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Unpigmented Stock Photos and Images
The unpigmented nymph of a red-legged shieldbug which just changed skin on a green leaf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-unpigmented-nymph-of-a-red-legged-shieldbug-which-just-changed-skin-on-a-green-leaf-image434706024.htmlRF2G76FY4–The unpigmented nymph of a red-legged shieldbug which just changed skin on a green leaf
Beautiful young merle colored French Bulldog dog with large yellow eyes standing on concrete block Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/beautiful-young-merle-colored-french-bulldog-dog-with-large-yellow-eyes-standing-on-concrete-block-image443737478.htmlRF2GNWYK2–Beautiful young merle colored French Bulldog dog with large yellow eyes standing on concrete block
Courtesan and Sleeping Attendant, late 1760s. Note the embossing on the robe of the courtesan. This technique uses unpigmented blocks during the printing process. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/courtesan-and-sleeping-attendant-late-1760s-note-the-embossing-on-the-robe-of-the-courtesan-this-technique-uses-unpigmented-blocks-during-the-printing-process-image330084186.htmlRM2A50HMX–Courtesan and Sleeping Attendant, late 1760s. Note the embossing on the robe of the courtesan. This technique uses unpigmented blocks during the printing process.
Colourless unpigmented variety of yellow brain / golden jelly fungus / yellow trembler / witches' butter (Tremella mesenterica) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-colourless-unpigmented-variety-of-yellow-brain-golden-jelly-fungus-79026244.htmlRMEGFXNT–Colourless unpigmented variety of yellow brain / golden jelly fungus / yellow trembler / witches' butter (Tremella mesenterica)
Saltwater crocodile Crocodylus porosus with an unpigmented head swimming at surface of Adelaide River Australia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-saltwater-crocodile-crocodylus-porosus-with-an-unpigmented-head-swimming-24309367.htmlRMBBFARK–Saltwater crocodile Crocodylus porosus with an unpigmented head swimming at surface of Adelaide River Australia
male hand with vitiligo skin condition, characterized by white unpigmented patches or blotches Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/male-hand-with-vitiligo-skin-condition-characterized-by-white-unpigmented-patches-or-blotches-image188057545.htmlRFMWXN8W–male hand with vitiligo skin condition, characterized by white unpigmented patches or blotches
An illustration depicting the anatomical characteristics of the Oriental Rat Flea, Xenopsylla cheopis . Note the ocular seta in front of the eye, a V-shaped ridge on the mesopleuron, and a spermatheca which has a round unpigmented basal portion. Image courtesy CDC, 1976. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-an-illustration-depicting-the-anatomical-characteristics-of-the-oriental-170282381.htmlRMKW10WH–An illustration depicting the anatomical characteristics of the Oriental Rat Flea, Xenopsylla cheopis . Note the ocular seta in front of the eye, a V-shaped ridge on the mesopleuron, and a spermatheca which has a round unpigmented basal portion. Image courtesy CDC, 1976.
Courtesan and Sleeping Attendant, late 1760s. Suzuki Harunobu (Japanese, 1724-1770). Color woodblock print, with embossing; overall: 28.1 x 20.1 cm (11 1/16 x 7 15/16 in.). Note the embossing on the robe of the courtesan. This technique uses unpigmented blocks during the printing process. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/courtesan-and-sleeping-attendant-late-1760s-suzuki-harunobu-japanese-1724-1770-color-woodblock-print-with-embossing-overall-281-x-201-cm-11-116-x-7-1516-in-note-the-embossing-on-the-robe-of-the-courtesan-this-technique-uses-unpigmented-blocks-during-the-printing-process-image448067062.htmlRM2H0Y632–Courtesan and Sleeping Attendant, late 1760s. Suzuki Harunobu (Japanese, 1724-1770). Color woodblock print, with embossing; overall: 28.1 x 20.1 cm (11 1/16 x 7 15/16 in.). Note the embossing on the robe of the courtesan. This technique uses unpigmented blocks during the printing process.
male hand with vitiligo skin condition, characterized by white unpigmented patches or blotches Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/male-hand-with-vitiligo-skin-condition-characterized-by-white-unpigmented-patches-or-blotches-image530538164.htmlRF2NR42RG–male hand with vitiligo skin condition, characterized by white unpigmented patches or blotches
The malarial fevers, haemoglobinuric fever and the blood protozoa of man . the existence ofan unpigmented quotidian plasmodium, as described by Mannaberg, Manson,and others. Cases of Tertian Aestivo-autumnal Malaria. In the chapters which have preceded this one I have called attention tothe fact that the majority of cases of aestivo-autumnal fever present paroxysmsoccurring, approximately, every 48 hours. These tertian paroxysms arepeculiar in that while they occur every other day, each paroxysm is prolongedso that it lasts considerably over 24 hours, and often almost 48 hours. Thistype of mal Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-malarial-fevers-haemoglobinuric-fever-and-the-blood-protozoa-of-man-the-existence-ofan-unpigmented-quotidian-plasmodium-as-described-by-mannaberg-mansonand-others-cases-of-tertian-aestivo-autumnal-malaria-in-the-chapters-which-have-preceded-this-one-i-have-called-attention-tothe-fact-that-the-majority-of-cases-of-aestivo-autumnal-fever-present-paroxysmsoccurring-approximately-every-48-hours-these-tertian-paroxysms-arepeculiar-in-that-while-they-occur-every-other-day-each-paroxysm-is-prolongedso-that-it-lasts-considerably-over-24-hours-and-often-almost-48-hours-thistype-of-mal-image343211691.htmlRM2AXAJ0B–The malarial fevers, haemoglobinuric fever and the blood protozoa of man . the existence ofan unpigmented quotidian plasmodium, as described by Mannaberg, Manson,and others. Cases of Tertian Aestivo-autumnal Malaria. In the chapters which have preceded this one I have called attention tothe fact that the majority of cases of aestivo-autumnal fever present paroxysmsoccurring, approximately, every 48 hours. These tertian paroxysms arepeculiar in that while they occur every other day, each paroxysm is prolongedso that it lasts considerably over 24 hours, and often almost 48 hours. Thistype of mal
An independent Jacob sheep nibbling Springtime grass, Home Farm, Beningbrough, North Yorkshire, UK Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-independent-jacob-sheep-nibbling-springtime-grass-home-farm-beningbrough-north-yorkshire-uk-image429646501.htmlRM2FY02DW–An independent Jacob sheep nibbling Springtime grass, Home Farm, Beningbrough, North Yorkshire, UK
Closeup of area of Asian elephant skin colour and pattern on trunk. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-closeup-of-area-of-asian-elephant-skin-colour-and-pattern-on-trunk-50873404.htmlRMCXNDF8–Closeup of area of Asian elephant skin colour and pattern on trunk.
White smear stroke of cosmetic cream texture isolated on white background. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/white-smear-stroke-of-cosmetic-cream-texture-isolated-on-white-background-image473462713.htmlRF2JE82EH–White smear stroke of cosmetic cream texture isolated on white background.
Herd of Beef Cows Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/herd-of-beef-cows-image440792364.htmlRF2GH3R4C–Herd of Beef Cows
Albino ferret on carrier of quad bike domesticated polecat on a farm in Somerset uk Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-albino-ferret-on-carrier-of-quad-bike-domesticated-polecat-on-a-farm-13276929.htmlRMAD1W9P–Albino ferret on carrier of quad bike domesticated polecat on a farm in Somerset uk
Icon for white,grizzled Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/icon-for-whitegrizzled-image597119642.htmlRF2WKD45E–Icon for white,grizzled
. Cytology. Cytology. dine nucleotides. The stroma is composed of unpigmented lipoproteins which are probably the location of enzymes involved in secondary reactions of photosynthesis (e.g., carbon dioxide fixation and phosphate transfer).. 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.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herbert), 1927-. New York, Reinhold Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cytology-cytology-dine-nucleotides-the-stroma-is-composed-of-unpigmented-lipoproteins-which-are-probably-the-location-of-enzymes-involved-in-secondary-reactions-of-photosynthesis-eg-carbon-dioxide-fixation-and-phosphate-transfer-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-wilson-g-b-george-bernard-1914-morrison-john-h-john-herbert-1927-new-york-reinhold-image216168876.htmlRMPFK9H0–. Cytology. Cytology. dine nucleotides. The stroma is composed of unpigmented lipoproteins which are probably the location of enzymes involved in secondary reactions of photosynthesis (e.g., carbon dioxide fixation and phosphate transfer).. 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.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herbert), 1927-. New York, Reinhold
Common Bugloss, Echium Vulgare, Without Color Pigments Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/common-bugloss-echium-vulgare-without-color-pigments-image227696910.htmlRFR6CDME–Common Bugloss, Echium Vulgare, Without Color Pigments
Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/set-of-stencils-in-the-shape-of-triangles-isolated-on-white-background-texture-of-a-lipstick-or-face-cream-is-made-in-the-shape-of-a-of-triangles-ste-image185539060.htmlRFMNT0Y0–Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste
Sitting in the street of the royal poodle with white fur. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sitting-in-the-street-of-the-royal-poodle-with-white-fur-image463527039.htmlRF2HX3DD3–Sitting in the street of the royal poodle with white fur.
Young merle colored French Bulldog dog with large yellow eyes sitting on concrete block Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/young-merle-colored-french-bulldog-dog-with-large-yellow-eyes-sitting-on-concrete-block-image434831674.htmlRF2G7C86J–Young merle colored French Bulldog dog with large yellow eyes sitting on concrete block
. Text-fig. 7. Tomopteris carpenteri: parapodium of specimen from St. MS 11. Discussion. In his Discovery report of 1930, Monro suggested that T. planktonis was probably the young form of T. carpenteri, but Augener (1929) had clearly demonstrated that this is not correct. Large numbers of young forms of T. carpenteri from the South Georgia surveys in the present material of the same size range as T. planktonis (compare the tables on p. 172 and p. 175) support Augener's conclusion. In T. planktonis the hyaline gland is normally unpigmented and apical on the neuropodium, whereas in T. carpenteri Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-fig-7-tomopteris-carpenteri-parapodium-of-specimen-from-st-ms-11-discussion-in-his-discovery-report-of-1930-monro-suggested-that-t-planktonis-was-probably-the-young-form-of-t-carpenteri-but-augener-1929-had-clearly-demonstrated-that-this-is-not-correct-large-numbers-of-young-forms-of-t-carpenteri-from-the-south-georgia-surveys-in-the-present-material-of-the-same-size-range-as-t-planktonis-compare-the-tables-on-p-172-and-p-175-support-augeners-conclusion-in-t-planktonis-the-hyaline-gland-is-normally-unpigmented-and-apical-on-the-neuropodium-whereas-in-t-carpenteri-image179956876.htmlRMMCNMR8–. Text-fig. 7. Tomopteris carpenteri: parapodium of specimen from St. MS 11. Discussion. In his Discovery report of 1930, Monro suggested that T. planktonis was probably the young form of T. carpenteri, but Augener (1929) had clearly demonstrated that this is not correct. Large numbers of young forms of T. carpenteri from the South Georgia surveys in the present material of the same size range as T. planktonis (compare the tables on p. 172 and p. 175) support Augener's conclusion. In T. planktonis the hyaline gland is normally unpigmented and apical on the neuropodium, whereas in T. carpenteri
combination of WHITE PLATE built by cubic letters from the top perspective, excellent for the concept presentation. background and illustration. 3D illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/combination-of-white-plate-built-by-cubic-letters-from-the-top-perspective-excellent-for-the-concept-presentation-background-and-illustration-3d-illustration-image366814413.htmlRF2C8NREN–combination of WHITE PLATE built by cubic letters from the top perspective, excellent for the concept presentation. background and illustration. 3D illustration
. A practical study of malaria. ium). Frog (Rana esculenta). H. splendens. Frog (Rana esculenta). H. magna. Frog (Rana esculenta). H. lacertarum. Lizard (Lacerta muralis). About twenty additional but less readily procured species. There are three sharply defined species of parasites of mala-ria, the parasite of tertian malaria, the parasite of quartanmalaria, and the parasite of estivo-autumnal malaria. Thelatter is divided by most observers into three, or at least two,varieties, the tertian and the quotidian, of which latter varietya pigmented form and an unpigmented form are described.The wr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-practical-study-of-malaria-ium-frog-rana-esculenta-h-splendens-frog-rana-esculenta-h-magna-frog-rana-esculenta-h-lacertarum-lizard-lacerta-muralis-about-twenty-additional-but-less-readily-procured-species-there-are-three-sharply-defined-species-of-parasites-of-mala-ria-the-parasite-of-tertian-malaria-the-parasite-of-quartanmalaria-and-the-parasite-of-estivo-autumnal-malaria-thelatter-is-divided-by-most-observers-into-three-or-at-least-twovarieties-the-tertian-and-the-quotidian-of-which-latter-varietya-pigmented-form-and-an-unpigmented-form-are-describedthe-wr-image336620553.htmlRM2AFJAXH–. A practical study of malaria. ium). Frog (Rana esculenta). H. splendens. Frog (Rana esculenta). H. magna. Frog (Rana esculenta). H. lacertarum. Lizard (Lacerta muralis). About twenty additional but less readily procured species. There are three sharply defined species of parasites of mala-ria, the parasite of tertian malaria, the parasite of quartanmalaria, and the parasite of estivo-autumnal malaria. Thelatter is divided by most observers into three, or at least two,varieties, the tertian and the quotidian, of which latter varietya pigmented form and an unpigmented form are described.The wr
79 year old man farmer on Exmoor holding albino ferret used for flushing rabbits from their burrows Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-79-year-old-man-farmer-on-exmoor-holding-albino-ferret-used-for-flushing-13276926.htmlRMAD1W9K–79 year old man farmer on Exmoor holding albino ferret used for flushing rabbits from their burrows
Icon for white,grizzled Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/icon-for-whitegrizzled-image598676936.htmlRF2WP02F4–Icon for white,grizzled
. Fresh-water biology. Freshwater biology. 346 FRESH-WATER BIOLOGY S2 (48) The dorsal transverse piece between the longitudinal stalks has a single median chitinous spine S3 S3 (54) The median point is rudimentary; much shorter than the terminal branches. Dalyellia viridis (G. Shaw) 1791. Length 5 mm. Unpigmented except during the maturing of the eggs when there is a brownish pigment, but with a continuous layer of zoo- chlorellae under the integument giving the characteristic green color. Rochester, N. Y. Fig. 613. Dalyellia viridis. Chitinous portion of cirrus: st, two-parted stalk; ea, term Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-346-fresh-water-biology-s2-48-the-dorsal-transverse-piece-between-the-longitudinal-stalks-has-a-single-median-chitinous-spine-s3-s3-54-the-median-point-is-rudimentary-much-shorter-than-the-terminal-branches-dalyellia-viridis-g-shaw-1791-length-5-mm-unpigmented-except-during-the-maturing-of-the-eggs-when-there-is-a-brownish-pigment-but-with-a-continuous-layer-of-zoo-chlorellae-under-the-integument-giving-the-characteristic-green-color-rochester-n-y-fig-613-dalyellia-viridis-chitinous-portion-of-cirrus-st-two-parted-stalk-ea-term-image216355568.htmlRMPFYRMG–. Fresh-water biology. Freshwater biology. 346 FRESH-WATER BIOLOGY S2 (48) The dorsal transverse piece between the longitudinal stalks has a single median chitinous spine S3 S3 (54) The median point is rudimentary; much shorter than the terminal branches. Dalyellia viridis (G. Shaw) 1791. Length 5 mm. Unpigmented except during the maturing of the eggs when there is a brownish pigment, but with a continuous layer of zoo- chlorellae under the integument giving the characteristic green color. Rochester, N. Y. Fig. 613. Dalyellia viridis. Chitinous portion of cirrus: st, two-parted stalk; ea, term
Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/set-of-stencils-in-the-shape-of-triangles-isolated-on-white-background-texture-of-a-lipstick-or-face-cream-is-made-in-the-shape-of-a-of-triangles-ste-image185539172.htmlRFMNT130–Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste
Sitting in the street of the royal poodle with white fur. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sitting-in-the-street-of-the-royal-poodle-with-white-fur-image463527045.htmlRF2HX3DD9–Sitting in the street of the royal poodle with white fur.
Merle colored French Bulldog dog with large yellow eyes lying down on concrete bench Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/merle-colored-french-bulldog-dog-with-large-yellow-eyes-lying-down-on-concrete-bench-image451736147.htmlRF2H6XA1R–Merle colored French Bulldog dog with large yellow eyes lying down on concrete bench
. Natural science: a monthly review of scientific progress. hood in middle line... ... ... 10-5 ,, Breadth of body across middle of eyes ... 15 ,, The surface of the hood was perfectly white and unpigmented.The branchiae of opposite sides were in close apposition in themedian line, and, curiously enough, the larger posterior pair extendedforwards far into the interior of the funnel. The shell was perforated at the umbilicus, as it is throughout lifein N. umbilicatus. 5.—Relations of male and female [N. pompilius).— Out of sixty-sevenindividuals, fifty-one were male and sixteen female, so that Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/natural-science-a-monthly-review-of-scientific-progress-hood-in-middle-line-10-5-breadth-of-body-across-middle-of-eyes-15-the-surface-of-the-hood-was-perfectly-white-and-unpigmentedthe-branchiae-of-opposite-sides-were-in-close-apposition-in-themedian-line-and-curiously-enough-the-larger-posterior-pair-extendedforwards-far-into-the-interior-of-the-funnel-the-shell-was-perforated-at-the-umbilicus-as-it-is-throughout-lifein-n-umbilicatus-5relations-of-male-and-female-n-pompilius-out-of-sixty-sevenindividuals-fifty-one-were-male-and-sixteen-female-so-that-image337029157.htmlRM2AG903H–. Natural science: a monthly review of scientific progress. hood in middle line... ... ... 10-5 ,, Breadth of body across middle of eyes ... 15 ,, The surface of the hood was perfectly white and unpigmented.The branchiae of opposite sides were in close apposition in themedian line, and, curiously enough, the larger posterior pair extendedforwards far into the interior of the funnel. The shell was perforated at the umbilicus, as it is throughout lifein N. umbilicatus. 5.—Relations of male and female [N. pompilius).— Out of sixty-sevenindividuals, fifty-one were male and sixteen female, so that
Icon for white,grizzled Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/icon-for-whitegrizzled-image598011989.htmlRF2WMWPB1–Icon for white,grizzled
. Fresh-water biology. Freshwater biology. THE FREE-LIVING FLATWORMS (TURBELLARIA) 3SI 70 (67) With atrial copulatory apparatus. Castrada hofmanni (M. Braun) 1885. Length 1.5 mm. Unpigmented. Colored green from zoocUo- rellae in mesenchyma. Cylindrical. Anterior end rounded, pos- terior end running out to a blunt point. Without eyes. Large rhabdoids in tracts. Pharynx somewhat before the middle of the body with genital pore shortly back of it. Testes are elon- gated oval to pear-shaped. Yolk glands are deeply lobed. The male copulatory organ and bursa copulatrix are entirely enclosed by the mu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-the-free-living-flatworms-turbellaria-3si-70-67-with-atrial-copulatory-apparatus-castrada-hofmanni-m-braun-1885-length-15-mm-unpigmented-colored-green-from-zoocuo-rellae-in-mesenchyma-cylindrical-anterior-end-rounded-pos-terior-end-running-out-to-a-blunt-point-without-eyes-large-rhabdoids-in-tracts-pharynx-somewhat-before-the-middle-of-the-body-with-genital-pore-shortly-back-of-it-testes-are-elon-gated-oval-to-pear-shaped-yolk-glands-are-deeply-lobed-the-male-copulatory-organ-and-bursa-copulatrix-are-entirely-enclosed-by-the-mu-image216355504.htmlRMPFYRJ8–. Fresh-water biology. Freshwater biology. THE FREE-LIVING FLATWORMS (TURBELLARIA) 3SI 70 (67) With atrial copulatory apparatus. Castrada hofmanni (M. Braun) 1885. Length 1.5 mm. Unpigmented. Colored green from zoocUo- rellae in mesenchyma. Cylindrical. Anterior end rounded, pos- terior end running out to a blunt point. Without eyes. Large rhabdoids in tracts. Pharynx somewhat before the middle of the body with genital pore shortly back of it. Testes are elon- gated oval to pear-shaped. Yolk glands are deeply lobed. The male copulatory organ and bursa copulatrix are entirely enclosed by the mu
Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/set-of-stencils-in-the-shape-of-triangles-isolated-on-white-background-texture-of-a-lipstick-or-face-cream-is-made-in-the-shape-of-a-of-triangles-ste-image185539114.htmlRFMNT10X–Set of stencils in the shape of triangles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of triangles ste
Beautiful merle colored French Bulldog dog with large yellow eyes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/beautiful-merle-colored-french-bulldog-dog-with-large-yellow-eyes-image430860344.htmlRF2G0YANC–Beautiful merle colored French Bulldog dog with large yellow eyes
Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum . ent. Each segmentposteriorly flaring, decreasing in size towards posterior. Lateral processesextremely short, not as long as their diameters, separated by slightly less thantheir diameters, armed with one dorsodistal seta or glabrous. Cephalic segmentnarrow anteriorly, with small dorsolateral knob above palp insertion. Oculartubercle low, conical, as tall as basal diameter, eyes indistinct, unpigmented.Abdomen extremely short, reaching to just beyond posterior lateral processes,carried obliquely ventrally, glabrous. P Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/annals-of-the-south-african-museum-=-annale-van-die-suid-afrikaanse-museum-ent-each-segmentposteriorly-flaring-decreasing-in-size-towards-posterior-lateral-processesextremely-short-not-as-long-as-their-diameters-separated-by-slightly-less-thantheir-diameters-armed-with-one-dorsodistal-seta-or-glabrous-cephalic-segmentnarrow-anteriorly-with-small-dorsolateral-knob-above-palp-insertion-oculartubercle-low-conical-as-tall-as-basal-diameter-eyes-indistinct-unpigmentedabdomen-extremely-short-reaching-to-just-beyond-posterior-lateral-processescarried-obliquely-ventrally-glabrous-p-image342743872.htmlRM2AWH98G–Annals of the South African Museum = Annale van die Suid-Afrikaanse Museum . ent. Each segmentposteriorly flaring, decreasing in size towards posterior. Lateral processesextremely short, not as long as their diameters, separated by slightly less thantheir diameters, armed with one dorsodistal seta or glabrous. Cephalic segmentnarrow anteriorly, with small dorsolateral knob above palp insertion. Oculartubercle low, conical, as tall as basal diameter, eyes indistinct, unpigmented.Abdomen extremely short, reaching to just beyond posterior lateral processes,carried obliquely ventrally, glabrous. P
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. Fresh-water biology. Freshwater biology. PARASITIC FLATWORMS 423 243 (242) Cephalic glands open into ducts posterior to acetabuliim. . 244 244 (24s) Cephalic region crowned with spines; two eye-spots present. Cercaria gracillima Faust. Body length 0.13 to o.i6 mm., width 0.02 to 0.03 mm. Cephalic glands in posterior third of body. A pair of flame cells (in pockets) in posterior third of excretory trunks. Eye-spots lying directly lateral to cephalic ganglia, unpigmented. Genital rudiment extends anterior to acetabulum. Tail about twice body length, furcae of same length as undivided portion. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fresh-water-biology-freshwater-biology-parasitic-flatworms-423-243-242-cephalic-glands-open-into-ducts-posterior-to-acetabuliim-244-244-24s-cephalic-region-crowned-with-spines-two-eye-spots-present-cercaria-gracillima-faust-body-length-013-to-oi6-mm-width-002-to-003-mm-cephalic-glands-in-posterior-third-of-body-a-pair-of-flame-cells-in-pockets-in-posterior-third-of-excretory-trunks-eye-spots-lying-directly-lateral-to-cephalic-ganglia-unpigmented-genital-rudiment-extends-anterior-to-acetabulum-tail-about-twice-body-length-furcae-of-same-length-as-undivided-portion-image216355026.htmlRMPFYR16–. Fresh-water biology. Freshwater biology. PARASITIC FLATWORMS 423 243 (242) Cephalic glands open into ducts posterior to acetabuliim. . 244 244 (24s) Cephalic region crowned with spines; two eye-spots present. Cercaria gracillima Faust. Body length 0.13 to o.i6 mm., width 0.02 to 0.03 mm. Cephalic glands in posterior third of body. A pair of flame cells (in pockets) in posterior third of excretory trunks. Eye-spots lying directly lateral to cephalic ganglia, unpigmented. Genital rudiment extends anterior to acetabulum. Tail about twice body length, furcae of same length as undivided portion.
Set of stencils in the shape of circles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of five-pointed st Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/set-of-stencils-in-the-shape-of-circles-isolated-on-white-background-texture-of-a-lipstick-or-face-cream-is-made-in-the-shape-of-a-of-five-pointed-st-image185539059.htmlRFMNT0XY–Set of stencils in the shape of circles isolated on white background. Texture of a lipstick or face cream is made in the shape of a of five-pointed st
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Science-gossip . Fig. 6. Posterior Thoracic Spiracle op Musca eomitoria •on the lobes of the proboscis, where they end in alarge bulb in immediate connection with the nerve.By their position they are, doubtless, organs oftouch. In a well-distended proboscis cut ver-tically they are very distinct. Another featurewell developed in the third joint of the antennaeof the blow-fly and many of the domestic species is£L somewhat spiral organ coveied on the exteriorwith fine unpigmented hairs. These hairs penetratethe walls of the organ, which is also lined on theinterior surface with epithelium, and r Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/science-gossip-fig-6-posterior-thoracic-spiracle-op-musca-eomitoria-on-the-lobes-of-the-proboscis-where-they-end-in-alarge-bulb-in-immediate-connection-with-the-nerveby-their-position-they-are-doubtless-organs-oftouch-in-a-well-distended-proboscis-cut-ver-tically-they-are-very-distinct-another-featurewell-developed-in-the-third-joint-of-the-antennaeof-the-blow-fly-and-many-of-the-domestic-species-isl-somewhat-spiral-organ-coveied-on-the-exteriorwith-fine-unpigmented-hairs-these-hairs-penetratethe-walls-of-the-organ-which-is-also-lined-on-theinterior-surface-with-epithelium-and-r-image339164772.htmlRM2AKP83G–Science-gossip . Fig. 6. Posterior Thoracic Spiracle op Musca eomitoria •on the lobes of the proboscis, where they end in alarge bulb in immediate connection with the nerve.By their position they are, doubtless, organs oftouch. In a well-distended proboscis cut ver-tically they are very distinct. Another featurewell developed in the third joint of the antennaeof the blow-fly and many of the domestic species is£L somewhat spiral organ coveied on the exteriorwith fine unpigmented hairs. These hairs penetratethe walls of the organ, which is also lined on theinterior surface with epithelium, and r
Set of stencils in the shape of five-pointed stars isolated on white background. Texture of a lipstick or face cream is made in the shape of a of five Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/set-of-stencils-in-the-shape-of-five-pointed-stars-isolated-on-white-background-texture-of-a-lipstick-or-face-cream-is-made-in-the-shape-of-a-of-five-image185539026.htmlRFMNT0WP–Set of stencils in the shape of five-pointed stars isolated on white background. Texture of a lipstick or face cream is made in the shape of a of five
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Text-book of ophthalmology . Fig. 151. Fig. 152. Fig. 151.—Chromatophores of the Chorioid. Magnified 400 X 1. They are branched, anasto-mosing, connective-tissue cells, with numerous pigment granules and an unpigmented nucleus. Fig. 152.—Pigmented Epithelial Cells of the Retina. Magnified 500 X 1. They are hex-agonal epithelial cells, with pigment granules and an unpigmented nucleus. chorioid is in great part designed for the nourishment of the retina whichlies to the inner side of it. Hence the minutest vessels, the capillaries, fromwhich the nutrient plasma of the blood exudes, must lie upon Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-ophthalmology-fig-151-fig-152-fig-151chromatophores-of-the-chorioid-magnified-400-x-1-they-are-branched-anasto-mosing-connective-tissue-cells-with-numerous-pigment-granules-and-an-unpigmented-nucleus-fig-152pigmented-epithelial-cells-of-the-retina-magnified-500-x-1-they-are-hex-agonal-epithelial-cells-with-pigment-granules-and-an-unpigmented-nucleus-chorioid-is-in-great-part-designed-for-the-nourishment-of-the-retina-whichlies-to-the-inner-side-of-it-hence-the-minutest-vessels-the-capillaries-fromwhich-the-nutrient-plasma-of-the-blood-exudes-must-lie-upon-image340031921.htmlRM2AN5P55–Text-book of ophthalmology . Fig. 151. Fig. 152. Fig. 151.—Chromatophores of the Chorioid. Magnified 400 X 1. They are branched, anasto-mosing, connective-tissue cells, with numerous pigment granules and an unpigmented nucleus. Fig. 152.—Pigmented Epithelial Cells of the Retina. Magnified 500 X 1. They are hex-agonal epithelial cells, with pigment granules and an unpigmented nucleus. chorioid is in great part designed for the nourishment of the retina whichlies to the inner side of it. Hence the minutest vessels, the capillaries, fromwhich the nutrient plasma of the blood exudes, must lie upon
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Smithsonian miscellaneous collections . v»MO=-.- MANDIBLE. HYPOPHARYNX Figs. 7-12.—Mouth parts. 7, 9, and II, Aboral views; 8, 10, and 12, adoral views. The outer lobe (OL) is a stout, slightly curved, fingerlike structure,about as long as the inner lobe, with the lateral portion of the basalhalf weakly sclerotized and unpigmented. Basally it is situated on asmall transverse sclerite on the adoral side of the maxilla. NO. 6 MORPHOLOGY OF THE DRAGONFLY—CHAO II The liypopharnyx is a large, elongate, wedge-shaped lobe in thepreoral cavity, apparently consisting only of the lingua, with its aboral Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/smithsonian-miscellaneous-collections-vmo=-mandible-hypopharynx-figs-7-12mouth-parts-7-9-and-ii-aboral-views-8-10-and-12-adoral-views-the-outer-lobe-ol-is-a-stout-slightly-curved-fingerlike-structureabout-as-long-as-the-inner-lobe-with-the-lateral-portion-of-the-basalhalf-weakly-sclerotized-and-unpigmented-basally-it-is-situated-on-asmall-transverse-sclerite-on-the-adoral-side-of-the-maxilla-no-6-morphology-of-the-dragonflychao-ii-the-liypopharnyx-is-a-large-elongate-wedge-shaped-lobe-in-thepreoral-cavity-apparently-consisting-only-of-the-lingua-with-its-aboral-image338360311.htmlRM2AJDJ0R–Smithsonian miscellaneous collections . v»MO=-.- MANDIBLE. HYPOPHARYNX Figs. 7-12.—Mouth parts. 7, 9, and II, Aboral views; 8, 10, and 12, adoral views. The outer lobe (OL) is a stout, slightly curved, fingerlike structure,about as long as the inner lobe, with the lateral portion of the basalhalf weakly sclerotized and unpigmented. Basally it is situated on asmall transverse sclerite on the adoral side of the maxilla. NO. 6 MORPHOLOGY OF THE DRAGONFLY—CHAO II The liypopharnyx is a large, elongate, wedge-shaped lobe in thepreoral cavity, apparently consisting only of the lingua, with its aboral
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Diseases of swine, with particluar reference to hog-cholera . ined to be coarse, and should be pure white incolor. Dark spots in the skin are admissible, but are objected toby breeders. The white hair and unpigmented skin make thisbreed, as in the case of the Chester-White, susceptible to the actionof the sun, and in the Central Western States mange and scurfi-ness are common in these breeds. LARGE YORKSHIRE, OR LARGE WHITE 71 Large Yorkshires were introduced into the United Statesabout 1840, and in 1841 A. B. Allen, of Ohio, imported a pair fromEngland. From time to time, for over fifty years Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diseases-of-swine-with-particluar-reference-to-hog-cholera-ined-to-be-coarse-and-should-be-pure-white-incolor-dark-spots-in-the-skin-are-admissible-but-are-objected-toby-breeders-the-white-hair-and-unpigmented-skin-make-thisbreed-as-in-the-case-of-the-chester-white-susceptible-to-the-actionof-the-sun-and-in-the-central-western-states-mange-and-scurfi-ness-are-common-in-these-breeds-large-yorkshire-or-large-white-71-large-yorkshires-were-introduced-into-the-united-statesabout-1840-and-in-1841-a-b-allen-of-ohio-imported-a-pair-fromengland-from-time-to-time-for-over-fifty-years-image339286466.htmlRM2AKYR9P–Diseases of swine, with particluar reference to hog-cholera . ined to be coarse, and should be pure white incolor. Dark spots in the skin are admissible, but are objected toby breeders. The white hair and unpigmented skin make thisbreed, as in the case of the Chester-White, susceptible to the actionof the sun, and in the Central Western States mange and scurfi-ness are common in these breeds. LARGE YORKSHIRE, OR LARGE WHITE 71 Large Yorkshires were introduced into the United Statesabout 1840, and in 1841 A. B. Allen, of Ohio, imported a pair fromEngland. From time to time, for over fifty years
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Smithsonian miscellaneous collections . STI— DCD--m -BCD MH EH. 15 /X X LABIUM |6 Figs. 13-16.—Mouth parts. 13 and 15, Aboral views; 14 and 16, adoral views. maining area is unpigmented and adorned with a few scattered micro-scopic hairs. The squames (SQ) are a pair of convex sclerites, which, accordingto Tillyard (1917), correspond to the palpigers. (The term squames NO. 6 MORPHOLOGY OF THE DRAGONFLY—CHAO 13 is rather confusing since it has been used to designate different struc-tures in different orders of insects.) Aborally (fig. 15) they aresubrectangular in shape, mesobasally fused with Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/smithsonian-miscellaneous-collections-sti-dcd-m-bcd-mh-eh-15-x-x-labium-6-figs-13-16mouth-parts-13-and-15-aboral-views-14-and-16-adoral-views-maining-area-is-unpigmented-and-adorned-with-a-few-scattered-micro-scopic-hairs-the-squames-sq-are-a-pair-of-convex-sclerites-which-accordingto-tillyard-1917-correspond-to-the-palpigers-the-term-squames-no-6-morphology-of-the-dragonflychao-13-is-rather-confusing-since-it-has-been-used-to-designate-different-struc-tures-in-different-orders-of-insects-aborally-fig-15-they-aresubrectangular-in-shape-mesobasally-fused-with-image338360036.htmlRM2AJDHK0–Smithsonian miscellaneous collections . STI— DCD--m -BCD MH EH. 15 /X X LABIUM |6 Figs. 13-16.—Mouth parts. 13 and 15, Aboral views; 14 and 16, adoral views. maining area is unpigmented and adorned with a few scattered micro-scopic hairs. The squames (SQ) are a pair of convex sclerites, which, accordingto Tillyard (1917), correspond to the palpigers. (The term squames NO. 6 MORPHOLOGY OF THE DRAGONFLY—CHAO 13 is rather confusing since it has been used to designate different struc-tures in different orders of insects.) Aborally (fig. 15) they aresubrectangular in shape, mesobasally fused with
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Transactions . nter-digitate with corresponding depres- * Lindsay Johnson, Compar. Anat. of Mammalian Eye, Proc. Roy.Soc, May 17tli, 1900. t Kolmer, W., Zeit.f. iviss. Zool, 1911, p. 91; Anat. Anz., vol. xl, 1911,p. 626. + Fritsch, G., Zeit.f. wiss. Zool., 1911, p. 288. PLATE XVIII. Illustrates Mr. George Coatss paper on The Choroid and Eetinaof the Fruit-Bat (p. 372). Fig. 1.— X 120. The choroid and retina of Pferopus niedius. Notethe thread-like capillary loop emerging from the apex of the two centralcones. The cones are clothed with a layer of flat, unpigmented cells. Fig. 2.— x 120. The sa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-nter-digitate-with-corresponding-depres-lindsay-johnson-compar-anat-of-mammalian-eye-proc-roysoc-may-17tli-1900-t-kolmer-w-zeitf-iviss-zool-1911-p-91-anat-anz-vol-xl-1911p-626-fritsch-g-zeitf-wiss-zool-1911-p-288-plate-xviii-illustrates-mr-george-coatss-paper-on-the-choroid-and-eetinaof-the-fruit-bat-p-372-fig-1-x-120-the-choroid-and-retina-of-pferopus-niedius-notethe-thread-like-capillary-loop-emerging-from-the-apex-of-the-two-centralcones-the-cones-are-clothed-with-a-layer-of-flat-unpigmented-cells-fig-2-x-120-the-sa-image339060496.htmlRM2AKHF3C–Transactions . nter-digitate with corresponding depres- * Lindsay Johnson, Compar. Anat. of Mammalian Eye, Proc. Roy.Soc, May 17tli, 1900. t Kolmer, W., Zeit.f. iviss. Zool, 1911, p. 91; Anat. Anz., vol. xl, 1911,p. 626. + Fritsch, G., Zeit.f. wiss. Zool., 1911, p. 288. PLATE XVIII. Illustrates Mr. George Coatss paper on The Choroid and Eetinaof the Fruit-Bat (p. 372). Fig. 1.— X 120. The choroid and retina of Pferopus niedius. Notethe thread-like capillary loop emerging from the apex of the two centralcones. The cones are clothed with a layer of flat, unpigmented cells. Fig. 2.— x 120. The sa
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. Journal of genetics. a fair amount of oxydase and that the white areas gave no reaction. The absence of oxydase-reaction from the unpigmented parts of theflower is noteworthy because it is the first piece of evidence which wehave been able to produce to show that failure to form pigment may beconnected with failure to yield the reaction for oxydase. Flowers of this kind, characterised by a considerable degree of fluctua-tion of colour and by the localisation of such colour as they may have 29-2 Oxydases and Pigments of Plants in flakes or spots, are very common among cultivated plants, for e Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/journal-of-genetics-a-fair-amount-of-oxydase-and-that-the-white-areas-gave-no-reaction-the-absence-of-oxydase-reaction-from-the-unpigmented-parts-of-theflower-is-noteworthy-because-it-is-the-first-piece-of-evidence-which-wehave-been-able-to-produce-to-show-that-failure-to-form-pigment-may-beconnected-with-failure-to-yield-the-reaction-for-oxydase-flowers-of-this-kind-characterised-by-a-considerable-degree-of-fluctua-tion-of-colour-and-by-the-localisation-of-such-colour-as-they-may-have-29-2-oxydases-and-pigments-of-plants-in-flakes-or-spots-are-very-common-among-cultivated-plants-for-e-image370536609.htmlRM2CERB69–. Journal of genetics. a fair amount of oxydase and that the white areas gave no reaction. The absence of oxydase-reaction from the unpigmented parts of theflower is noteworthy because it is the first piece of evidence which wehave been able to produce to show that failure to form pigment may beconnected with failure to yield the reaction for oxydase. Flowers of this kind, characterised by a considerable degree of fluctua-tion of colour and by the localisation of such colour as they may have 29-2 Oxydases and Pigments of Plants in flakes or spots, are very common among cultivated plants, for e
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. Journal of genetics. thy that in the individual dogs that I haveexamined the unpigmented areas frequently occupy some portion orthe whole of the lower half of the iris, the opposite of the conditionfound in man. Wall eye has also been observed in piebald and in so-called skewbald horses but not exclusively in this breed. This association between irregular iris pigmentation and patchyHarlequin coat is important. Thus in the series of the 100 Orkney rabbits there were 81 of thewild grey colour, the remaining 19 showed some irregularity of coatpattern, five had white patches on or in the neighb Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/journal-of-genetics-thy-that-in-the-individual-dogs-that-i-haveexamined-the-unpigmented-areas-frequently-occupy-some-portion-orthe-whole-of-the-lower-half-of-the-iris-the-opposite-of-the-conditionfound-in-man-wall-eye-has-also-been-observed-in-piebald-and-in-so-called-skewbald-horses-but-not-exclusively-in-this-breed-this-association-between-irregular-iris-pigmentation-and-patchyharlequin-coat-is-important-thus-in-the-series-of-the-100-orkney-rabbits-there-were-81-of-thewild-grey-colour-the-remaining-19-showed-some-irregularity-of-coatpattern-five-had-white-patches-on-or-in-the-neighb-image370539997.htmlRM2CERFF9–. Journal of genetics. thy that in the individual dogs that I haveexamined the unpigmented areas frequently occupy some portion orthe whole of the lower half of the iris, the opposite of the conditionfound in man. Wall eye has also been observed in piebald and in so-called skewbald horses but not exclusively in this breed. This association between irregular iris pigmentation and patchyHarlequin coat is important. Thus in the series of the 100 Orkney rabbits there were 81 of thewild grey colour, the remaining 19 showed some irregularity of coatpattern, five had white patches on or in the neighb
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. A text-book of horseshoeing, for horseshoers and veterinarians . e line may be said to exist whereverthe horn-leaves can be discerned upon the plantar surface ofthe hoof. It not only passes around the circumference of thesole from heel to heel, but may be followed forward from thebuttresses along the bars almost to the summit of the frog.The horn of the white line is soft, unpigmented (white), and HORSESHOEING. 57 possesses so verj little resistance (strength) that it is often found crumbling or even absent in places. The visible part of the white line is usually of a grayish-black color, ow Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-horseshoeing-for-horseshoers-and-veterinarians-e-line-may-be-said-to-exist-whereverthe-horn-leaves-can-be-discerned-upon-the-plantar-surface-ofthe-hoof-it-not-only-passes-around-the-circumference-of-thesole-from-heel-to-heel-but-may-be-followed-forward-from-thebuttresses-along-the-bars-almost-to-the-summit-of-the-frogthe-horn-of-the-white-line-is-soft-unpigmented-white-and-horseshoeing-57-possesses-so-verj-little-resistance-strength-that-it-is-often-found-crumbling-or-even-absent-in-places-the-visible-part-of-the-white-line-is-usually-of-a-grayish-black-color-ow-image369805190.htmlRM2CDJ286–. A text-book of horseshoeing, for horseshoers and veterinarians . e line may be said to exist whereverthe horn-leaves can be discerned upon the plantar surface ofthe hoof. It not only passes around the circumference of thesole from heel to heel, but may be followed forward from thebuttresses along the bars almost to the summit of the frog.The horn of the white line is soft, unpigmented (white), and HORSESHOEING. 57 possesses so verj little resistance (strength) that it is often found crumbling or even absent in places. The visible part of the white line is usually of a grayish-black color, ow
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. Cytology. Cytology. dine nucleotides. The stroma is composed of unpigmented lipoproteins which are probably the location of enzymes involved in secondary reactions of photosynthesis (e.g., carbon dioxide fixation and phosphate transfer).. 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.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herbert), 1927-. New York, Reinhold Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cytology-cytology-dine-nucleotides-the-stroma-is-composed-of-unpigmented-lipoproteins-which-are-probably-the-location-of-enzymes-involved-in-secondary-reactions-of-photosynthesis-eg-carbon-dioxide-fixation-and-phosphate-transfer-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-wilson-g-b-george-bernard-1914-morrison-john-h-john-herbert-1927-new-york-reinhold-image231805067.htmlRMRD3HMB–. Cytology. Cytology. dine nucleotides. The stroma is composed of unpigmented lipoproteins which are probably the location of enzymes involved in secondary reactions of photosynthesis (e.g., carbon dioxide fixation and phosphate transfer).. 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.. Wilson, G. B. (George Bernard), 1914-; Morrison, John H. (John Herbert), 1927-. New York, Reinhold
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIG. i. Photographs of living adult Desmognathus fusca, in two characteristic attitudes, about one half natural size. individuals the whole color becomes very dark and the ventral surface thickly mottled with pigment spots, while Spelerpes bilineatus remains practically unpigmented ventrally. The larvae of the two species are, however, even more frequently confounded. Their differences have been clearly shown by. Please note that these images are extracted from scanned page images that may have been digitally enhanced for re Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-fig-i-photographs-of-living-adult-desmognathus-fusca-in-two-characteristic-attitudes-about-one-half-natural-size-individuals-the-whole-color-becomes-very-dark-and-the-ventral-surface-thickly-mottled-with-pigment-spots-while-spelerpes-bilineatus-remains-practically-unpigmented-ventrally-the-larvae-of-the-two-species-are-however-even-more-frequently-confounded-their-differences-have-been-clearly-shown-by-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-re-image234695077.htmlRMRHR7Y1–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIG. i. Photographs of living adult Desmognathus fusca, in two characteristic attitudes, about one half natural size. individuals the whole color becomes very dark and the ventral surface thickly mottled with pigment spots, while Spelerpes bilineatus remains practically unpigmented ventrally. The larvae of the two species are, however, even more frequently confounded. Their differences have been clearly shown by. Please note that these images are extracted from scanned page images that may have been digitally enhanced for re
Exclusive textures of cosmetic products on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/exclusive-textures-of-cosmetic-products-on-white-background-image179832651.htmlRFMCG2AK–Exclusive textures of cosmetic products on white background
![. Chordate anatomy. Chordata; Anatomy, Comparative. THE SENSE ORGANS 415 Unpaired Eyes Two kinds of median eyes are recognized, the parietal and the pineal. Each, when present, arises from the roof of the diencephalon, and lies beneath an unpigmented "apical spot" on the upper surface of the head. That parietal and pineal eyes are light-recipient organs is indicated by the presence of a retina with photoreceptors, pigment, ganglion cells, nervous connexions with the brain, and sometimes a lens. Experi- mental evidence is somewhat con- flicting. But lizards show a muscular response to Stock Photo](https://c8.alamy.com/comp/RJ5K6G/chordate-anatomy-chordata-anatomy-comparative-the-sense-organs-415-unpaired-eyes-two-kinds-of-median-eyes-are-recognized-the-parietal-and-the-pineal-each-when-present-arises-from-the-roof-of-the-diencephalon-and-lies-beneath-an-unpigmented-quotapical-spotquot-on-the-upper-surface-of-the-head-that-parietal-and-pineal-eyes-are-light-recipient-organs-is-indicated-by-the-presence-of-a-retina-with-photoreceptors-pigment-ganglion-cells-nervous-connexions-with-the-brain-and-sometimes-a-lens-experi-mental-evidence-is-somewhat-con-flicting-but-lizards-show-a-muscular-response-to-RJ5K6G.jpg ". Chordate anatomy. Chordata; Anatomy, Comparative. THE SENSE ORGANS 415 Unpaired Eyes Two kinds of median eyes are recognized, the parietal and the pineal. Each, when present, arises from the roof of the diencephalon, and lies beneath an unpigmented "apical spot" on the upper surface of the head. That parietal and pineal eyes are light-recipient organs is indicated by the presence of a retina with photoreceptors, pigment, ganglion cells, nervous connexions with the brain, and sometimes a lens. Experi- mental evidence is somewhat con- flicting. But lizards show a muscular response to Stock Photo")
. Chordate anatomy. Chordata; Anatomy, Comparative. THE SENSE ORGANS 415 Unpaired Eyes Two kinds of median eyes are recognized, the parietal and the pineal. Each, when present, arises from the roof of the diencephalon, and lies beneath an unpigmented "apical spot" on the upper surface of the head. That parietal and pineal eyes are light-recipient organs is indicated by the presence of a retina with photoreceptors, pigment, ganglion cells, nervous connexions with the brain, and sometimes a lens. Experi- mental evidence is somewhat con- flicting. But lizards show a muscular response to Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/chordate-anatomy-chordata-anatomy-comparative-the-sense-organs-415-unpaired-eyes-two-kinds-of-median-eyes-are-recognized-the-parietal-and-the-pineal-each-when-present-arises-from-the-roof-of-the-diencephalon-and-lies-beneath-an-unpigmented-quotapical-spotquot-on-the-upper-surface-of-the-head-that-parietal-and-pineal-eyes-are-light-recipient-organs-is-indicated-by-the-presence-of-a-retina-with-photoreceptors-pigment-ganglion-cells-nervous-connexions-with-the-brain-and-sometimes-a-lens-experi-mental-evidence-is-somewhat-con-flicting-but-lizards-show-a-muscular-response-to-image234923432.htmlRMRJ5K6G–. Chordate anatomy. Chordata; Anatomy, Comparative. THE SENSE ORGANS 415 Unpaired Eyes Two kinds of median eyes are recognized, the parietal and the pineal. Each, when present, arises from the roof of the diencephalon, and lies beneath an unpigmented "apical spot" on the upper surface of the head. That parietal and pineal eyes are light-recipient organs is indicated by the presence of a retina with photoreceptors, pigment, ganglion cells, nervous connexions with the brain, and sometimes a lens. Experi- mental evidence is somewhat con- flicting. But lizards show a muscular response to
Exclusive textures of cosmetic products on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/exclusive-textures-of-cosmetic-products-on-white-background-image179832637.htmlRFMCG2A5–Exclusive textures of cosmetic products on white background
![. Bulletin. Science; Natural history; Natural history. ]975 SYMBIOTIC ASSOCIATIONS OF HYPERIID AMPHIPODS 13 moving their peraeopods and gnathopods. While some of these young hyperiids moved the gnatho- pods around the area of their mouthparts, definite feeding activity could not be confirmed. In two instances live, unpigmented juveniles (less than 1 mm long) were seen moving about within the gut canals of the host. Although small crustaceans frequently are eaten by P. bachei, neither of these amphipods seemed to be affected by the digestive action of the gut. In the above two cases there was n Stock Photo](https://c8.alamy.com/comp/RH06C6/bulletin-science-natural-history-natural-history-975-symbiotic-associations-of-hyperiid-amphipods-13-moving-their-peraeopods-and-gnathopods-while-some-of-these-young-hyperiids-moved-the-gnatho-pods-around-the-area-of-their-mouthparts-definite-feeding-activity-could-not-be-confirmed-in-two-instances-live-unpigmented-juveniles-less-than-1-mm-long-were-seen-moving-about-within-the-gut-canals-of-the-host-although-small-crustaceans-frequently-are-eaten-by-p-bachei-neither-of-these-amphipods-seemed-to-be-affected-by-the-digestive-action-of-the-gut-in-the-above-two-cases-there-was-n-RH06C6.jpg ". Bulletin. Science; Natural history; Natural history. ]975 SYMBIOTIC ASSOCIATIONS OF HYPERIID AMPHIPODS 13 moving their peraeopods and gnathopods. While some of these young hyperiids moved the gnatho- pods around the area of their mouthparts, definite feeding activity could not be confirmed. In two instances live, unpigmented juveniles (less than 1 mm long) were seen moving about within the gut canals of the host. Although small crustaceans frequently are eaten by P. bachei, neither of these amphipods seemed to be affected by the digestive action of the gut. In the above two cases there was n Stock Photo")
. Bulletin. Science; Natural history; Natural history. ]975 SYMBIOTIC ASSOCIATIONS OF HYPERIID AMPHIPODS 13 moving their peraeopods and gnathopods. While some of these young hyperiids moved the gnatho- pods around the area of their mouthparts, definite feeding activity could not be confirmed. In two instances live, unpigmented juveniles (less than 1 mm long) were seen moving about within the gut canals of the host. Although small crustaceans frequently are eaten by P. bachei, neither of these amphipods seemed to be affected by the digestive action of the gut. In the above two cases there was n Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-science-natural-history-natural-history-975-symbiotic-associations-of-hyperiid-amphipods-13-moving-their-peraeopods-and-gnathopods-while-some-of-these-young-hyperiids-moved-the-gnatho-pods-around-the-area-of-their-mouthparts-definite-feeding-activity-could-not-be-confirmed-in-two-instances-live-unpigmented-juveniles-less-than-1-mm-long-were-seen-moving-about-within-the-gut-canals-of-the-host-although-small-crustaceans-frequently-are-eaten-by-p-bachei-neither-of-these-amphipods-seemed-to-be-affected-by-the-digestive-action-of-the-gut-in-the-above-two-cases-there-was-n-image234188982.htmlRMRH06C6–. Bulletin. Science; Natural history; Natural history. ]975 SYMBIOTIC ASSOCIATIONS OF HYPERIID AMPHIPODS 13 moving their peraeopods and gnathopods. While some of these young hyperiids moved the gnatho- pods around the area of their mouthparts, definite feeding activity could not be confirmed. In two instances live, unpigmented juveniles (less than 1 mm long) were seen moving about within the gut canals of the host. Although small crustaceans frequently are eaten by P. bachei, neither of these amphipods seemed to be affected by the digestive action of the gut. In the above two cases there was n
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![. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. i88 NEOPLASMS affected.^ Some general tendency to tumour formations in near relatives is, however, not infrequent. The symptoms produced vary according to which of the three divisions of the uveal tract, iris, ciliary body, or choroid, is primarily involved. Whichever part is at- tacked, glaucoma, and the formation of extrabulbar and metastatic growths may ensue. Sarcoma commencing in the iris manifests itself as a pigmented or unpigmented nodular swelling which ste Stock Photo](https://c8.alamy.com/comp/RJNBC4/pathology-and-bacteriology-electronic-resource-ophthalmology-eye-eye-bacteriology-ophthalmology-eye-bacteriology-eye-i88-neoplasms-affected-some-general-tendency-to-tumour-formations-in-near-relatives-is-however-not-infrequent-the-symptoms-produced-vary-according-to-which-of-the-three-divisions-of-the-uveal-tract-iris-ciliary-body-or-choroid-is-primarily-involved-whichever-part-is-at-tacked-glaucoma-and-the-formation-of-extrabulbar-and-metastatic-growths-may-ensue-sarcoma-commencing-in-the-iris-manifests-itself-as-a-pigmented-or-unpigmented-nodular-swelling-which-ste-RJNBC4.jpg ". Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. i88 NEOPLASMS affected.^ Some general tendency to tumour formations in near relatives is, however, not infrequent. The symptoms produced vary according to which of the three divisions of the uveal tract, iris, ciliary body, or choroid, is primarily involved. Whichever part is at- tacked, glaucoma, and the formation of extrabulbar and metastatic growths may ensue. Sarcoma commencing in the iris manifests itself as a pigmented or unpigmented nodular swelling which ste Stock Photo")
. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. i88 NEOPLASMS affected.^ Some general tendency to tumour formations in near relatives is, however, not infrequent. The symptoms produced vary according to which of the three divisions of the uveal tract, iris, ciliary body, or choroid, is primarily involved. Whichever part is at- tacked, glaucoma, and the formation of extrabulbar and metastatic growths may ensue. Sarcoma commencing in the iris manifests itself as a pigmented or unpigmented nodular swelling which ste Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/pathology-and-bacteriology-electronic-resource-ophthalmology-eye-eye-bacteriology-ophthalmology-eye-bacteriology-eye-i88-neoplasms-affected-some-general-tendency-to-tumour-formations-in-near-relatives-is-however-not-infrequent-the-symptoms-produced-vary-according-to-which-of-the-three-divisions-of-the-uveal-tract-iris-ciliary-body-or-choroid-is-primarily-involved-whichever-part-is-at-tacked-glaucoma-and-the-formation-of-extrabulbar-and-metastatic-growths-may-ensue-sarcoma-commencing-in-the-iris-manifests-itself-as-a-pigmented-or-unpigmented-nodular-swelling-which-ste-image235268548.htmlRMRJNBC4–. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. i88 NEOPLASMS affected.^ Some general tendency to tumour formations in near relatives is, however, not infrequent. The symptoms produced vary according to which of the three divisions of the uveal tract, iris, ciliary body, or choroid, is primarily involved. Whichever part is at- tacked, glaucoma, and the formation of extrabulbar and metastatic growths may ensue. Sarcoma commencing in the iris manifests itself as a pigmented or unpigmented nodular swelling which ste
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![. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. CONCUSSION IN THE PARS PLANA OF CILIARY BODY 351 retina are ruptured, or the ciliary blood vessels. In man}^ of the cases the hemorrhage is situated in the anterior part of the vitreous and can be seen coming from the direction of the ciliary body. For blood to reach the vitreous from the ciliary blood vessels there must necessarily be a lesion Fig. 187.—Rupture of the pigmented and unpigmented layers of the pars plana of the ciliary body, with hemorrhage into the v Stock Photo](https://c8.alamy.com/comp/RJN95N/pathology-and-bacteriology-electronic-resource-ophthalmology-eye-eye-bacteriology-ophthalmology-eye-bacteriology-eye-concussion-in-the-pars-plana-of-ciliary-body-351-retina-are-ruptured-or-the-ciliary-blood-vessels-in-man-of-the-cases-the-hemorrhage-is-situated-in-the-anterior-part-of-the-vitreous-and-can-be-seen-coming-from-the-direction-of-the-ciliary-body-for-blood-to-reach-the-vitreous-from-the-ciliary-blood-vessels-there-must-necessarily-be-a-lesion-fig-187rupture-of-the-pigmented-and-unpigmented-layers-of-the-pars-plana-of-the-ciliary-body-with-hemorrhage-into-the-v-RJN95N.jpg ". Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. CONCUSSION IN THE PARS PLANA OF CILIARY BODY 351 retina are ruptured, or the ciliary blood vessels. In man}^ of the cases the hemorrhage is situated in the anterior part of the vitreous and can be seen coming from the direction of the ciliary body. For blood to reach the vitreous from the ciliary blood vessels there must necessarily be a lesion Fig. 187.—Rupture of the pigmented and unpigmented layers of the pars plana of the ciliary body, with hemorrhage into the v Stock Photo")
. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. CONCUSSION IN THE PARS PLANA OF CILIARY BODY 351 retina are ruptured, or the ciliary blood vessels. In man}^ of the cases the hemorrhage is situated in the anterior part of the vitreous and can be seen coming from the direction of the ciliary body. For blood to reach the vitreous from the ciliary blood vessels there must necessarily be a lesion Fig. 187.—Rupture of the pigmented and unpigmented layers of the pars plana of the ciliary body, with hemorrhage into the v Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/pathology-and-bacteriology-electronic-resource-ophthalmology-eye-eye-bacteriology-ophthalmology-eye-bacteriology-eye-concussion-in-the-pars-plana-of-ciliary-body-351-retina-are-ruptured-or-the-ciliary-blood-vessels-in-man-of-the-cases-the-hemorrhage-is-situated-in-the-anterior-part-of-the-vitreous-and-can-be-seen-coming-from-the-direction-of-the-ciliary-body-for-blood-to-reach-the-vitreous-from-the-ciliary-blood-vessels-there-must-necessarily-be-a-lesion-fig-187rupture-of-the-pigmented-and-unpigmented-layers-of-the-pars-plana-of-the-ciliary-body-with-hemorrhage-into-the-v-image235266801.htmlRMRJN95N–. Pathology and bacteriology [electronic resource]. Ophthalmology; Eye; Eye; Bacteriology; Ophthalmology; Eye; Bacteriology; Eye. CONCUSSION IN THE PARS PLANA OF CILIARY BODY 351 retina are ruptured, or the ciliary blood vessels. In man}^ of the cases the hemorrhage is situated in the anterior part of the vitreous and can be seen coming from the direction of the ciliary body. For blood to reach the vitreous from the ciliary blood vessels there must necessarily be a lesion Fig. 187.—Rupture of the pigmented and unpigmented layers of the pars plana of the ciliary body, with hemorrhage into the v
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![. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. The Human Malarial Parasites 507 tuates in the formation of from fifteen to twenty-five small, rounded or ovoid, pale, unpigmented bodies, the merozoits or spores. * These become freed from the pigment and attached to new red corpuscles, in which they are easily recognized as the "tiny-rings" that begin the schizogonic cycle. The gametocytes of the tertian parasite, the "free spheres," as they are sometimes called, are large, rounded Stock Photo](https://c8.alamy.com/comp/RE1C8P/a-text-book-upon-the-pathogenic-bacteria-and-protozoa-for-students-of-medicine-and-physicians-bacteriology-pathogenic-bacteria-protozoa-the-human-malarial-parasites-507-tuates-in-the-formation-of-from-fifteen-to-twenty-five-small-rounded-or-ovoid-pale-unpigmented-bodies-the-merozoits-or-spores-these-become-freed-from-the-pigment-and-attached-to-new-red-corpuscles-in-which-they-are-easily-recognized-as-the-quottiny-ringsquot-that-begin-the-schizogonic-cycle-the-gametocytes-of-the-tertian-parasite-the-quotfree-spheresquot-as-they-are-sometimes-called-are-large-rounded-RE1C8P.jpg ". A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. The Human Malarial Parasites 507 tuates in the formation of from fifteen to twenty-five small, rounded or ovoid, pale, unpigmented bodies, the merozoits or spores. * These become freed from the pigment and attached to new red corpuscles, in which they are easily recognized as the "tiny-rings" that begin the schizogonic cycle. The gametocytes of the tertian parasite, the "free spheres," as they are sometimes called, are large, rounded Stock Photo")
. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. The Human Malarial Parasites 507 tuates in the formation of from fifteen to twenty-five small, rounded or ovoid, pale, unpigmented bodies, the merozoits or spores. * These become freed from the pigment and attached to new red corpuscles, in which they are easily recognized as the "tiny-rings" that begin the schizogonic cycle. The gametocytes of the tertian parasite, the "free spheres," as they are sometimes called, are large, rounded Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-upon-the-pathogenic-bacteria-and-protozoa-for-students-of-medicine-and-physicians-bacteriology-pathogenic-bacteria-protozoa-the-human-malarial-parasites-507-tuates-in-the-formation-of-from-fifteen-to-twenty-five-small-rounded-or-ovoid-pale-unpigmented-bodies-the-merozoits-or-spores-these-become-freed-from-the-pigment-and-attached-to-new-red-corpuscles-in-which-they-are-easily-recognized-as-the-quottiny-ringsquot-that-begin-the-schizogonic-cycle-the-gametocytes-of-the-tertian-parasite-the-quotfree-spheresquot-as-they-are-sometimes-called-are-large-rounded-image232371574.htmlRMRE1C8P–. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. The Human Malarial Parasites 507 tuates in the formation of from fifteen to twenty-five small, rounded or ovoid, pale, unpigmented bodies, the merozoits or spores. * These become freed from the pigment and attached to new red corpuscles, in which they are easily recognized as the "tiny-rings" that begin the schizogonic cycle. The gametocytes of the tertian parasite, the "free spheres," as they are sometimes called, are large, rounded
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. The practical study of malaria and other blood parasites. Malaria; Mosquitoes; Trypanosoma; Blood. 317 The parasite is closely allied to the malaria para- site, and is especially suitable for the study of the exogenous mosquito cycle. Endogenous Cycle (Fig. 67).—The parasite in its earliest stage is unpigmented. Coincident with growth a grain or two of pigment appears, and the characteristic property of the parasite shows itself, viz., the displacement of the nucleus of the red cell, so that the nucleus may take up a position at right angles and away from the normal one. All stages of develo Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-practical-study-of-malaria-and-other-blood-parasites-malaria-mosquitoes-trypanosoma-blood-317-the-parasite-is-closely-allied-to-the-malaria-para-site-and-is-especially-suitable-for-the-study-of-the-exogenous-mosquito-cycle-endogenous-cycle-fig-67the-parasite-in-its-earliest-stage-is-unpigmented-coincident-with-growth-a-grain-or-two-of-pigment-appears-and-the-characteristic-property-of-the-parasite-shows-itself-viz-the-displacement-of-the-nucleus-of-the-red-cell-so-that-the-nucleus-may-take-up-a-position-at-right-angles-and-away-from-the-normal-one-all-stages-of-develo-image232420714.htmlRMRE3JYP–. The practical study of malaria and other blood parasites. Malaria; Mosquitoes; Trypanosoma; Blood. 317 The parasite is closely allied to the malaria para- site, and is especially suitable for the study of the exogenous mosquito cycle. Endogenous Cycle (Fig. 67).—The parasite in its earliest stage is unpigmented. Coincident with growth a grain or two of pigment appears, and the characteristic property of the parasite shows itself, viz., the displacement of the nucleus of the red cell, so that the nucleus may take up a position at right angles and away from the normal one. All stages of develo
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. California fish and game. Fisheries -- California; Game and game-birds -- California; Fishes -- California; Animal Population Groups; Pêches; Gibier; Poissons. FIGURE 2. Blind side of partially ambicolored dover sole, Microstomus pacificus. This fish is almost totally ambicolored (Figure 3) with only the blind side of the head being unpigmented. As is often the case in extreme ambicoloration, hooking of the dorsal fin over the migrating (left) eye has occurred. The first 9 or so dorsal rays have been eliminated, an anomaly probably unique to the genus Plcnronichthys whcTe the origin of the d Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/california-fish-and-game-fisheries-california-game-and-game-birds-california-fishes-california-animal-population-groups-pches-gibier-poissons-figure-2-blind-side-of-partially-ambicolored-dover-sole-microstomus-pacificus-this-fish-is-almost-totally-ambicolored-figure-3-with-only-the-blind-side-of-the-head-being-unpigmented-as-is-often-the-case-in-extreme-ambicoloration-hooking-of-the-dorsal-fin-over-the-migrating-left-eye-has-occurred-the-first-9-or-so-dorsal-rays-have-been-eliminated-an-anomaly-probably-unique-to-the-genus-plcnronichthys-whcte-the-origin-of-the-d-image233640895.htmlRMRG379K–. California fish and game. Fisheries -- California; Game and game-birds -- California; Fishes -- California; Animal Population Groups; Pêches; Gibier; Poissons. FIGURE 2. Blind side of partially ambicolored dover sole, Microstomus pacificus. This fish is almost totally ambicolored (Figure 3) with only the blind side of the head being unpigmented. As is often the case in extreme ambicoloration, hooking of the dorsal fin over the migrating (left) eye has occurred. The first 9 or so dorsal rays have been eliminated, an anomaly probably unique to the genus Plcnronichthys whcTe the origin of the d
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 166 DAVID DEAN AND PHYLLIS A. HATFIELD istic reticulate pattern of the pigment of the pharynx begins to develop at the 5-setiger stage (Fig. 2). The density of pigment increases with larval development until at the 14-setiger stage it appears as dense as that of the stomach-intestine. Posteriorly from the pharynx an unpigmented oesophagus, about one segment in length, leads to the densely pigmented stomach-intestine. The latter region has lateral segmental diverticula (Fig. 4). The most posterior portion of the gut. 0.2mm FI Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-166-david-dean-and-phyllis-a-hatfield-istic-reticulate-pattern-of-the-pigment-of-the-pharynx-begins-to-develop-at-the-5-setiger-stage-fig-2-the-density-of-pigment-increases-with-larval-development-until-at-the-14-setiger-stage-it-appears-as-dense-as-that-of-the-stomach-intestine-posteriorly-from-the-pharynx-an-unpigmented-oesophagus-about-one-segment-in-length-leads-to-the-densely-pigmented-stomach-intestine-the-latter-region-has-lateral-segmental-diverticula-fig-4-the-most-posterior-portion-of-the-gut-02mm-fi-image234664667.htmlRMRHNW4Y–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 166 DAVID DEAN AND PHYLLIS A. HATFIELD istic reticulate pattern of the pigment of the pharynx begins to develop at the 5-setiger stage (Fig. 2). The density of pigment increases with larval development until at the 14-setiger stage it appears as dense as that of the stomach-intestine. Posteriorly from the pharynx an unpigmented oesophagus, about one segment in length, leads to the densely pigmented stomach-intestine. The latter region has lateral segmental diverticula (Fig. 4). The most posterior portion of the gut. 0.2mm FI
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![. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. 144 E. Dannelid hypocone of M"" . In this case the character was given the value 1 if the hypocone was absent, the value 2 if it was rudimentary, the value 3 if it was distinct but unpigmented and the value 4 if it was distinct and pigmented.. Fig. 2: Mandibular measurements taken for this study. Explanations of figures are given in the text. Table 1: Number of skulls of each species. Number Species of skulls Geographical area Source Sorex alpinus 19 Switz Stock Photo](https://c8.alamy.com/comp/RHDXT6/bonner-zoologische-beitrge-herausgeber-zoologisches-forschungsinstitut-und-museum-alexander-koenig-bonn-biology-zoology-144-e-dannelid-hypocone-of-mquotquot-in-this-case-the-character-was-given-the-value-1-if-the-hypocone-was-absent-the-value-2-if-it-was-rudimentary-the-value-3-if-it-was-distinct-but-unpigmented-and-the-value-4-if-it-was-distinct-and-pigmented-fig-2-mandibular-measurements-taken-for-this-study-explanations-of-figures-are-given-in-the-text-table-1-number-of-skulls-of-each-species-number-species-of-skulls-geographical-area-source-sorex-alpinus-19-switz-RHDXT6.jpg ". Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. 144 E. Dannelid hypocone of M"" . In this case the character was given the value 1 if the hypocone was absent, the value 2 if it was rudimentary, the value 3 if it was distinct but unpigmented and the value 4 if it was distinct and pigmented.. Fig. 2: Mandibular measurements taken for this study. Explanations of figures are given in the text. Table 1: Number of skulls of each species. Number Species of skulls Geographical area Source Sorex alpinus 19 Switz Stock Photo")
. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. 144 E. Dannelid hypocone of M"" . In this case the character was given the value 1 if the hypocone was absent, the value 2 if it was rudimentary, the value 3 if it was distinct but unpigmented and the value 4 if it was distinct and pigmented.. Fig. 2: Mandibular measurements taken for this study. Explanations of figures are given in the text. Table 1: Number of skulls of each species. Number Species of skulls Geographical area Source Sorex alpinus 19 Switz Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bonner-zoologische-beitrge-herausgeber-zoologisches-forschungsinstitut-und-museum-alexander-koenig-bonn-biology-zoology-144-e-dannelid-hypocone-of-mquotquot-in-this-case-the-character-was-given-the-value-1-if-the-hypocone-was-absent-the-value-2-if-it-was-rudimentary-the-value-3-if-it-was-distinct-but-unpigmented-and-the-value-4-if-it-was-distinct-and-pigmented-fig-2-mandibular-measurements-taken-for-this-study-explanations-of-figures-are-given-in-the-text-table-1-number-of-skulls-of-each-species-number-species-of-skulls-geographical-area-source-sorex-alpinus-19-switz-image234490374.htmlRMRHDXT6–. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. 144 E. Dannelid hypocone of M"" . In this case the character was given the value 1 if the hypocone was absent, the value 2 if it was rudimentary, the value 3 if it was distinct but unpigmented and the value 4 if it was distinct and pigmented.. Fig. 2: Mandibular measurements taken for this study. Explanations of figures are given in the text. Table 1: Number of skulls of each species. Number Species of skulls Geographical area Source Sorex alpinus 19 Switz
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. The Cambridge natural history. Zoology. i86 CRUSTACEA—EUCARIDA—DECAPODA the eye are entirely unpigmented and degenerate, though a few corneal facets are still recognisable. This species is replaced by C. quadratus in the Caribbean Sea and by C. normani on the East African coast, in which the alteration of the eye-stalks into thorny, beak-like projections becomes progressively marked, and all traces even of the corneal facets disappear. This remarkable genus was mentioned in the excursus on Crustacean eyes on p. 149. The Oxystomata, like the Cyclometopa, to be considered later, live in sandy Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-cambridge-natural-history-zoology-i86-crustaceaeucaridadecapoda-the-eye-are-entirely-unpigmented-and-degenerate-though-a-few-corneal-facets-are-still-recognisable-this-species-is-replaced-by-c-quadratus-in-the-caribbean-sea-and-by-c-normani-on-the-east-african-coast-in-which-the-alteration-of-the-eye-stalks-into-thorny-beak-like-projections-becomes-progressively-marked-and-all-traces-even-of-the-corneal-facets-disappear-this-remarkable-genus-was-mentioned-in-the-excursus-on-crustacean-eyes-on-p-149-the-oxystomata-like-the-cyclometopa-to-be-considered-later-live-in-sandy-image232155585.htmlRMRDKGPW–. The Cambridge natural history. Zoology. i86 CRUSTACEA—EUCARIDA—DECAPODA the eye are entirely unpigmented and degenerate, though a few corneal facets are still recognisable. This species is replaced by C. quadratus in the Caribbean Sea and by C. normani on the East African coast, in which the alteration of the eye-stalks into thorny, beak-like projections becomes progressively marked, and all traces even of the corneal facets disappear. This remarkable genus was mentioned in the excursus on Crustacean eyes on p. 149. The Oxystomata, like the Cyclometopa, to be considered later, live in sandy
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 276 EARL H. HERRICK recognized. The half-white, half-pigmented, lateral patches which were rotated through 180° remained unchanged, the light area of the patch remaining unpigmented and the pigmented end retaining its pigment with none spreading into the surrounding white area (Fig. 4). Animals bearing this type of graft were observed for as long as 80 clays. Collins and Adolph (1926), however, observed disorganization of rotated skin grafts in experiments on Trititrus. It seems clear that no incompatibility exists between d Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-276-earl-h-herrick-recognized-the-half-white-half-pigmented-lateral-patches-which-were-rotated-through-180-remained-unchanged-the-light-area-of-the-patch-remaining-unpigmented-and-the-pigmented-end-retaining-its-pigment-with-none-spreading-into-the-surrounding-white-area-fig-4-animals-bearing-this-type-of-graft-were-observed-for-as-long-as-80-clays-collins-and-adolph-1926-however-observed-disorganization-of-rotated-skin-grafts-in-experiments-on-trititrus-it-seems-clear-that-no-incompatibility-exists-between-d-image234671858.htmlRMRHP69P–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 276 EARL H. HERRICK recognized. The half-white, half-pigmented, lateral patches which were rotated through 180° remained unchanged, the light area of the patch remaining unpigmented and the pigmented end retaining its pigment with none spreading into the surrounding white area (Fig. 4). Animals bearing this type of graft were observed for as long as 80 clays. Collins and Adolph (1926), however, observed disorganization of rotated skin grafts in experiments on Trititrus. It seems clear that no incompatibility exists between d
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. California fish and game. Fisheries -- California; Game and game-birds -- California; Fishes -- California; Animal Population Groups; Pêches; Gibier; Poissons. AMBICOLORATION 301. FIGURE 2. Blind side of partially ambicolored dover sole, Microstomus pacificus. This fish is almost totally ambicolored (Figure 3) with only the blind side of the head being unpigmented. As is often the case in extreme ambicoloration, hooking of the dorsal fin over the migrating (left) eye has occurred. The first 9 or so dorsal rays have been eliminated, an anomaly probably unique to the genus Plcnronichthys whcTe Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/california-fish-and-game-fisheries-california-game-and-game-birds-california-fishes-california-animal-population-groups-pches-gibier-poissons-ambicoloration-301-figure-2-blind-side-of-partially-ambicolored-dover-sole-microstomus-pacificus-this-fish-is-almost-totally-ambicolored-figure-3-with-only-the-blind-side-of-the-head-being-unpigmented-as-is-often-the-case-in-extreme-ambicoloration-hooking-of-the-dorsal-fin-over-the-migrating-left-eye-has-occurred-the-first-9-or-so-dorsal-rays-have-been-eliminated-an-anomaly-probably-unique-to-the-genus-plcnronichthys-whcte-image233640910.htmlRMRG37A6–. California fish and game. Fisheries -- California; Game and game-birds -- California; Fishes -- California; Animal Population Groups; Pêches; Gibier; Poissons. AMBICOLORATION 301. FIGURE 2. Blind side of partially ambicolored dover sole, Microstomus pacificus. This fish is almost totally ambicolored (Figure 3) with only the blind side of the head being unpigmented. As is often the case in extreme ambicoloration, hooking of the dorsal fin over the migrating (left) eye has occurred. The first 9 or so dorsal rays have been eliminated, an anomaly probably unique to the genus Plcnronichthys whcTe
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. Cave vertebrates of America; a study in degenerative evolution. Cave animals; Evolution. o.s.. 56 BLIND VERTEBRATES AND THEIR EYES. THE EYES OF TYPHLOPS LUMBRICALIS. The eye sliows through the large ocular scale, which entirely covers it. It appears as a black spot surrounded by an unpigmented circle. The preocular, also a large scale, overlaps the ocular and reaches just to the edge of the eye (figs. 20 a, b). Compared with one of the garter /^ as po.s. Qs snakes and in proportion to the size - of the head, the eye of Typhlops lum- -po.s. /^'(^/ifV bricaUs is situated farther from the surfa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cave-vertebrates-of-america-a-study-in-degenerative-evolution-cave-animals-evolution-os-56-blind-vertebrates-and-their-eyes-the-eyes-of-typhlops-lumbricalis-the-eye-sliows-through-the-large-ocular-scale-which-entirely-covers-it-it-appears-as-a-black-spot-surrounded-by-an-unpigmented-circle-the-preocular-also-a-large-scale-overlaps-the-ocular-and-reaches-just-to-the-edge-of-the-eye-figs-20-a-b-compared-with-one-of-the-garter-as-pos-qs-snakes-and-in-proportion-to-the-size-of-the-head-the-eye-of-typhlops-lum-pos-ifv-bricaus-is-situated-farther-from-the-surfa-image235095727.htmlRMRJDEYY–. Cave vertebrates of America; a study in degenerative evolution. Cave animals; Evolution. o.s.. 56 BLIND VERTEBRATES AND THEIR EYES. THE EYES OF TYPHLOPS LUMBRICALIS. The eye sliows through the large ocular scale, which entirely covers it. It appears as a black spot surrounded by an unpigmented circle. The preocular, also a large scale, overlaps the ocular and reaches just to the edge of the eye (figs. 20 a, b). Compared with one of the garter /^ as po.s. Qs snakes and in proportion to the size - of the head, the eye of Typhlops lum- -po.s. /^'(^/ifV bricaUs is situated farther from the surfa
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. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 72 FRANK R. KILLE treme anterior ones are small, unpigmented, translucent, immature tu- bules. Such a condition has been described for many genera (Theel, 1901; Mitsukuri, 1903; Haanen, 1914; Deichmann, 1930, etc.). Pos- terior to these is a group of tubules which grade into the slender, more mature tubules possessing pigmented, opaque walls, rounded extremities and greater length. These long, opaque tubules make up the bulk of the gonad, yet the shorter, anterior tubules comprise at least a fifth of the total number of tubu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-72-frank-r-kille-treme-anterior-ones-are-small-unpigmented-translucent-immature-tu-bules-such-a-condition-has-been-described-for-many-genera-theel-1901-mitsukuri-1903-haanen-1914-deichmann-1930-etc-pos-terior-to-these-is-a-group-of-tubules-which-grade-into-the-slender-more-mature-tubules-possessing-pigmented-opaque-walls-rounded-extremities-and-greater-length-these-long-opaque-tubules-make-up-the-bulk-of-the-gonad-yet-the-shorter-anterior-tubules-comprise-at-least-a-fifth-of-the-total-number-of-tubu-image234669814.htmlRMRHP3MP–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 72 FRANK R. KILLE treme anterior ones are small, unpigmented, translucent, immature tu- bules. Such a condition has been described for many genera (Theel, 1901; Mitsukuri, 1903; Haanen, 1914; Deichmann, 1930, etc.). Pos- terior to these is a group of tubules which grade into the slender, more mature tubules possessing pigmented, opaque walls, rounded extremities and greater length. These long, opaque tubules make up the bulk of the gonad, yet the shorter, anterior tubules comprise at least a fifth of the total number of tubu
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![. Bulletin of the British Museum (Natural History). ig6 THE "ROSAURA" EXPEDITION figs. 14 and 15). They are arranged in single and double linear tracts upon the head, corresponding to the lateralis distribution, and are upon the body rather sparsely placed immediately above the lateral hne tube and upon the tube itself, either between or above the lateral line pores. Down the upper limit of the gill- cover, along the boundary between pigmented and unpigmented integument, the papillae are more elongate and their stalks whiter ; they resemble photographic LL PH '0^m 0:!^-M mmom-. Jj â Stock Photo](https://c8.alamy.com/comp/RGKCBP/bulletin-of-the-british-museum-natural-history-ig6-the-quotrosauraquot-expedition-figs-14-and-15-they-are-arranged-in-single-and-double-linear-tracts-upon-the-head-corresponding-to-the-lateralis-distribution-and-are-upon-the-body-rather-sparsely-placed-immediately-above-the-lateral-hne-tube-and-upon-the-tube-itself-either-between-or-above-the-lateral-line-pores-down-the-upper-limit-of-the-gill-cover-along-the-boundary-between-pigmented-and-unpigmented-integument-the-papillae-are-more-elongate-and-their-stalks-whiter-they-resemble-photographic-ll-ph-0m-0!-m-mmom-jj-RGKCBP.jpg ". Bulletin of the British Museum (Natural History). ig6 THE "ROSAURA" EXPEDITION figs. 14 and 15). They are arranged in single and double linear tracts upon the head, corresponding to the lateralis distribution, and are upon the body rather sparsely placed immediately above the lateral hne tube and upon the tube itself, either between or above the lateral line pores. Down the upper limit of the gill- cover, along the boundary between pigmented and unpigmented integument, the papillae are more elongate and their stalks whiter ; they resemble photographic LL PH '0^m 0:!^-M mmom-. Jj â Stock Photo")
. Bulletin of the British Museum (Natural History). ig6 THE "ROSAURA" EXPEDITION figs. 14 and 15). They are arranged in single and double linear tracts upon the head, corresponding to the lateralis distribution, and are upon the body rather sparsely placed immediately above the lateral hne tube and upon the tube itself, either between or above the lateral line pores. Down the upper limit of the gill- cover, along the boundary between pigmented and unpigmented integument, the papillae are more elongate and their stalks whiter ; they resemble photographic LL PH '0^m 0:!^-M mmom-. Jj â Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-of-the-british-museum-natural-history-ig6-the-quotrosauraquot-expedition-figs-14-and-15-they-are-arranged-in-single-and-double-linear-tracts-upon-the-head-corresponding-to-the-lateralis-distribution-and-are-upon-the-body-rather-sparsely-placed-immediately-above-the-lateral-hne-tube-and-upon-the-tube-itself-either-between-or-above-the-lateral-line-pores-down-the-upper-limit-of-the-gill-cover-along-the-boundary-between-pigmented-and-unpigmented-integument-the-papillae-are-more-elongate-and-their-stalks-whiter-they-resemble-photographic-ll-ph-0m-0!-m-mmom-jj-image233996106.htmlRMRGKCBP–. Bulletin of the British Museum (Natural History). ig6 THE "ROSAURA" EXPEDITION figs. 14 and 15). They are arranged in single and double linear tracts upon the head, corresponding to the lateralis distribution, and are upon the body rather sparsely placed immediately above the lateral hne tube and upon the tube itself, either between or above the lateral line pores. Down the upper limit of the gill- cover, along the boundary between pigmented and unpigmented integument, the papillae are more elongate and their stalks whiter ; they resemble photographic LL PH '0^m 0:!^-M mmom-. Jj â
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. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. Heft 1/2 28. 1977 Characoid Fishes from Brazil 123 described, with emphasis put on the lesser-known ones, or the ones new for the region. H. H. Lüling collected also in the rio Mage-Roncador (emptying into the Bay of Rio), which he already had described (Lüling, 1974). Besides Oligosar- cus hepsetus and Hyphessobrycon reticulatus, which were already known from the brook, the 1974 collect brought back unpigmented specimens of a Hyphessobrycon (reticulatus ?) which Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bonner-zoologische-beitrge-herausgeber-zoologisches-forschungsinstitut-und-museum-alexander-koenig-bonn-biology-zoology-heft-12-28-1977-characoid-fishes-from-brazil-123-described-with-emphasis-put-on-the-lesser-known-ones-or-the-ones-new-for-the-region-h-h-lling-collected-also-in-the-rio-mage-roncador-emptying-into-the-bay-of-rio-which-he-already-had-described-lling-1974-besides-oligosar-cus-hepsetus-and-hyphessobrycon-reticulatus-which-were-already-known-from-the-brook-the-1974-collect-brought-back-unpigmented-specimens-of-a-hyphessobrycon-reticulatus-which-image234494112.htmlRMRHE3HM–. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. Heft 1/2 28. 1977 Characoid Fishes from Brazil 123 described, with emphasis put on the lesser-known ones, or the ones new for the region. H. H. Lüling collected also in the rio Mage-Roncador (emptying into the Bay of Rio), which he already had described (Lüling, 1974). Besides Oligosar- cus hepsetus and Hyphessobrycon reticulatus, which were already known from the brook, the 1974 collect brought back unpigmented specimens of a Hyphessobrycon (reticulatus ?) which
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. The Biological bulletin. Biology; Zoology; Marine biology. TAIL MELANOPHORES OF XENOPUS 5 dorsal fins. At this time, the formation of melanophores begins in the new ventral fin near the base of the somitic blastema. During the next 6 or 7 days, these melanophores increase in number and appear as a stream of cells stemming from the regeneration blastema (Figs. 5 and 6). These melanophores are present only in the ventral fin and remain excluded from the area anterior to the original cut. Thus, the proximal area retains its unpigmented state. During the course of tail regeneration, tail melanop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-marine-biology-tail-melanophores-of-xenopus-5-dorsal-fins-at-this-time-the-formation-of-melanophores-begins-in-the-new-ventral-fin-near-the-base-of-the-somitic-blastema-during-the-next-6-or-7-days-these-melanophores-increase-in-number-and-appear-as-a-stream-of-cells-stemming-from-the-regeneration-blastema-figs-5-and-6-these-melanophores-are-present-only-in-the-ventral-fin-and-remain-excluded-from-the-area-anterior-to-the-original-cut-thus-the-proximal-area-retains-its-unpigmented-state-during-the-course-of-tail-regeneration-tail-melanop-image234615021.htmlRMRHKHRW–. The Biological bulletin. Biology; Zoology; Marine biology. TAIL MELANOPHORES OF XENOPUS 5 dorsal fins. At this time, the formation of melanophores begins in the new ventral fin near the base of the somitic blastema. During the next 6 or 7 days, these melanophores increase in number and appear as a stream of cells stemming from the regeneration blastema (Figs. 5 and 6). These melanophores are present only in the ventral fin and remain excluded from the area anterior to the original cut. Thus, the proximal area retains its unpigmented state. During the course of tail regeneration, tail melanop
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. The Canadian field-naturalist. 1968 Nero: White Wing-Barring in Crow 43. PHOTO BY ROBERT R. TAYLOR Figure 1. Dorsal surface of right wing of Common Crow. the length. These white areas are largely covered by the alular feathers. In addition, two greater secondary coverts are slightly affected close to the feather base. In contrast to the Saskatchewan and Maryland specimens, in the present one all of the tail feathers (rectrices) are affected in a manner similar to that of the wing feathers. An unpigmented area occurs on each feather, from the base to about half the length. As in the other fea Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-canadian-field-naturalist-1968-nero-white-wing-barring-in-crow-43-photo-by-robert-r-taylor-figure-1-dorsal-surface-of-right-wing-of-common-crow-the-length-these-white-areas-are-largely-covered-by-the-alular-feathers-in-addition-two-greater-secondary-coverts-are-slightly-affected-close-to-the-feather-base-in-contrast-to-the-saskatchewan-and-maryland-specimens-in-the-present-one-all-of-the-tail-feathers-rectrices-are-affected-in-a-manner-similar-to-that-of-the-wing-feathers-an-unpigmented-area-occurs-on-each-feather-from-the-base-to-about-half-the-length-as-in-the-other-fea-image233601071.htmlRMRG1CFB–. The Canadian field-naturalist. 1968 Nero: White Wing-Barring in Crow 43. PHOTO BY ROBERT R. TAYLOR Figure 1. Dorsal surface of right wing of Common Crow. the length. These white areas are largely covered by the alular feathers. In addition, two greater secondary coverts are slightly affected close to the feather base. In contrast to the Saskatchewan and Maryland specimens, in the present one all of the tail feathers (rectrices) are affected in a manner similar to that of the wing feathers. An unpigmented area occurs on each feather, from the base to about half the length. As in the other fea
White texture and smear of face cream or white acrylic paint isolated on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/white-texture-and-smear-of-face-cream-or-white-acrylic-paint-isolated-on-white-background-image331668129.htmlRF2A7GP29–White texture and smear of face cream or white acrylic paint isolated on white background
