File:Diagram Bekerspons.png
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[edit]DescriptionDiagram Bekerspons.png |
Nederlands: Overzicht van een gedeeltelijke doorsnede van een zeespons met een schematische weergave van een asconoïde spons. Zeewater komt de spons binnen via kleine poriën in de oppervlaktelaag (pinacoderm). Geflagelleerde choanocyten zijn gerangschikt in ringen die het watersysteem van de spons bekleden en zijn verantwoordelijk voor het stromen van water door de spons totdat het via de uitademingsopening (osculum) wordt afgevoerd. Micro-organismen uit de omgeving worden weergegeven als groene cellen, terwijl de dichte gemeenschap van symbiotische micro-organismen die binnen de mesohyl bestaat, wordt afgebeeld als rode cellen. Kiezelhoudende spicula bieden extra structurele ondersteuning voor veel sponssoorten.
English: Overview of a marine sponge body plan showing a schematic representation of an asconoid sponge. Seawater enters the sponge through tiny pores (poriecellen) in the surface layer (pinacoderm). Flagellated choanocyte cells are arranged in rings lining the sponge’s aquiferous system and are responsible for moving water through the sponge until it is discharged via the exhalant opening (osculum). Environmental microorganisms are shown as green cells, whereas the dense community of symbiotic microor-ganisms that exists within the mesohyl is portrayed as red cells. Siliceous spicules provide additional structural support to many sponge species. |
Date | |
Source | Webster NS, Thomas T. 2016. The sponge hologenome. mBio 7(2):e00135-16.doi:10.1128/mBio.00135-16 |
Author | Webster NS |
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current | 22:57, 15 December 2023 | 1,350 × 1,558 (785 KB) | Phacelias (talk | contribs) | Uploaded a work by Webster NS from Webster NS, Thomas T. 2016. The sponge hologenome. mBio 7(2):e00135-16.doi:10.1128/mBio.00135-16 with UploadWizard |
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