TDZ (Thidiazuron) was used as cytokinin in tissue culture of taro in different genotypes.
在国内首次将苯基噻二唑基脲(TDZ)应用于不同基因型芋的组织培养中。
TDZ is the first choice hormone to establish the high frequency regeneration system of strawberry;
建立草莓高频再生体系，TDZ是首选激素； 某种激素随其组合激素不同而发挥功效不同；
TDZ and CPPU had different effects on callus induction, adventitious bud propagation and seedlings growth.
TDZ和CPPU在愈伤组织的诱导、不定芽的分化及组培苗的生长等方面表现出不同的效果。
If concentration of TDZ is higher, callus of rice would be browning, dwarfness wrinkled leaves, and vitrification.
高浓度的TDZ有一定的毒害作用，导致愈伤组织褐化，诱导的不定芽出现矮化、叶片卷曲、玻璃化等现象。
Using axillary nodes as explants, a high frequency plantlet regeneration system induced by thidiazuron (TDZ) was established.
以茎段为外植体，经tDZ诱导后，建立了甘露子的高频再生体系。
Researchers found that a spray of a solution containing thidiazuron, or TDZ, kept leaves and petals looking fresh and healthy for days longer than usual.
研究者们发现，这种喷雾中含有一种叫“脱叶灵”的物质，也可以称作“TDZ”，它可以使叶子和花瓣看着比它们能保持的时间更新鲜。
Above results showed that TDZ at a very low concentration could be used in micro-propagation in vitro in some plant species, as a substitute for BA.
以上结果表明很低浓度的TDZ就可代替BA用于某些植物的离体微型繁殖中。
TDZ was advantageous to induction of cotton callus, but it was not advantageous to proliferation and maintain of callus, and was not advantageous to induction of somatic embryoids.
研究结果表明，新型植物生长调节剂TDZ有利于棉花愈伤组织的诱导，但不利于棉花愈伤组织的增殖和保持，也不利于棉花体细胞胚的发生。
The result indicated that TDZ had effect on the adventitious buds induction of "Carbernet Sauvignon". Adventitious bud regenerating rate from leaf and petiole is 18.06% and 28.57%, respectively.
结果表明：TDZ对赤霞珠离体叶片、叶柄不定芽再生有诱导作用，对叶片、叶柄的最高诱导率分别为18.06%和28.57%；
The result indicated that TDZ had effect on the adventitious buds induction of "Carbernet Sauvignon". Adventitious bud regenerating rate from leaf and petiole is 18.06% and 28.57%, respectively.
结果表明：TDZ对赤霞珠离体叶片、叶柄不定芽再生有诱导作用，对叶片、叶柄的最高诱导率分别为18.06%和28.57%；
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