Compounding Binding words, transliteration words, and onomatopoetic words of Chinese language into the kind of onomatopoeia. Each word of its inside is called the character sued for onomatopoeia is thought to only record the one syllable sound without meaning. The result reveals, these characters are all independent morpheme, can all become words independently. The feasible reason of this research is, first, cut character temporarily ingrammar words. The second, word feature is different from word using. The third, Chinese character has its feature oneself ---- morphological features. This paper analyzes down from a point is identical with linguistics western. Enumerate seven reasons of the needing for internal word. Illustrate its morpheme, morphological feature, and use with examples. The researcher has the experience foundation that analyzing “hé”（和）, in idea has the commonality cognition - -morpheme between Chinese and English, the attention of the independent unit of Chinese - -individual feature of Chinese characters. This research can reset Chinese character’s location in linguistics.

This study was designed to compare re-epithelization rate/feature of conjunctival epithelial cell on amniotic membrane and anatomical difference between normal amniotic membrane and de-epithelial amniotic membrane. Human conjunctival tissue obtained while cataract operation were used in this study. Primary cultured human conjunctival epithelial cell and fibroblast were incubated on intact amniotic membrane and de-epithelialized amniotic membrane. After incubation for 3, 5 and 7 days, re-epithelization rate was analyzed using cell tracker and microscopic feature was examined using methylene blue and hematoxylin- eosin stain. For cell marker analysis, cytokeratin 14 and vimentin antibody immunofluorescence stain were used. Clearance rate of epithelial cells on amniotic membrane using trypsin was better than using 25% alcohol. The results of reepithelization rate using cell tracker, HaCaT, conjunctival firbroblast, and epithelial cell were rapidly incubated on deepithelialized amniotic membrane. Wound healing and re-epithelization were more rapidly induced on de-epithelialized amniotic membrane on permanent amniotic membrane graft.