Apr. 04, 2012 - The face of the Queen, as Created is clay by Nigerian Sculptor, Ben Enwonwn. From this, the plastes cast is made in readiness for the making of the bronze finished work. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/apr-04-2012-the-face-of-the-queen-as-created-is-clay-by-nigerian-sculptor-image69546338.html
RME1431P–Apr. 04, 2012 - The face of the Queen, as Created is clay by Nigerian Sculptor, Ben Enwonwn. From this, the plastes cast is made in readiness for the making of the bronze finished work.
. The illustrated companion to the Latin dictionary and Greek lexicon; forming a glossary of all the words representing visible objects connected with the arts, manufactures, and every-day life of the Greeks and Romans, with representations of nearly two thousand objects from the antique. c, in contradistinction to one whomoulds or models in soft substances,like wax or clay, who received theappellation of plastes. It is, conse-quently, accompanied in most casesby a descriptive epithet which deter-mines the calling of the workmanalluded to ; as faber tignarius, a car-penter (see the next illust Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-illustrated-companion-to-the-latin-dictionary-and-greek-lexicon-forming-a-glossary-of-all-the-words-representing-visible-objects-connected-with-the-arts-manufactures-and-every-day-life-of-the-greeks-and-romans-with-representations-of-nearly-two-thousand-objects-from-the-antique-c-in-contradistinction-to-one-whomoulds-or-models-in-soft-substanceslike-wax-or-clay-who-received-theappellation-of-plastes-it-is-conse-quently-accompanied-in-most-casesby-a-descriptive-epithet-which-deter-mines-the-calling-of-the-workmanalluded-to-as-faber-tignarius-a-car-penter-see-the-next-illust-image336849988.html
RM2AG0RGM–. The illustrated companion to the Latin dictionary and Greek lexicon; forming a glossary of all the words representing visible objects connected with the arts, manufactures, and every-day life of the Greeks and Romans, with representations of nearly two thousand objects from the antique. c, in contradistinction to one whomoulds or models in soft substances,like wax or clay, who received theappellation of plastes. It is, conse-quently, accompanied in most casesby a descriptive epithet which deter-mines the calling of the workmanalluded to ; as faber tignarius, a car-penter (see the next illust
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Chapter VI THE PLASTIDS The plastids (Fr. plastes, plastides, leucites) :• It has been known for a long time that chlorophyll is found localized in small bodies which were first observed by Meyen (1828) and described by him under the name of chlorophyll grains. These bodies were further studied by numerous workers on the cells of the phanerogams, where they appear scattered in the cytoplasm as numerous globular or lenticular bodies measuring from 6-lOft in diameter. Nageli (1846) first noticed that they multiplied by divis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cytoplasm-of-the-plant-cell-plant-cells-and-tissues-protoplasm-chapter-vi-the-plastids-the-plastids-fr-plastes-plastides-leucites-it-has-been-known-for-a-long-time-that-chlorophyll-is-found-localized-in-small-bodies-which-were-first-observed-by-meyen-1828-and-described-by-him-under-the-name-of-chlorophyll-grains-these-bodies-were-further-studied-by-numerous-workers-on-the-cells-of-the-phanerogams-where-they-appear-scattered-in-the-cytoplasm-as-numerous-globular-or-lenticular-bodies-measuring-from-6-loft-in-diameter-nageli-1846-first-noticed-that-they-multiplied-by-divis-image216167656.html
RMPFK81C–. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Chapter VI THE PLASTIDS The plastids (Fr. plastes, plastides, leucites) :• It has been known for a long time that chlorophyll is found localized in small bodies which were first observed by Meyen (1828) and described by him under the name of chlorophyll grains. These bodies were further studied by numerous workers on the cells of the phanerogams, where they appear scattered in the cytoplasm as numerous globular or lenticular bodies measuring from 6-lOft in diameter. Nageli (1846) first noticed that they multiplied by divis
. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet . Vaginaria Gray, Chthonoblastus Kützing). Fäden meist aus langen Zellen bestehend, am Ende verdünnt wenigstens bei gut entwickelten Exemplaren), in großer Anzahl und eng bei- sammen liegend, in farblosen ungeschichte- ten, schleimigen, mit einander verklebten Scheiden*) eingeschlossen. Etwa 20 Arten im Meere und Süß- wasser, weniger auf feuchter Erde, allge- mein verbreitet. — A. Marin: M. chthono- plastes (Flora Dan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/die-natrlichen-pflanzenfamilien-nebst-ihren-gattungen-und-wichtigeren-arten-insbesondere-den-nutzpflanzen-unter-mitwirkung-zahlreicher-hervorragender-fachgelehrten-begrndet-vaginaria-gray-chthonoblastus-ktzing-fden-meist-aus-langen-zellen-bestehend-am-ende-verdnnt-wenigstens-bei-gut-entwickelten-exemplaren-in-groer-anzahl-und-eng-bei-sammen-liegend-in-farblosen-ungeschichte-ten-schleimigen-mit-einander-verklebten-scheiden-eingeschlossen-etwa-20-arten-im-meere-und-s-wasser-weniger-auf-feuchter-erde-allge-mein-verbreitet-a-marin-m-chthono-plastes-flora-dan-image180856425.html
RMME6M61–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet . Vaginaria Gray, Chthonoblastus Kützing). Fäden meist aus langen Zellen bestehend, am Ende verdünnt wenigstens bei gut entwickelten Exemplaren), in großer Anzahl und eng bei- sammen liegend, in farblosen ungeschichte- ten, schleimigen, mit einander verklebten Scheiden*) eingeschlossen. Etwa 20 Arten im Meere und Süß- wasser, weniger auf feuchter Erde, allge- mein verbreitet. — A. Marin: M. chthono- plastes (Flora Dan
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Chapter VI THE PLASTIDS The plastids (Fr. plastes, plastides, leucites) :• It has been known for a long time that chlorophyll is found localized in small bodies which were first observed by Meyen (1828) and described by him under the name of chlorophyll grains. These bodies were further studied by numerous workers on the cells of the phanerogams, where they appear scattered in the cytoplasm as numerous globular or lenticular bodies measuring from 6-lOft in diameter. Nageli (1846) first noticed that they multiplied by divis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cytoplasm-of-the-plant-cell-plant-cells-and-tissues-protoplasm-chapter-vi-the-plastids-the-plastids-fr-plastes-plastides-leucites-it-has-been-known-for-a-long-time-that-chlorophyll-is-found-localized-in-small-bodies-which-were-first-observed-by-meyen-1828-and-described-by-him-under-the-name-of-chlorophyll-grains-these-bodies-were-further-studied-by-numerous-workers-on-the-cells-of-the-phanerogams-where-they-appear-scattered-in-the-cytoplasm-as-numerous-globular-or-lenticular-bodies-measuring-from-6-loft-in-diameter-nageli-1846-first-noticed-that-they-multiplied-by-divis-image231789257.html
RMRD2WFN–. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Chapter VI THE PLASTIDS The plastids (Fr. plastes, plastides, leucites) :• It has been known for a long time that chlorophyll is found localized in small bodies which were first observed by Meyen (1828) and described by him under the name of chlorophyll grains. These bodies were further studied by numerous workers on the cells of the phanerogams, where they appear scattered in the cytoplasm as numerous globular or lenticular bodies measuring from 6-lOft in diameter. Nageli (1846) first noticed that they multiplied by divis
. Comptes rendus des séances de la Société de biologie et de ses filiales. Biology. ^^^. FiG. 1-2. — Cellules épidermiques d'une bractée examinées dans une goutte de solution d'acide osmique : les globules graisseux sont colorés en brun foncé. FiG. 3. — Diverses formes de chondriocontes et de leucoplastes d'une cellule épidermique de stigmate, examinés dans une goutte de solution d'acide osmique. Beaucoup de chondriocontes sont ramifiés. Fie. 4 et 5. — Cellules épidermiques de stigmate fixées et colorées par la méthode de Regaud. (Grossissement : 1.150.) plastes, puisqu'ils apparaissent-dans l Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comptes-rendus-des-sances-de-la-socit-de-biologie-et-de-ses-filiales-biology-fig-1-2-cellules-pidermiques-dune-bracte-examines-dans-une-goutte-de-solution-dacide-osmique-les-globules-graisseux-sont-colors-en-brun-fonc-fig-3-diverses-formes-de-chondriocontes-et-de-leucoplastes-dune-cellule-pidermique-de-stigmate-examins-dans-une-goutte-de-solution-dacide-osmique-beaucoup-de-chondriocontes-sont-ramifis-fie-4-et-5-cellules-pidermiques-de-stigmate-fixes-et-colores-par-la-mthode-de-regaud-grossissement-1150-plastes-puisquils-apparaissent-dans-l-image232629674.html
RMRED5EJ–. Comptes rendus des séances de la Société de biologie et de ses filiales. Biology. ^^^. FiG. 1-2. — Cellules épidermiques d'une bractée examinées dans une goutte de solution d'acide osmique : les globules graisseux sont colorés en brun foncé. FiG. 3. — Diverses formes de chondriocontes et de leucoplastes d'une cellule épidermique de stigmate, examinés dans une goutte de solution d'acide osmique. Beaucoup de chondriocontes sont ramifiés. Fie. 4 et 5. — Cellules épidermiques de stigmate fixées et colorées par la méthode de Regaud. (Grossissement : 1.150.) plastes, puisqu'ils apparaissent-dans l
. Comptes rendus des séances de la Société de biologie et de ses filiales. Biology. V / Mo?o. Fig. I. '— Fragment d'un liiizo'ulc de Lemaned trailé par la solution îodo- ioduiée. L'amidon forme une plage sombre au milieu du cytoplasme pâle. Fig. IL — Cellule d'un rhizoïdc de la même Algue traité comme le précédent ; on distingue de Fins granules amylacés en liberté dans les vacuoles. Fig. HT. — Ci'llulc interne de l'appareil fruetificaleur de Lemanea : les grains d'amidon 'no montrent aucun rapport avec les plastes rubanés teintés en gris. Fig. IV. — Cellule d'un thalle de Polyides. Fig. V. — Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comptes-rendus-des-sances-de-la-socit-de-biologie-et-de-ses-filiales-biology-v-moo-fig-i-fragment-dun-liiizoulc-de-lemaned-trail-par-la-solution-odo-ioduie-lamidon-forme-une-plage-sombre-au-milieu-du-cytoplasme-ple-fig-il-cellule-dun-rhizodc-de-la-mme-algue-trait-comme-le-prcdent-on-distingue-de-fins-granules-amylacs-en-libert-dans-les-vacuoles-fig-ht-cillulc-interne-de-lappareil-fruetificaleur-de-lemanea-les-grains-damidon-no-montrent-aucun-rapport-avec-les-plastes-rubans-teints-en-gris-fig-iv-cellule-dun-thalle-de-polyides-fig-v-image232628893.html
RMRED4EN–. Comptes rendus des séances de la Société de biologie et de ses filiales. Biology. V / Mo?o. Fig. I. '— Fragment d'un liiizo'ulc de Lemaned trailé par la solution îodo- ioduiée. L'amidon forme une plage sombre au milieu du cytoplasme pâle. Fig. IL — Cellule d'un rhizoïdc de la même Algue traité comme le précédent ; on distingue de Fins granules amylacés en liberté dans les vacuoles. Fig. HT. — Ci'llulc interne de l'appareil fruetificaleur de Lemanea : les grains d'amidon 'no montrent aucun rapport avec les plastes rubanés teintés en gris. Fig. IV. — Cellule d'un thalle de Polyides. Fig. V. —
. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. Fig. 2. Fig. 1. Fig. 1 et 2. Pancreas de lapin. Stade d'accumulation minimum des grains de s6er6tion. Fixation par le liquide de Flemming. Coloration par la methode de Benda. Objectif apochr. h immersion 2 mm ap. I, 30. Fig. 1 Ocul. comp. 8; Fig. 2 Ocul. comp. 18. niere un peu plus intense que le chondrioconte lui-meme. Ces renfle- naents repr^sentent la premiere 6bauche des grains de s6cr6tion; on peut avec Pkenant leur donner le nom de plastes. b) Grains de s6cr6tion: A I'extr^mit^ interne de la cellule, s'observent quelque Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-fig-2-fig-1-fig-1-et-2-pancreas-de-lapin-stade-daccumulation-minimum-des-grains-de-s6er6tion-fixation-par-le-liquide-de-flemming-coloration-par-la-methode-de-benda-objectif-apochr-h-immersion-2-mm-ap-i-30-fig-1-ocul-comp-8-fig-2-ocul-comp-18-niere-un-peu-plus-intense-que-le-chondrioconte-lui-meme-ces-renfle-naents-reprsentent-la-premiere-6bauche-des-grains-de-s6cr6tion-on-peut-avec-pkenant-leur-donner-le-nom-de-plastes-b-grains-de-s6cr6tion-a-iextrmit-interne-de-la-cellule-sobservent-quelque-image236807872.html
RMRN7ET0–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. Fig. 2. Fig. 1. Fig. 1 et 2. Pancreas de lapin. Stade d'accumulation minimum des grains de s6er6tion. Fixation par le liquide de Flemming. Coloration par la methode de Benda. Objectif apochr. h immersion 2 mm ap. I, 30. Fig. 1 Ocul. comp. 8; Fig. 2 Ocul. comp. 18. niere un peu plus intense que le chondrioconte lui-meme. Ces renfle- naents repr^sentent la premiere 6bauche des grains de s6cr6tion; on peut avec Pkenant leur donner le nom de plastes. b) Grains de s6cr6tion: A I'extr^mit^ interne de la cellule, s'observent quelque
. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. -^S^S^^ä Fig. 4. Fig. 3 et 4. Pancreas de lapin. Stade d'accumulation moyenne des grains de secretion. Meme technique que pour les figures 1 et 2. Fig. 3 Ocul. comp. 8. Fig. 4 Ocul. comp. 18. le lapin, la plupart d'entre eux sont devenus des filaments monili- formes; sur leur trajet, au niveau de leurs extr6mit6s, se forment des renflements, des granulations, qui sont de plus en plus nombreux. Certains chondriocontes se sont meme transformes en chainettes de petits grains (plastes de Pkenant). Ces plastes continuent a se colo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-ss-fig-4-fig-3-et-4-pancreas-de-lapin-stade-daccumulation-moyenne-des-grains-de-secretion-meme-technique-que-pour-les-figures-1-et-2-fig-3-ocul-comp-8-fig-4-ocul-comp-18-le-lapin-la-plupart-dentre-eux-sont-devenus-des-filaments-monili-formes-sur-leur-trajet-au-niveau-de-leurs-extr6mit6s-se-forment-des-renflements-des-granulations-qui-sont-de-plus-en-plus-nombreux-certains-chondriocontes-se-sont-meme-transformes-en-chainettes-de-petits-grains-plastes-de-pkenant-ces-plastes-continuent-a-se-colo-image236807848.html
RMRN7ER4–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. -^S^S^^ä Fig. 4. Fig. 3 et 4. Pancreas de lapin. Stade d'accumulation moyenne des grains de secretion. Meme technique que pour les figures 1 et 2. Fig. 3 Ocul. comp. 8. Fig. 4 Ocul. comp. 18. le lapin, la plupart d'entre eux sont devenus des filaments monili- formes; sur leur trajet, au niveau de leurs extr6mit6s, se forment des renflements, des granulations, qui sont de plus en plus nombreux. Certains chondriocontes se sont meme transformes en chainettes de petits grains (plastes de Pkenant). Ces plastes continuent a se colo
. Bollettino del Laboratorio di zoologia generale e agraria della R. Scuola superiore d'agricoltura in Portici. Zoology; Zoology, Economic; Entomology. Fig. 27. A, Uovo di Scutellista cyanea, B, Uovo di Cero- plastes ruscì (ingranditi). UOYO. L'uovo (Fig. 27) è bianco, lucido, a forma di fiasco con collo assottigliato lungo circa altrettanto della parte allar- gata. Tutto r uovo ha una lunghezza di mm. 0.61 ed una larghezza di mm. 0.148-175. Larya. Larva I. â La prima forma larvale della Scutellìstapoco dopo schiusa dall'uovo (Fig.28) è bianca con una macchia terrea quasi in mezzo al corpo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bollettino-del-laboratorio-di-zoologia-generale-e-agraria-della-r-scuola-superiore-dagricoltura-in-portici-zoology-zoology-economic-entomology-fig-27-a-uovo-di-scutellista-cyanea-b-uovo-di-cero-plastes-rusc-ingranditi-uoyo-luovo-fig-27-bianco-lucido-a-forma-di-fiasco-con-collo-assottigliato-lungo-circa-altrettanto-della-parte-allar-gata-tutto-r-uovo-ha-una-lunghezza-di-mm-061-ed-una-larghezza-di-mm-0148-175-larya-larva-i-la-prima-forma-larvale-della-scutellstapoco-dopo-schiusa-dalluovo-fig28-bianca-con-una-macchia-terrea-quasi-in-mezzo-al-corpo-image234498667.html
RMRHE9CB–. Bollettino del Laboratorio di zoologia generale e agraria della R. Scuola superiore d'agricoltura in Portici. Zoology; Zoology, Economic; Entomology. Fig. 27. A, Uovo di Scutellista cyanea, B, Uovo di Cero- plastes ruscì (ingranditi). UOYO. L'uovo (Fig. 27) è bianco, lucido, a forma di fiasco con collo assottigliato lungo circa altrettanto della parte allar- gata. Tutto r uovo ha una lunghezza di mm. 0.61 ed una larghezza di mm. 0.148-175. Larya. Larva I. â La prima forma larvale della Scutellìstapoco dopo schiusa dall'uovo (Fig.28) è bianca con una macchia terrea quasi in mezzo al corpo