. Morphology of angiosperms (Morphology of spermatophytes. Part II). Angiosperms; Plant morphology. Fig. 40.—Helosis gityanensis. A, binueleate embryo-sac with antipodal nucleus already disintegrating. B> later stage ; micropylar nucleus has divided twice, giving rise to two synergids, an egg (not shown), and the micropylar polar nucleus which gives rise to the endosperm; no antipodals. C\ remains of synergids and egg; the a pseudo-endosperm " nucleus dividing; no trace of antipodals.—After Ohodat and thogalum nutans, Santalum, Gomphrena, and Lorantlius, has long been known.
. Morphology of angiosperms (Morphology of spermatophytes. Part II). Angiosperms; Plant morphology. Fig. 40.—Helosis gityanensis. A, binueleate embryo-sac with antipodal nucleus already disintegrating. B> later stage ; micropylar nucleus has divided twice, giving rise to two synergids, an egg (not shown), and the micropylar polar nucleus which gives rise to the endosperm; no antipodals. C\ remains of synergids and egg; the a pseudo-endosperm " nucleus dividing; no trace of antipodals.—After Ohodat and thogalum nutans, Santalum, Gomphrena, and Lorantlius, has long been known. In Lorantlius Treub 13 says that this is due to the fact that the primary micropylar nucleus divides only once, but it is also possible that the mother-nucleus of the. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Coulter, John Merle, 1851-1928; Chamberlain, Charles Joseph, b. 1863. New York, D. Appleton
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