Chloroplast containing cells Stock Photos and Images
(7)See chloroplast containing cells stock video clipsQuick filters:
Chloroplast containing cells Stock Photos and Images
The Grace of Tel aviv Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-the-grace-of-tel-aviv-27634600.htmlRMBGXT60–The Grace of Tel aviv
Chloroplast. Visualization of chloroplasts arrangement in plant cell and its basic structure, including chlorophyll-containing membranes Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/chloroplast-visualization-of-chloroplasts-arrangement-in-plant-cell-and-its-basic-structure-including-chlorophyll-containing-membranes-image473089389.htmlRF2JDK29H–Chloroplast. Visualization of chloroplasts arrangement in plant cell and its basic structure, including chlorophyll-containing membranes
. A textbook of botany for colleges and universities ... Botany. noteworthy feature of the sporophyte body is the occurrence of a single chloroplast in the actively dividing cells (meristem). It will be re- membered that this same feature appears in the gametophyte body of Anthoceros (p. io6). The vascular cylinder of the stem is generally of the primitive type, being a protostele (p. 125) (fig. 297) ; but in some caste the cylinder is hollow (a siphonostele), containing pith, a type of cylinder derived from the protostele. Sporangia. —The sporangia, as in all Lyco- podiales, are solitary and Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-noteworthy-feature-of-the-sporophyte-body-is-the-occurrence-of-a-single-chloroplast-in-the-actively-dividing-cells-meristem-it-will-be-re-membered-that-this-same-feature-appears-in-the-gametophyte-body-of-anthoceros-p-io6-the-vascular-cylinder-of-the-stem-is-generally-of-the-primitive-type-being-a-protostele-p-125-fig-297-but-in-some-caste-the-cylinder-is-hollow-a-siphonostele-containing-pith-a-type-of-cylinder-derived-from-the-protostele-sporangia-the-sporangia-as-in-all-lyco-podiales-are-solitary-and-image232330214.htmlRMRDYFFJ–. A textbook of botany for colleges and universities ... Botany. noteworthy feature of the sporophyte body is the occurrence of a single chloroplast in the actively dividing cells (meristem). It will be re- membered that this same feature appears in the gametophyte body of Anthoceros (p. io6). The vascular cylinder of the stem is generally of the primitive type, being a protostele (p. 125) (fig. 297) ; but in some caste the cylinder is hollow (a siphonostele), containing pith, a type of cylinder derived from the protostele. Sporangia. —The sporangia, as in all Lyco- podiales, are solitary and
. An introduction to vegetable physiology. Plant physiology. 152 VEGETABLE PHYSIOLOGY plants as the Casuarinas and the Equisetums (fig. 87), in which the leaves are rudimentary, definite longitudinal bands of cells in the young stems contain them. The structure of such a chloroplast as is characteristic of one of the higher plants has not been very completely investigated. There is undoubtedly a protoplasmic basis. Fig. 87.—Teansveese Section of Poetion off Aeeial Stem of an Bquiaekim. a, cortical lacuna; b, lacuna in vascular bundle; c, chlorophyll-containing cells. with which the colouring m Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-introduction-to-vegetable-physiology-plant-physiology-152-vegetable-physiology-plants-as-the-casuarinas-and-the-equisetums-fig-87-in-which-the-leaves-are-rudimentary-definite-longitudinal-bands-of-cells-in-the-young-stems-contain-them-the-structure-of-such-a-chloroplast-as-is-characteristic-of-one-of-the-higher-plants-has-not-been-very-completely-investigated-there-is-undoubtedly-a-protoplasmic-basis-fig-87teansveese-section-of-poetion-off-aeeial-stem-of-an-bquiaekim-a-cortical-lacuna-b-lacuna-in-vascular-bundle-c-chlorophyll-containing-cells-with-which-the-colouring-m-image232358746.htmlRMRE0RXJ–. An introduction to vegetable physiology. Plant physiology. 152 VEGETABLE PHYSIOLOGY plants as the Casuarinas and the Equisetums (fig. 87), in which the leaves are rudimentary, definite longitudinal bands of cells in the young stems contain them. The structure of such a chloroplast as is characteristic of one of the higher plants has not been very completely investigated. There is undoubtedly a protoplasmic basis. Fig. 87.—Teansveese Section of Poetion off Aeeial Stem of an Bquiaekim. a, cortical lacuna; b, lacuna in vascular bundle; c, chlorophyll-containing cells. with which the colouring m
. A textbook of botany for colleges and universities ... Botany. PTERIDOPHYTES ^33. noteworthy feature of the sporophyte body is the occurrence of a single chloroplast in the actively dividing cells (meristem). It will be re- membered that this same feature appears in the gametophyte body of Anthoceros (p. io6). The vascular cylinder of the stem is generally of the primitive type, being a protostele (p. 125) (fig. 297) ; but in some caste the cylinder is hollow (a siphonostele), containing pith, a type of cylinder derived from the protostele. Sporangia. —The sporangia, as in all Lyco- podiales Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-textbook-of-botany-for-colleges-and-universities-botany-pteridophytes-33-noteworthy-feature-of-the-sporophyte-body-is-the-occurrence-of-a-single-chloroplast-in-the-actively-dividing-cells-meristem-it-will-be-re-membered-that-this-same-feature-appears-in-the-gametophyte-body-of-anthoceros-p-io6-the-vascular-cylinder-of-the-stem-is-generally-of-the-primitive-type-being-a-protostele-p-125-fig-297-but-in-some-caste-the-cylinder-is-hollow-a-siphonostele-containing-pith-a-type-of-cylinder-derived-from-the-protostele-sporangia-the-sporangia-as-in-all-lyco-podiales-image232330218.htmlRMRDYFFP–. A textbook of botany for colleges and universities ... Botany. PTERIDOPHYTES ^33. noteworthy feature of the sporophyte body is the occurrence of a single chloroplast in the actively dividing cells (meristem). It will be re- membered that this same feature appears in the gametophyte body of Anthoceros (p. io6). The vascular cylinder of the stem is generally of the primitive type, being a protostele (p. 125) (fig. 297) ; but in some caste the cylinder is hollow (a siphonostele), containing pith, a type of cylinder derived from the protostele. Sporangia. —The sporangia, as in all Lyco- podiales
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Figure 6. Symbiotic algae in tertiary tubules in the gills of Corculum cardissa, showing (a) several symbionts in a tubule and (b) high magnification of the two cells in 6a. Scale bar = 1 /j.m.. Figure 7. Schematic representation of the relation between the alga (A), the tubule cells of the tertiary tubules (TC), and the hemolymph containing blood cells (be), n, nucleus; cp. chloroplast. 2000). In neither example are the "signals" that elicit the developmental response in the host known. In the case of the dinoflag Stock Photo](https://c8.alamy.com/comp/RHH2YT/the-biological-bulletin-biology-zoology-biology-marine-biology-figure-6-symbiotic-algae-in-tertiary-tubules-in-the-gills-of-corculum-cardissa-showing-a-several-symbionts-in-a-tubule-and-b-high-magnification-of-the-two-cells-in-6a-scale-bar-=-1-jm-figure-7-schematic-representation-of-the-relation-between-the-alga-a-the-tubule-cells-of-the-tertiary-tubules-tc-and-the-hemolymph-containing-blood-cells-be-n-nucleus-cp-chloroplast-2000-in-neither-example-are-the-quotsignalsquot-that-elicit-the-developmental-response-in-the-host-known-in-the-case-of-the-dinoflag-RHH2YT.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Figure 6. Symbiotic algae in tertiary tubules in the gills of Corculum cardissa, showing (a) several symbionts in a tubule and (b) high magnification of the two cells in 6a. Scale bar = 1 /j.m.. Figure 7. Schematic representation of the relation between the alga (A), the tubule cells of the tertiary tubules (TC), and the hemolymph containing blood cells (be), n, nucleus; cp. chloroplast. 2000). In neither example are the "signals" that elicit the developmental response in the host known. In the case of the dinoflag Stock Photo")
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Figure 6. Symbiotic algae in tertiary tubules in the gills of Corculum cardissa, showing (a) several symbionts in a tubule and (b) high magnification of the two cells in 6a. Scale bar = 1 /j.m.. Figure 7. Schematic representation of the relation between the alga (A), the tubule cells of the tertiary tubules (TC), and the hemolymph containing blood cells (be), n, nucleus; cp. chloroplast. 2000). In neither example are the "signals" that elicit the developmental response in the host known. In the case of the dinoflag Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-figure-6-symbiotic-algae-in-tertiary-tubules-in-the-gills-of-corculum-cardissa-showing-a-several-symbionts-in-a-tubule-and-b-high-magnification-of-the-two-cells-in-6a-scale-bar-=-1-jm-figure-7-schematic-representation-of-the-relation-between-the-alga-a-the-tubule-cells-of-the-tertiary-tubules-tc-and-the-hemolymph-containing-blood-cells-be-n-nucleus-cp-chloroplast-2000-in-neither-example-are-the-quotsignalsquot-that-elicit-the-developmental-response-in-the-host-known-in-the-case-of-the-dinoflag-image234559468.htmlRMRHH2YT–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Figure 6. Symbiotic algae in tertiary tubules in the gills of Corculum cardissa, showing (a) several symbionts in a tubule and (b) high magnification of the two cells in 6a. Scale bar = 1 /j.m.. Figure 7. Schematic representation of the relation between the alga (A), the tubule cells of the tertiary tubules (TC), and the hemolymph containing blood cells (be), n, nucleus; cp. chloroplast. 2000). In neither example are the "signals" that elicit the developmental response in the host known. In the case of the dinoflag
. The algae. Algae. EUPHYCOPHYTA 73 gether with rhizoids from one or two basal cells. The thallus, which is often invested by a gelatinous matrix of pectins, possesses a main axis composed of large barrel-shaped cells, each containing a small, entire or reticulate chloroplast and several pyrenoids. This axis is primarily for support, and it bears much branched laterals. Fig. 38 Draparnaldia. A, portion of plant ( x f). B, same en- larged, C, rhizoids in D. plumosa. D, aplanospores of D. glomerata. (A, Bj D, after Oltmanns; C, after Fritsch.) that normally grow out in tufts, the short cells com Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-algae-algae-euphycophyta-73-gether-with-rhizoids-from-one-or-two-basal-cells-the-thallus-which-is-often-invested-by-a-gelatinous-matrix-of-pectins-possesses-a-main-axis-composed-of-large-barrel-shaped-cells-each-containing-a-small-entire-or-reticulate-chloroplast-and-several-pyrenoids-this-axis-is-primarily-for-support-and-it-bears-much-branched-laterals-fig-38-draparnaldia-a-portion-of-plant-x-f-b-same-en-larged-c-rhizoids-in-d-plumosa-d-aplanospores-of-d-glomerata-a-bj-d-after-oltmanns-c-after-fritsch-that-normally-grow-out-in-tufts-the-short-cells-com-image237834665.htmlRMRPX8F5–. The algae. Algae. EUPHYCOPHYTA 73 gether with rhizoids from one or two basal cells. The thallus, which is often invested by a gelatinous matrix of pectins, possesses a main axis composed of large barrel-shaped cells, each containing a small, entire or reticulate chloroplast and several pyrenoids. This axis is primarily for support, and it bears much branched laterals. Fig. 38 Draparnaldia. A, portion of plant ( x f). B, same en- larged, C, rhizoids in D. plumosa. D, aplanospores of D. glomerata. (A, Bj D, after Oltmanns; C, after Fritsch.) that normally grow out in tufts, the short cells com
