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Isolation of Chemical Compounds from Root of Artocarpus camansi and Antidiabetic Activity Test

机译:面包果根中化合物的分离及抗糖尿病活性试验

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The antidiabetic test of crude extract of n-hexane, group of fraction A, group of fraction B, group of fraction C, group of fraction D and isolate of C43 from root skin of Kulu (A. camansi), it is known that group of fraction A can lower blood sugar of mice is the biggest, that is at min 60 th , followed by crude extract of n-hexane, group of fraction B, group of fraction C, group of fraction D and isolate C43. The C4 3 isolate the largest of which decreased blood glucose in the 30 th min, but in the 90 th min raised blood glucose in mice. The fraction group of A had lower mean blood glucose levels and significantly different from the positive control with 95% confidence level (P0.05) at min 120 th . The result of the separation of fraction group guided by activity anti-diabetes obtained isolate C43, The isolate of C43 after they were characterized by 1 H-NMR, 13 C-NMR, FT-IR and MS (GC-MS), were suggested as lupeol acetate.
机译:从库鲁(A. camansi)根皮中提取正己烷粗提物,A组组分,B组组分,B组组分,C组组分,D组组分和C43分离物的抗糖尿病试验,已知A级组分可降低小鼠的血糖最大,即在第60分钟时,其次是正己烷粗提物,B级组分,C级组分,D级组分和分离物C43。 C4 3分离物最大的是在第30分钟降低了血糖,但在第90分钟升高了小鼠的血糖。 A组的分数组平均血糖水平较低,在第120分钟时与阳性对照组有显着差异,置信水平为95%(P <0.05)。提出了以抗糖尿病活性为指导的分离组分C43的分离结果,建议用1 H-NMR,13 C-NMR,FT-IR和MS(GC-MS)对C43进行分离。作为醋酸鲁培醇。

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