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1·Long-term studies for evaluation of carcinogenic potential have not been performed with clevidipine butyrate.

对丁酸氯维地平这种药物的致癌风险的长期研究尚未进行。

2·Differentiation was induced by sodium butyrate.

用丁酸钠诱导其分化。

3·There was rapid conversion of butyrate into Acetate.

同时丁酸向乙酸转化。

4·Study on catalytic synthesis of amyl butyrate with solid acid;

采用硫酸氢钠为催化剂合成了己酸戊酯。

5·Ceric sulfate is an excellent catalyst for synthesis of amyl butyrate.

硫酸铈是合成丁酸戊酯的良好催化剂。

6·Butyrate is linked to lower cholesterol levels, and thus healthier hearts.

丁酸盐能降低胆固醇水平，因此能使心脏更加健康。

7·Isobutyl butyrate was synthesized by using gallium sulphate as the catalyst.

以硫酸镓为催化剂，正丁酸和异丁醇为原料合成了丁酸异丁酯。

8·Glycidol butyrate is an important chiral material and synthetic intermediate.

缩水甘油丁酸酯是一种重要的手性原料和合成中间体。

9·Benzyl butyrate was synthesized by using potassium bisulfate as the catalyst.

以硫酸氢钾为催化剂，丁酸和苄醇为原料合成丁酸苄酯。

10·Methods:HT-29 cells were cultured in the absence or presence of sodium butyrate.

方法：HT-29细胞常规培养在含有和不含有丁酸钠的培养液中。

丁酸

1·Long-term studies for evaluation of carcinogenic potential have not been performed with clevidipine butyrate.

对丁酸氯维地平这种药物的致癌风险的长期研究尚未进行。

2·Isoamyl butyrate was synthesized from butyric acid and isoamyl catalyzed by composite solid acid as the catalyst.

用丁酸和异戊醇为原料，复合固体酸为催化剂合成了丁酸异戊酯。

3·Glycidyl butyrate was synthesized from racemic epichlorohydrin and butyric acid by chemical means. The purity of the refined product was over 96% and the yield was about 47%.

利用化学方法，由外消旋环氧氯丙烷出发，合成丁酸环氧丙酯，精制后可获得纯度96%以上的丁酸环氧丙酯，收率为47%。

4·Objective To study the differentiation of human glioma cells BT-325 induced by sodium butyrate in vitro.

目的研究丁酸钠体外诱导人脑多型性胶质母细胞瘤细胞系BT - 325细胞的分化。

5·Ceric sulfate is an excellent catalyst for synthesis of amyl butyrate.

硫酸铈是合成丁酸戊酯的良好催化剂。

丁酸酯

1·Glycidol butyrate is an important chiral material and synthetic intermediate.

缩水甘油丁酸酯是一种重要的手性原料和合成中间体。

丁酸盐

1·They also reduce blood sugar levels, and create the fatty acid butyrate, which may burn fat faster.

它们也减少血糖水平，并且生成可能更快燃烧脂肪的含脂肪的酸的丁酸盐。

2·Resorcin biodegradation was studied by acclimated anaerobic sludge with sucrose, glucose, butyrate and ethanol as co-metabolism substrates in ASBR reactor.

分别用蔗糖、葡萄糖、丁酸盐和乙醇作为驯化好的厌氧污泥的共代谢基质，在厌氧序批式反应器(asbr)中对间苯二酚的降解进行研究。

(1)ethyl butyrate丁酸乙酯