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Disruption o proteoglycans in neural tube fluid by B

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Figure

Fig. 1. Graph showing the pattern of NTF osmolality at early stages of chick embryo brain development
Fig. 2. ␤ -D-xyloside induces overexpansion of the embryonic brain cavity in chick embryos
Fig. 3. Comparison of brain size of control and ␤ -D-xyloside treated H.H. stage 23 embryos shows a significant disruption of the brain expansion process
Fig. 5. Two major GAGs, hyaluronic acid and CS, were identified in NTF of H.H. stage 23 chick embryo brains, by electrophoretic separation on cellulose acetate combined with digestion by specific glycosidases
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