exoderm

navigate by keyword : animals cell complex diploblastic exoderm functions gastroderm inside jellyfish layers main mesoglea middle outside skeleton three triploblastic two words

Longitudinal section through cells of a stem from a maize plantunder the microscope. Royalty Free Stock Photo
Stem cells of a lentil plant under the microscope. Royalty Free Stock Photo
Stem cells of a lentil plant under the microscope. Royalty Free Stock Photo
Stem cells of a lentil plant under the microscope. Royalty Free Stock Photo
Cell microscopic- Vicia Faba Royalty Free Stock Photo
Cell microscopic- Vicia Faba Royalty Free Stock Photo
Cross section through cells of a seedling from a maize plant under the microscope Royalty Free Stock Photo
Jellyfish in Mentawai Island
Cell microscopic- Vicia Faba Royalty Free Stock Photo
Potato cells with starch corns under the microscope Royalty Free Stock Photo
Cross section through cells of a seedling from a maize plant under the microscope. Royalty Free Stock Photo
Water lily nymphaea stem under the microscope Royalty Free Stock Photo
Sunflower leaf under the microscope Royalty Free Stock Photo
Cells of the bark from a cork tree. Royalty Free Stock Photo
Sambucus stem with parenchyma cells under the microscope Royalty Free Stock Photo
Jellyfish are diploblastic animals, in other words they have two main cell layers, while more complex animals are triploblastic which have three main layers. The two main cell layers of jellyfish are the exoderm on the outside and the gastroderm on the inside, in the middle is the mesoglea which functions as a skeleton.


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