Cerebellar cortex. Silver method for Golgi apparatus. In Purkinje neurons, the dictyosomes surround the nucleus and enter the apical dendritic trunk
Cerebellar cortex. Silver method for Golgi apparatus. In Purkinje neurons, the dictyosomes surround the nucleus and enter the apical dendritic trunk https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/cerebellar-cortex-silver-method-for-golgi-apparatus-in-purkinje-neurons-the-dictyosomes-surround-the-nucleus-and-enter-the-apical-dendritic-trunk-image401742473.html
Lettuce cells under microscope, magnification x 400
Lettuce cells under microscope, magnification x 400 https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/lettuce-cells-under-microscope-magnification-x-400-image157383739.html
. Biological structure and function; proceedings. Biochemistry; Cytology. i^ f- m cw. '^12 Fu;. 12. This is identified as the external margin of an epidermal cell of the onion root tip. The nucleus is at A^, a nuclear envelope at ne. Organelles of the cytoplasm include mitochondria (ni), dictyosomes (d), proplastids (pp), and endoplasmic reticulum (er). The surface of the protoplast and its relation to the extracellular wall (nu) are the points of major interest. It appears that the wall has been put down in layers, reflecting, possibly, phases of wall formation. The surface of the protoplast
. Biological structure and function; proceedings. Biochemistry; Cytology. i^ f- m cw. '^12 Fu;. 12. This is identified as the external margin of an epidermal cell of the onion root tip. The nucleus is at A^, a nuclear envelope at ne. Organelles of the cytoplasm include mitochondria (ni), dictyosomes (d), proplastids (pp), and endoplasmic reticulum (er). The surface of the protoplast and its relation to the extracellular wall (nu) are the points of major interest. It appears that the wall has been put down in layers, reflecting, possibly, phases of wall formation. The surface of the protoplast https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/biological-structure-and-function-proceedings-biochemistry-cytology-i-f-m-cw-12-fu-12-this-is-identified-as-the-external-margin-of-an-epidermal-cell-of-the-onion-root-tip-the-nucleus-is-at-a-a-nuclear-envelope-at-ne-organelles-of-the-cytoplasm-include-mitochondria-ni-dictyosomes-d-proplastids-pp-and-endoplasmic-reticulum-er-the-surface-of-the-protoplast-and-its-relation-to-the-extracellular-wall-nu-are-the-points-of-major-interest-it-appears-that-the-wall-has-been-put-down-in-layers-reflecting-possibly-phases-of-wall-formation-the-surface-of-the-protoplast-image234624764.html
Archive image from page 207 of The cytoplasm of the plant. The cytoplasm of the plant cell cytoplasmofplant00guil Year: 1941 Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin- FiG. 129. — Barley root. 1, meristem vitally stained
Archive image from page 207 of The cytoplasm of the plant. The cytoplasm of the plant cell cytoplasmofplant00guil Year: 1941 Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin- FiG. 129. — Barley root. 1, meristem vitally stained https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/archive-image-from-page-207-of-the-cytoplasm-of-the-plant-the-cytoplasm-of-the-plant-cell-cytoplasmofplant00guil-year-1941-guilllermond-atkinson-192-cytoplasm-moreover-that-the-images-obtained-by-osmic-acid-correspond-always-to-those-produced-by-silver-methods-and-there-has-been-no-proof-whatever-that-the-dictyosomes-can-really-be-homologized-with-the-golgi-network-one-can-not-therefore-suppress-the-thought-that-under-this-name-have-been-grouped-very-diverse-formations-one-is-forced-to-admit-that-there-is-reason-to-distin-fig-129-barley-root-1-meristem-vitally-stained-image259477117.html
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin-. FiG. 129. — Barley root. 1, meristem vitally stained with neutral red; vacuolar system deeply stained, more or
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin-. FiG. 129. — Barley root. 1, meristem vitally stained with neutral red; vacuolar system deeply stained, more or https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/the-cytoplasm-of-the-plant-cell-plant-cells-and-tissues-protoplasm-guilllermond-atkinson-192-cytoplasm-moreover-that-the-images-obtained-by-osmic-acid-correspond-always-to-those-produced-by-silver-methods-and-there-has-been-no-proof-whatever-that-the-dictyosomes-can-really-be-homologized-with-the-golgi-network-one-can-not-therefore-suppress-the-thought-that-under-this-name-have-been-grouped-very-diverse-formations-one-is-forced-to-admit-that-there-is-reason-to-distin-fig-129-barley-root-1-meristem-vitally-stained-with-neutral-red-vacuolar-system-deeply-stained-more-or-image216123956.html
Pseudounipolar neurons of a dorsal root ganglion. Silver method for Golgi apparatus. Dictyosomes are located in soma except in the axon hillock
Pseudounipolar neurons of a dorsal root ganglion. Silver method for Golgi apparatus. Dictyosomes are located in soma except in the axon hillock https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/pseudounipolar-neurons-of-a-dorsal-root-ganglion-silver-method-for-golgi-apparatus-dictyosomes-are-located-in-soma-except-in-the-axon-hillock-image401742479.html
Lettuce cells under microscope, magnification x 400
Lettuce cells under microscope, magnification x 400 https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/lettuce-cells-under-microscope-magnification-x-400-image157383726.html
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIG. 8. A. Idiosome from the spermatocyte of Helix pomatia. Osmic acid impregnation. The lepidosomes with convex chromophilic and internal chromophobic portions re- semble the classical dictyosomes. After Parat. B. Archesporial plastid from Polytrichttm commune. Benda or osmium fixation. The plastid closely resembles the dictyosomes. This might be taken as an indication that the plastid, too, is a specialized sort of chondriosome comparable to the "lepidosome." However, in view of the previous comparison between th
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. FIG. 8. A. Idiosome from the spermatocyte of Helix pomatia. Osmic acid impregnation. The lepidosomes with convex chromophilic and internal chromophobic portions re- semble the classical dictyosomes. After Parat. B. Archesporial plastid from Polytrichttm commune. Benda or osmium fixation. The plastid closely resembles the dictyosomes. This might be taken as an indication that the plastid, too, is a specialized sort of chondriosome comparable to the "lepidosome." However, in view of the previous comparison between th https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-fig-8-a-idiosome-from-the-spermatocyte-of-helix-pomatia-osmic-acid-impregnation-the-lepidosomes-with-convex-chromophilic-and-internal-chromophobic-portions-re-semble-the-classical-dictyosomes-after-parat-b-archesporial-plastid-from-polytrichttm-commune-benda-or-osmium-fixation-the-plastid-closely-resembles-the-dictyosomes-this-might-be-taken-as-an-indication-that-the-plastid-too-is-a-specialized-sort-of-chondriosome-comparable-to-the-quotlepidosomequot-however-in-view-of-the-previous-comparison-between-th-image234642446.html
Lettuce cells under microscope, magnification x 100
Lettuce cells under microscope, magnification x 100 https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/lettuce-cells-under-microscope-magnification-x-100-image157383704.html
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin-. FiG. 129. — Barley root. 1, meristem vitally stained with neutral red; vacuolar system deeply stained, more or
. The cytoplasm of the plant cell. Plant cells and tissues; Protoplasm. Guilllermond - Atkinson — 192 — Cytoplasm moreover, that the images obtained by osmic acid correspond always to those produced by silver methods and there has been no proof whatever that the dictyosomes can really be homologized with the Golgi network. One can not, therefore, suppress the thought that under this name have been grouped very diverse formations. One is forced to admit that there is reason to distin-. FiG. 129. — Barley root. 1, meristem vitally stained with neutral red; vacuolar system deeply stained, more or https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/the-cytoplasm-of-the-plant-cell-plant-cells-and-tissues-protoplasm-guilllermond-atkinson-192-cytoplasm-moreover-that-the-images-obtained-by-osmic-acid-correspond-always-to-those-produced-by-silver-methods-and-there-has-been-no-proof-whatever-that-the-dictyosomes-can-really-be-homologized-with-the-golgi-network-one-can-not-therefore-suppress-the-thought-that-under-this-name-have-been-grouped-very-diverse-formations-one-is-forced-to-admit-that-there-is-reason-to-distin-fig-129-barley-root-1-meristem-vitally-stained-with-neutral-red-vacuolar-system-deeply-stained-more-or-image231803354.html
Lettuce cells under microscope, magnification x 100 dark field technique
Lettuce cells under microscope, magnification x 100 dark field technique https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/lettuce-cells-under-microscope-magnification-x-100-dark-field-technique-image157383700.html
. Bonner zoologische Monographien. Zoology. 42. Fig. 9 a, b. Fine structure of gland cells in the pars convoluta. a Seromucous gland cell of the second subdivision (middle part) of the pars convoluta of Salamandra atra. Note the compact osmiophilic secretory granules (arrow), dictyosomes (di) and the well developed rough endoplasmic reticulum (rer). Nucleus (nu). Bar 1 |im. b Mucous gland cell of the first subdivision of the pars convoluta of Triturus alpestris. Note the confluent secretory granules (arrow) and the large dictyosome (di). Bar 1 }im.. Please note that these images are extracted
. Bonner zoologische Monographien. Zoology. 42. Fig. 9 a, b. Fine structure of gland cells in the pars convoluta. a Seromucous gland cell of the second subdivision (middle part) of the pars convoluta of Salamandra atra. Note the compact osmiophilic secretory granules (arrow), dictyosomes (di) and the well developed rough endoplasmic reticulum (rer). Nucleus (nu). Bar 1 |im. b Mucous gland cell of the first subdivision of the pars convoluta of Triturus alpestris. Note the confluent secretory granules (arrow) and the large dictyosome (di). Bar 1 }im.. Please note that these images are extracted https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/bonner-zoologische-monographien-zoology-42-fig-9-a-b-fine-structure-of-gland-cells-in-the-pars-convoluta-a-seromucous-gland-cell-of-the-second-subdivision-middle-part-of-the-pars-convoluta-of-salamandra-atra-note-the-compact-osmiophilic-secretory-granules-arrow-dictyosomes-di-and-the-well-developed-rough-endoplasmic-reticulum-rer-nucleus-nu-bar-1-im-b-mucous-gland-cell-of-the-first-subdivision-of-the-pars-convoluta-of-triturus-alpestris-note-the-confluent-secretory-granules-arrow-and-the-large-dictyosome-di-bar-1-im-please-note-that-these-images-are-extracted-image234486142.html
Lettuce cells under microscope, magnification x 100 dark field technique
Lettuce cells under microscope, magnification x 100 dark field technique https://www.alamy.com/licenses-and-pricing/?v=1 https://www.alamy.com/lettuce-cells-under-microscope-magnification-x-100-dark-field-technique-image157383746.html
