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Desmosome Stock Photos and Images
RME8KRAT–Cell junctions : tight junction (or occluding), adherens junction, gap junction, desmosome and hemidesmosome.
RF2R5G8P0–epidermis structure. Skin anatomy. Cell, and layers of a human skin. Cross section of the epidermis. Skin care. vector illustration.
RF2E9GPGM–High magnification micrograph of non-keratinized squamous stratified epithelium of the esophagus showing desmosomes between the cells of the stratum s
RF2X35207–epidermis anatomy. Skin structure. Cell, and layers of a human skin. Cross section of the epidermis. Vector poster. Isometric Flat illustration.
RF2K6H801–Types of intercellular junctions. Gap junction (pore and connexon), desmosome (filaments, glycoprotein, plaque) and tight junction.
RMRHM2XP–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. INTERMEDIATE FILAMENTS, HEMIDESMOSOMES, AND DESMOSOMES Desmosome 375. Figure 1. Diagram comparing the major molecular constituents of the two intercellular adhesive junc- tions found m epithelial tissues. The adhesion molecules in both junctions are members of the larger cadherin family of calcium-dependent cell adhesion molecules. These are desmogleins and desmocollins in the desmosome (top), and classic cadherins, such as E-cadherin, in the adherens junction (bottom). Members of the armadillo gene family, plakoglobin and /
RF2K5E7NJ–Enterocyte. Intestinal absorptive cells, are simple columnar epithelial cells which line the inner surface of the small and large intestines.
RMRHK61W–. The biology of hydra and of some other coelenterates, 1961. Hydra; Cnidaria; Ctenophora; Cnidaria; Hydra. Plasma membrane 0.1// Fig. 3. An epidermal septate desmosome of Pelamatohydra. The junction of three cells in a shows the reflection of ceil surfaces into the attachment region (arrow) and the prominent cross connections. At b the lower central portion of a (framed) is shown at higher magnification. At the double arrow the outer dense component of the lower plasma membrane appears to be continuous with the dense lines of the intercellular septa. The diagram at c illustrates the arrangeme
RME8KR9W–Cell junctions : tight junction (or occluding), adherens junction, gap junction, desmosome and hemidesmosome.
RMRHN019–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. PLANULA ULTRASTRUCTURE 407 CN. FIGURE. 3. Longitudinal reconstruction of the nematocyte extending outer ectodermal surface to the mesoglea. CE = centriole, CP = capsule, CN == cnidocil, D = desmosome, EL = epithelial lip, GC = Golgi Complex, M = mitochrondrion, MF = microfilaments, MV == microvillus, N = nucleus. O = operculum, RER = rough endoplasmic reticulum, S = stylet, SC = stereocilla, SR = stiff rod, T = thread, TJ = tight junction, V = irregularly shaped vesicles.. Please note that these images are extracted from sc
RMRHN0JX–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 240 I FIDNER ET AL. Figure -I. Electron micrographs of Thelohania sp. spore sacs. Figure A shows a portion of spore sac without spores. Note the hall-desmosome plaques with cytokeratin analogues attached. Figure B shows the half-desmosome plaques with immunoperoxidase labeling for desmoplakin I; note that the cytokeratin an- alogues within the spore sac appear unstained. Figure C shows a contrasting image of half-desmosomal plaques immunoperoxidase stained for cytokeratins: note that the filaments stand out much more clea
RMRHN41F–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 324 V. J. MARTIN AND F.-S. CHIA. FIGURE 6. Septate desmosome between 2 supportive cells. CR = ciliary rootlet; V = vacuole. Bar = 0.5 FIGURE 7. Foot processes of the ectodermal supportive cells. These processes insert on the mesoglea and contain numerous PAS-positive granules and glycogen particles. EC = ectoderm; EN = endoderm; FP = foot process of supportive cell; GL = glycogen particles; MG = mesoglea; Y = PAS-positive granules. Bar = 1. Please note that these images are extracted from scanned page images that may have be
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 108 M. G. MARTYNOVA AND O. A. BYSTROVA -•**•*«.£'•» • ^'<y*• a f£S"3; '•' ••JhGwr •^T*Sii ''•. Figure 6. Electron micrograph of a moderately differentiated cardiomyocyte in the Acluitinu myocardium, m, mature cardiomyocytes. e, endotheliul cells. Scale bar = 2 pun. Figure 7. Electron micrograph showing a desmosome (arrow) between moderately differentiated (mm) and mature (m) cardiomyocytes. Scale bar = 1 n111- heart do not demonstrate any morphological indications of transformation into myocytes, so they could not Stock Photo](https://c8.alamy.com/comp/RHM8RW/the-biological-bulletin-biology-zoology-biology-marine-biology-108-m-g-martynova-and-o-a-bystrova-lty-a-fsquot3-jhgwr-tsii-figure-6-electron-micrograph-of-a-moderately-differentiated-cardiomyocyte-in-the-acluitinu-myocardium-m-mature-cardiomyocytes-e-endotheliul-cells-scale-bar-=-2-pun-figure-7-electron-micrograph-showing-a-desmosome-arrow-between-moderately-differentiated-mm-and-mature-m-cardiomyocytes-scale-bar-=-1-n111-heart-do-not-demonstrate-any-morphological-indications-of-transformation-into-myocytes-so-they-could-not-RHM8RW.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 108 M. G. MARTYNOVA AND O. A. BYSTROVA -•**•*«.£'•» • ^'<y*• a f£S"3; '•' ••JhGwr •^T*Sii ''•. Figure 6. Electron micrograph of a moderately differentiated cardiomyocyte in the Acluitinu myocardium, m, mature cardiomyocytes. e, endotheliul cells. Scale bar = 2 pun. Figure 7. Electron micrograph showing a desmosome (arrow) between moderately differentiated (mm) and mature (m) cardiomyocytes. Scale bar = 1 n111- heart do not demonstrate any morphological indications of transformation into myocytes, so they could not Stock Photo"){kind=icon}
RMRHM8RW–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 108 M. G. MARTYNOVA AND O. A. BYSTROVA -•**•*«.£'•» • ^'<y*• a f£S"3; '•' ••JhGwr •^T*Sii ''•. Figure 6. Electron micrograph of a moderately differentiated cardiomyocyte in the Acluitinu myocardium, m, mature cardiomyocytes. e, endotheliul cells. Scale bar = 2 pun. Figure 7. Electron micrograph showing a desmosome (arrow) between moderately differentiated (mm) and mature (m) cardiomyocytes. Scale bar = 1 n111- heart do not demonstrate any morphological indications of transformation into myocytes, so they could not
RMRHN1NH–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SEA CUCUMBER OVARY AND OVULATION 347. hs FIGURE 3. TEM of epithelial cells of the peritoneum. These cells lie on a basal lamina (bl) that separates them from the genital hemal sinus (hs) of the ovary. These cells often contain regular arrays of RER. Scale bar = 0.5 /im. 23.000X. FIGURE 4. TEM of adjacent muscle cell contractile elements joined by a desmosome (d). The cells are attached to the basal lamina by hemidesmosomes (hd). Processes from epithelial cells (e) overlie the muscle cells. Spaces containing asterisks are fix
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 328 J. C. McNAMARA AND A. G. LIMA • v*^r ' '::- .'. ^^" -.--•'& »«JF ' •*, • ''*' ': '--V-§ - < ^^-i »„«% r*| vir:.**-' *sSP»-8$'. Figure 11. Detail of a characteristic junctional complex between the extreme, lateral tlange regions of i adjacent pillar cells from Macrobrachium olfersn in FW. The sequence of a small desmosome (d). hy septate junction (s)and region of close membrane apposition (a) is typical. Small groups of micro- arrowheads) are loosely associated with the apical region of the junction. Scale bar Stock Photo](https://c8.alamy.com/comp/RHMEDR/the-biological-bulletin-biology-zoology-biology-marine-biology-328-j-c-mcnamara-and-a-g-lima-vr-quot-amp-jf-v-lt-i-r-vir-ssp-8-figure-11-detail-of-a-characteristic-junctional-complex-between-the-extreme-lateral-tlange-regions-of-i-adjacent-pillar-cells-from-macrobrachium-olfersn-in-fw-the-sequence-of-a-small-desmosome-d-hy-septate-junction-sand-region-of-close-membrane-apposition-a-is-typical-small-groups-of-micro-arrowheads-are-loosely-associated-with-the-apical-region-of-the-junction-scale-bar-RHMEDR.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 328 J. C. McNAMARA AND A. G. LIMA • v*^r ' '::- .'. ^^" -.--•'& »«JF ' •*, • ''*' ': '--V-§ - < ^^-i »„«% r*| vir:.**-' *sSP»-8$'. Figure 11. Detail of a characteristic junctional complex between the extreme, lateral tlange regions of i adjacent pillar cells from Macrobrachium olfersn in FW. The sequence of a small desmosome (d). hy septate junction (s)and region of close membrane apposition (a) is typical. Small groups of micro- arrowheads) are loosely associated with the apical region of the junction. Scale bar Stock Photo")
RMRHMEDR–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 328 J. C. McNAMARA AND A. G. LIMA • v*^r ' '::- .'. ^^" -.--•'& »«JF ' •*, • ''*' ': '--V-§ - < ^^-i »„«% r*| vir:.**-' *sSP»-8$'. Figure 11. Detail of a characteristic junctional complex between the extreme, lateral tlange regions of i adjacent pillar cells from Macrobrachium olfersn in FW. The sequence of a small desmosome (d). hy septate junction (s)and region of close membrane apposition (a) is typical. Small groups of micro- arrowheads) are loosely associated with the apical region of the junction. Scale bar
RMRHMD5E–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ADHESION IN SEA STARS 37. Figures 1-5. Outer aspect of the locomotory podia in Animus nihcn. and Marthasterias glacialis. C, cihum; D, disk; P, pore; S, stem; SM. secretory material. Figure 1. Podium (.). rulvus). Figure 2. Podium (.t glai'ialis). Figure 3. Disk surface (M. glacialis). Figure 4. Detailed view of cilia and pores (M. glucialis). Figure 5. Disk surface with secretory material (.1 rithenx). ens and a subapical septate desmosome. Both types of cells send basal processes that pass between myoepi- thelial cells b
RMRHN009–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 408 V. M. WEIS ET AL. ':. =ft: :-, i:. FIGURE 4. Nematocyte. (A) Cross-section of an atrichous isorhiza. Note the stylet and small thread (16.620X). (B) Longitudinal section of a desmoneme. Note the single large thread (16.620X). (C) Cnidoblast in the endoderm (10.234X). (D) Desmosome between the base of a nematocyte and a foot process of an EMC (16,620X). (E) A scanning micrograph of a cnidocil on the surface of a planula (8.867X). (F) Cross-section of a cnidocil and cnidocil-associated apparatus. Note the fine filamentous
RMRHN3WD–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. LOCALIZATION IN CHAETOPTERUS 233. FIGURES 10-12. Figure 10. Electron micrograph of a section through a blastomere of a 16-cell embryo. Note polarization of the cell with apical nucleus (N) and basal endoplasm with lipid (L) and yolk (Y). Scale bar = 5.0 jim. Upper inset: light micrograph of a section through a 16-cell embryo. Scale bar = 100 ^m. Lower inset: electron micrograph showing a desmosome (arrow) at the junction between adjacent blastomeres. Scale bar = 1.0 ^m. Figure 11. Section through the hyaloplasm of a 16-cell
Search Results for Desmosome Stock Photos and Images (29)
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