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91. Objective To investigate the feasibility of osteoid callus allograft as a kind of bone healing promoting materials.

92. Methods 20 patients of humeral nonunion with large segement defect were treated by callus lengthening.

93. PP 333 promote callus induction of ttiree kinds of varieties except Dixie Green.

94. The best proportioning concentration between growth hormone and cytokinin to the formation of callus and bulblet has been discussed.

95. A callus of sugar cane was inoculated with smut crude toxin ( Ustiagoscitaminea syd ).

96. Callus had no distinct effect on wheat scab and cucurbits mould expect that callus from cotyledons inhibited rape sclerotinia rot, whose activity was lower than that of extracts from seeds.

97. Function: whiten and moisten skin. remove cuticle, callus, bad smell of foot or athlete's foot. Prevent and repair podoschisis skin.

98. The regenerated plantlets in Dianthus chinensis were obtained by two methods: through the redifferentiation of the callus and the adventitious buds induced directly from the explant.

99. It is feasible to use Agrobacterium-mediated method to introduce exogenous gene into Roselle cells via callus.

100. Elements Affecting Callus Growth and Synthesis of Total Flavonoids in Astragalus membranaceus ( Fisch . ) Bge .

101. However treatment with GA by itself promoted callus formation and inhibited new periderm, cambium and vascular tissues differentiation.

102. The results indicated that embryogenic callus was the best material for observed chromosome.

103. The research indicated that chenopodium album leaves of Artemisia selengensis, callus formation soft experienced start-up period, period and the formation of split.

104. At the same time, carbenicillin and cefotaxime showed positive effect on regeneration of callus.

105. Embryogenic callus were formed in thesurface of meristematic tissue nodes.

106. Conclusions Callus lengthening is a good technique for humeral large segment defect nonunion.

107. The research was conducted to investigate the induction of leaf callus and plant regeneration of Dianthus chinensis L.

108. Callus induction and redifferentiation of black chokeberry leaf in vitro were studied when a diversity of plant hormones were added to MS media.

109. When microspore mother cell preparing meiosis, abundant calcium precipitates appeared in cytoplasm of tapetal cells and microspore mother cells, and in callus wall surrounding the cells.

110. We report a case of hyperplastic callus formation that occurred in both femurs in a patient with type V osteogenesis imperfecta (OI), with 4-year follow-up and resolution.

111. The improved fluorescence microscopic bioassay with cells from callus of Pinus thunbergii was introduced.

112. Effects of different growth regulators combination on callus inducement, proliferation and differentiation were studied with rhizomes of Alocasia macrorrhiza as explants.

113. The antisepsis result showed that : It is very important to get the asepsis explant. Because the sterilized effect can affect the growth of caudex and callus.

114. The embryo formed into a lot of callus and transformed into teratosis plants when were cultured on MS with hormone.

115. The amylose content was not related to the callus induced percentage, growth rate or green plantlet redifferentiation percentage.

116. The rest of phloem also produced callus through dedifferentiation. In addition,[www.Sentencedict.com] there was callus from xylem.

117. Factors affecting induction of callus in Mikania micrantha Kunth were studied in the paper.

118. Histological observations on the processes of callus initiation and organogenesis have been made.

119. It was found that in dedifferentiated callus cells TNT was incorporated in the vacuoles in greater quantities in comparison with the cells of intact plant.

120. This callus can differentiate somatic embryo and regenerate plant on the culture medium somatic embryo differentiation.