Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用黄酮等次生谢物未大量合成的青麻幼芽为材料，采用简化CTAB法提取青麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青麻成熟酚类、黄酮类等次生谢物较多，要从提取出高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

研究利用黄酮等次生谢物未大量合成的青为材料，采用简化CTAB法提取青总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青成熟组织中酚类、黄酮类等次生谢物较多，要从中提取出高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用黄酮等次生谢物未大量合成的青麻幼芽为材料，采用简化CTAB法青麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青麻成熟组织中酚类、黄酮类等次生谢物较多，要从中高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用酮等次生谢物未大量合成青幼芽为材料，采用简化CTAB法提取青DNA，以获得高纯度、高产量DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青成熟组织中酚类、酮类等次生谢物较多，要从中提取出高纯度DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用黄次生谢物未大量合成的青麻幼芽为材料，采用简化CTAB法提取青麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青麻成熟组织中酚、黄次生谢物较多，要从中提取出高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

利用黄酮等次生谢物未大量合成幼芽为材料，采用简化CTAB法提取总DNA，可以获得高纯度、高产量DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要成熟组织中酚类、黄酮类等次生谢物较多，要从中提取出高纯度DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用黄酮等次生谢物未大量合成的麻幼芽为材料，采用简化CTAB法麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要麻成熟组织中酚类、黄酮类等次生谢物较多，要从中出高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利用黄酮等次生谢物未大量合成的青麻幼芽为材料，采用简化CTAB法提取青麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘青麻成熟组织中酚类、黄酮类等次生谢物较，中提取出高纯度的DNA比较困难。

Through the simple method of CTAB, total DNA of velvetleaf was extracted from sprouts of velvetleaf in which there was a little secondary metabolites.

本研究利黄酮等次生谢物未大量合成的青麻幼为材料，采CTAB法提取青麻总DNA，可以获得高纯度、高产量的DNA。

Because the mature tissue of velvetleaf contains lots of secondary metabolites such as alkaloid and phenolic, it is difficult to obtain high purity DNA from mature tissue of velvetleaf.

摘要青麻成熟组织中酚类、黄酮类等次生谢物较多，要从中提取出高纯度的DNA比较困难。