Science Source Feb 2010

EN_90286490_0602

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caption

Transmission electron micrograph of desmosomes in glial cells in the nerve cord of the annelid worm (Aphrodite aculeata). Desmosomes in invertebrates such as this are slightly different from those in vertebrate animals. This is thought to be due to the greater mechanical stress on the central nervous system of these animals while they propel themselves.

headline Science Source Feb 2010

created date 2010-02-13

credit EAST NEWS

source Science Source

byline Don W. Fawcett

original transmission reference 9l8901

weight 1,79MB

size 35cm x 25cm by 300dpi

keywords - Show

ACULEATA, ADHERENS, ADHERENTES, ANIMALS, ANNELID, APHRODITE, ARE, AS, BE, CELL, CELLS, CELLULAR, CENTRAL, COMPLEX, CORD, DESMOSOME, DESMOSOMES, DIFFERENT, DON, DUE, E, ELECTRON, EPITHELIAL, EPITHELIUM, FAWCETT, FROM, GLIAL, GREATER, HISTOLOGICAL, HISTOLOGY, IMAGING, IN, INVERTEBRATES, IS, JUNCTIONAL, MACULA, MECHANICAL, MEDICAL, MICROGRAPH, MICROGRAPHY, MICROSCOPY, NERVE, NERVOUS, OF, ON, PROPEL, SCIENCE, SLIGHTLY, STRESS, SUCH, SYSTEM, TEM, THE, THEMSELVES, THESE, THEY, THIS, THOSE, THOUGHT, TO, TRANSMISSION, VERTEBRATE, WHILE, WORM,