Blepharitis. Eyeball inflammation medical llustration. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/human-eye-with-swelled-eyelid-blepharitis-eyeball-inflammation-medical-llustration-image483001789.html
RF2K1PHKW–Human eye with swelled eyelid. Blepharitis. Eyeball inflammation medical llustration.
Diagrams of Honeybees (Apis mellifera) with beeswax products used as educational props at agricultural show. Gwent Beekeepers association stand at Usk agricultural show, Gwent, Wales, UK. September 2014. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diagrams-of-honeybees-apis-mellifera-with-beeswax-products-used-as-educational-props-at-agricultural-show-gwent-beekeepers-association-stand-at-usk-agricultural-show-gwent-wales-uk-september-2014-image263063056.html
RMW7YFH4–Diagrams of Honeybees (Apis mellifera) with beeswax products used as educational props at agricultural show. Gwent Beekeepers association stand at Usk agricultural show, Gwent, Wales, UK. September 2014.
Demodex infection causing blepharitis. Eyelash mites microscope view. Demodex mite in hair follicles of eyelashes. Eyelid swelling. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/demodex-infection-causing-blepharitis-eyelash-mites-microscope-view-demodex-mite-in-hair-follicles-of-eyelashes-eyelid-swelling-image593903916.html
RF2WE6JE4–Demodex infection causing blepharitis. Eyelash mites microscope view. Demodex mite in hair follicles of eyelashes. Eyelid swelling.
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Scabies. seven-year itch is a contagious skin infestation by the mite Sarcoptes scabiei. Skin with eggs and mite in a burrow. Close-up of Scabies mite Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/scabies-seven-year-itch-is-a-contagious-skin-infestation-by-the-mite-sarcoptes-scabiei-skin-with-eggs-and-mite-in-a-burrow-close-up-of-scabies-mite-image425406266.html
RF2FM2X0X–Scabies. seven-year itch is a contagious skin infestation by the mite Sarcoptes scabiei. Skin with eggs and mite in a burrow. Close-up of Scabies mite
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RFEYPG33–Dark brown spider isolated on a white background
. An introduction to zoology : for the use of high schools . Fig. 119.—Diagram of transections through the abdominal regions of a catfish anda crayfish, to show the relative position of nervous system, N, and intestine, I.D, dorsal; V, ventral surface; E, endoskeleton ; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Crustacea,one of the four Arthropod classes, and that to which the crayfishbelongs. The other classes (Insecta, Araclinida, Msrriapoda)embrace chiefly air-breathing Arthropods, whilst almost allCrustacea are aquatic, so that there is, on the whole, a mar Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-zoology-for-the-use-of-high-schools-fig-119diagram-of-transections-through-the-abdominal-regions-of-a-catfish-anda-crayfish-to-show-the-relative-position-of-nervous-system-n-and-intestine-id-dorsal-v-ventral-surface-e-endoskeleton-b-aorta-k-kidney-3-the-last-peculiarity-is-especially-met-with-in-the-crustaceaone-of-the-four-arthropod-classes-and-that-to-which-the-crayfishbelongs-the-other-classes-insecta-araclinida-msrriapodaembrace-chiefly-air-breathing-arthropods-whilst-almost-allcrustacea-are-aquatic-so-that-there-is-on-the-whole-a-mar-image369728219.html
RM2CDEG37–. An introduction to zoology : for the use of high schools . Fig. 119.—Diagram of transections through the abdominal regions of a catfish anda crayfish, to show the relative position of nervous system, N, and intestine, I.D, dorsal; V, ventral surface; E, endoskeleton ; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Crustacea,one of the four Arthropod classes, and that to which the crayfishbelongs. The other classes (Insecta, Araclinida, Msrriapoda)embrace chiefly air-breathing Arthropods, whilst almost allCrustacea are aquatic, so that there is, on the whole, a mar
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. Elementary entomology . Fig. 2. Diagram to express the fundamental structure of an arthropod (7, antenna ; a/, alimentary canal; b, brain ; d, dorsal vessel; ex, exoskeleton ; /, limb ; «, ner-e chain ; .f, subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, which are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. 5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-entomology-fig-2-diagram-to-express-the-fundamental-structure-of-an-arthropod-7-antenna-a-alimentary-canal-b-brain-d-dorsal-vessel-ex-exoskeleton-limb-ner-e-chain-f-subesophageal-ganglion-after-schmeil-from-folsom-higher-animals-such-as-the-fishes-reptiles-birds-and-mammals-while-in-the-latter-are-included-all-the-lower-forms-of-life-which-are-usually-smaller-in-size-and-soft-bodied-as-the-molluscs-echino-derms-worms-insects-and-their-relatives-5-image178407777.html
RMMA74X9–. Elementary entomology . Fig. 2. Diagram to express the fundamental structure of an arthropod (7, antenna ; a/, alimentary canal; b, brain ; d, dorsal vessel; ex, exoskeleton ; /, limb ; «, ner-e chain ; .f, subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, which are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. 5
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RFT122FG–Giant Mayfly (Hexagenia limbata) Old Fashioned Anatomy Illustration in Sepia
. Outlines of zoology. Textbooks; Zoology. Diagram I. Cbie^ T/pe§ ^ Str'^ucta^e. Veptebt^a^te. Arthropod.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Thomson, J. Arthur (John Arthur), 1861-1933. New York, D. Appleton & Co. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/outlines-of-zoology-textbooks-zoology-diagram-i-cbie-tpe-structae-veptebtate-arthropod-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-thomson-j-arthur-john-arthur-1861-1933-new-york-d-appleton-amp-co-image232197024.html
RMRDNDJT–. Outlines of zoology. Textbooks; Zoology. Diagram I. Cbie^ T/pe§ ^ Str'^ucta^e. Veptebt^a^te. Arthropod.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Thomson, J. Arthur (John Arthur), 1861-1933. New York, D. Appleton & Co.
. Elementary entomology . Fig. 2. Diagram to express the fundamental structure of an arthropod a, antenna; cil, alimentary canal; b, brain ; d, dorsal vessel; ex, exoskeleton ; /, limb ; ;?, nerve chain ; s, subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, vvhi^ are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. ^^'" 5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-entomology-fig-2-diagram-to-express-the-fundamental-structure-of-an-arthropod-a-antenna-cil-alimentary-canal-b-brain-d-dorsal-vessel-ex-exoskeleton-limb-nerve-chain-s-subesophageal-ganglion-after-schmeil-from-folsom-higher-animals-such-as-the-fishes-reptiles-birds-and-mammals-while-in-the-latter-are-included-all-the-lower-forms-of-life-vvhi-are-usually-smaller-in-size-and-soft-bodied-as-the-molluscs-echino-derms-worms-insects-and-their-relatives-quot-5-image178414999.html
RMMA7E47–. Elementary entomology . Fig. 2. Diagram to express the fundamental structure of an arthropod a, antenna; cil, alimentary canal; b, brain ; d, dorsal vessel; ex, exoskeleton ; /, limb ; ;?, nerve chain ; s, subesophageal ganglion. (After Schmeil, from Folsom) higher animals, such as the fishes, reptiles, birds, and mammals ; while in the latter are included all the lower forms of life, vvhi^ are usually smaller in size and soft-bodied, as the molluscs, echino- derms, worms, insects, and their relatives. ^^'" 5
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RF2GPWE79–Small white - Pieris rapae
. Comparative anatomy. Anatomy, Comparative. FAT BODY. NERVOUS SYSTEM MESONEPHROS NOTOCHORD -MYOTOME APPENDAGE ATRIAL CHAMBER METACOELE PLEURON. c Fig. 527.—A diagram illustrating how a trilobite-like animal (.4) might evolve into a vertebrate (D). B and C are hypothetical stages transitional between A and D. All figures represent cross sections. Since Gaskell's theory of the origin of vertebrates assumes that the arthropod intestine has become the lining of the brain and spinal cord of vertebrates, a new alimentary canal and a notochord have to be invented. These, according to Gaskell, arise Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-anatomy-anatomy-comparative-fat-body-nervous-system-mesonephros-notochord-myotome-appendage-atrial-chamber-metacoele-pleuron-c-fig-527a-diagram-illustrating-how-a-trilobite-like-animal-4-might-evolve-into-a-vertebrate-d-b-and-c-are-hypothetical-stages-transitional-between-a-and-d-all-figures-represent-cross-sections-since-gaskells-theory-of-the-origin-of-vertebrates-assumes-that-the-arthropod-intestine-has-become-the-lining-of-the-brain-and-spinal-cord-of-vertebrates-a-new-alimentary-canal-and-a-notochord-have-to-be-invented-these-according-to-gaskell-arise-image232674260.html
RMREF6B0–. Comparative anatomy. Anatomy, Comparative. FAT BODY. NERVOUS SYSTEM MESONEPHROS NOTOCHORD -MYOTOME APPENDAGE ATRIAL CHAMBER METACOELE PLEURON. c Fig. 527.—A diagram illustrating how a trilobite-like animal (.4) might evolve into a vertebrate (D). B and C are hypothetical stages transitional between A and D. All figures represent cross sections. Since Gaskell's theory of the origin of vertebrates assumes that the arthropod intestine has become the lining of the brain and spinal cord of vertebrates, a new alimentary canal and a notochord have to be invented. These, according to Gaskell, arise
. Comparative anatomy. Anatomy, Comparative. ^NOTOCHORDAL GROOVE. NOTOCHORD. AUMENTARY CANAL, HEART. FAT BODY. NERVOUS SYSTEM MESONEPHROS NOTOCHORD -MYOTOME APPENDAGE ATRIAL CHAMBER METACOELE PLEURON. c Fig. 527.—A diagram illustrating how a trilobite-like animal (.4) might evolve into a vertebrate (D). B and C are hypothetical stages transitional between A and D. All figures represent cross sections. Since Gaskell's theory of the origin of vertebrates assumes that the arthropod intestine has become the lining of the brain and spinal cord of vertebrates, a new alimentary canal and a notochord Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-anatomy-anatomy-comparative-notochordal-groove-notochord-aumentary-canal-heart-fat-body-nervous-system-mesonephros-notochord-myotome-appendage-atrial-chamber-metacoele-pleuron-c-fig-527a-diagram-illustrating-how-a-trilobite-like-animal-4-might-evolve-into-a-vertebrate-d-b-and-c-are-hypothetical-stages-transitional-between-a-and-d-all-figures-represent-cross-sections-since-gaskells-theory-of-the-origin-of-vertebrates-assumes-that-the-arthropod-intestine-has-become-the-lining-of-the-brain-and-spinal-cord-of-vertebrates-a-new-alimentary-canal-and-a-notochord-image232674266.html
RMREF6B6–. Comparative anatomy. Anatomy, Comparative. ^NOTOCHORDAL GROOVE. NOTOCHORD. AUMENTARY CANAL, HEART. FAT BODY. NERVOUS SYSTEM MESONEPHROS NOTOCHORD -MYOTOME APPENDAGE ATRIAL CHAMBER METACOELE PLEURON. c Fig. 527.—A diagram illustrating how a trilobite-like animal (.4) might evolve into a vertebrate (D). B and C are hypothetical stages transitional between A and D. All figures represent cross sections. Since Gaskell's theory of the origin of vertebrates assumes that the arthropod intestine has become the lining of the brain and spinal cord of vertebrates, a new alimentary canal and a notochord
. An introduction to zoology [microform] : for the use of high schools. Zoology; Zoologie. Fig. 119.—Diagram of transe^ions throuRh the abdominal regions of a catfish aod a crayfish, to ehor* the relative pi ion of nervous system, N, and intestine, L D, donal; V, ventral surface; B, endoekeleton; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Orofltacea. one of the four Arthropod classes, and that to which the crayfish belongs. The other classes (Insecta, Araclmida, Mjrriapoda) embrace chiefly air-breathing Arthropods, whilst almost all Crustacea are aquatic, so tha Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-introduction-to-zoology-microform-for-the-use-of-high-schools-zoology-zoologie-fig-119diagram-of-transeions-throurh-the-abdominal-regions-of-a-catfish-aod-a-crayfish-to-ehor-the-relative-pi-ion-of-nervous-system-n-and-intestine-l-d-donal-v-ventral-surface-b-endoekeleton-b-aorta-k-kidney-3-the-last-peculiarity-is-especially-met-with-in-the-orofltacea-one-of-the-four-arthropod-classes-and-that-to-which-the-crayfish-belongs-the-other-classes-insecta-araclmida-mjrriapoda-embrace-chiefly-air-breathing-arthropods-whilst-almost-all-crustacea-are-aquatic-so-tha-image234856880.html
RMRJ2J9M–. An introduction to zoology [microform] : for the use of high schools. Zoology; Zoologie. Fig. 119.—Diagram of transe^ions throuRh the abdominal regions of a catfish aod a crayfish, to ehor* the relative pi ion of nervous system, N, and intestine, L D, donal; V, ventral surface; B, endoekeleton; B, aorta; K, kidney. 3. The last peculiarity is especially met with in the Orofltacea. one of the four Arthropod classes, and that to which the crayfish belongs. The other classes (Insecta, Araclmida, Mjrriapoda) embrace chiefly air-breathing Arthropods, whilst almost all Crustacea are aquatic, so tha
. Elements of biology, with special reference to their rôle in the lives of animals. Biology; Zoology. SUB-PHARYNGEAL GANGLIA FIG. 144 ANNELIDA SEGMENTAL GANGLIA BRAIN EYE ^UB-OESOPHA GEAL GANGLIA. SEGMENTAL GANGLIA FIG. 14 S. ARTHROPODA Figs. 142, 143, 144, and 145.—Some types of invertebrate nervous systems. Diagram- matic. Note the similarity between the systems of the annelid and the arthropod.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resem Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-biology-with-special-reference-to-their-rle-in-the-lives-of-animals-biology-zoology-sub-pharyngeal-ganglia-fig-144-annelida-segmental-ganglia-brain-eye-ub-oesopha-geal-ganglia-segmental-ganglia-fig-14-s-arthropoda-figs-142-143-144-and-145some-types-of-invertebrate-nervous-systems-diagram-matic-note-the-similarity-between-the-systems-of-the-annelid-and-the-arthropod-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resem-image231663316.html
RMRCW4WT–. Elements of biology, with special reference to their rôle in the lives of animals. Biology; Zoology. SUB-PHARYNGEAL GANGLIA FIG. 144 ANNELIDA SEGMENTAL GANGLIA BRAIN EYE ^UB-OESOPHA GEAL GANGLIA. SEGMENTAL GANGLIA FIG. 14 S. ARTHROPODA Figs. 142, 143, 144, and 145.—Some types of invertebrate nervous systems. Diagram- matic. Note the similarity between the systems of the annelid and the arthropod.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resem
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