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中药丹参和印度阿育吠陀医学中的阿朱那树树皮对一种相对较新的用于Vista 1500分析仪的地高辛测定法的影响。

Effect of Chinese Medicine Danshen and Indian Ayurvedic Medicine Bark of Arjuna Tree on a Relatively New LOCI Digoxin Assay for Application on the Vista 1500 Analyzer.

作者信息

Dasgupta Amitava, Sengupta Tamal K, Johnson Myrtle

机构信息

Department of Pathology and Laboratory Medicine, University of Texas-Houston Medical School, Houston, Texas.

Department of Surgery, N. R. S Medical College and Hospital, Kolkata, India.

出版信息

J Clin Lab Anal. 2015 Jul;29(4):263-7. doi: 10.1002/jcla.21762. Epub 2014 May 19.

Abstract

BACKGROUND

Danshen is a traditional Chinese medicine and bark of Arjuna tree is an Ayurvedic medicine both indicated as heart tonic. Interference of Danshen in serum digoxin immunoassays has been reported but potential interference of extract of bark of Arjuna tree has not been reported. We studied potential interferences of Danshen and bark of Arjuna tree on a relatively new LOCI digoxin assay for application on the Vista 1500 analyzer (Siemens Diagnostics).

METHODS

Aliquots of drug-free serum were supplemented with ethyl acetate extract of Danshen (two different brands studied) or aqueous or ethyl alcohol extract of bark of Arjuna tree and apparent digoxin concentrations were measured by the LOCI digoxin assay. In another experiment, aliquots of serum pool containing digoxin were further supplemented with Danshen or bark of Arjuna tree extract and digoxin concentrations were measured again using LOCI digoxin assay.

RESULTS

Little apparent digoxin concentration was observed when aliquots of drug-free serum pools were supplemented with Danshen or bark of Arjuna tree extract. When aliquots of serum digoxin pool were further supplemented with these extract, we observed statistically significant negative interference but such differences may not be clinically significant.

CONCLUSION

We conclude that LOCI digoxin assay is virtually free from interferences of Danshen and extract of bark of Arjuna tree.

摘要

背景

丹参是一种中药,而阿朱那树的树皮是一种印度草药,二者均被用作心脏滋补剂。已有报道称丹参对血清地高辛免疫测定有干扰,但阿朱那树树皮提取物的潜在干扰尚未见报道。我们研究了丹参和阿朱那树树皮对一种相对较新的用于西门子诊断Vista 1500分析仪的荧光素酶免疫分析法定量检测地高辛的潜在干扰。

方法

将无药血清的等分试样分别用丹参的乙酸乙酯提取物(研究了两个不同品牌)或阿朱那树树皮的水提取物或乙醇提取物进行添加,然后用地高辛荧光素酶免疫分析法测量表观地高辛浓度。在另一项实验中,将含有地高辛的混合血清等分试样进一步用丹参或阿朱那树树皮提取物进行添加,然后再次用地高辛荧光素酶免疫分析法测量地高辛浓度。

结果

当无药血清混合液的等分试样用丹参或阿朱那树树皮提取物添加时,观察到的表观地高辛浓度很低。当血清地高辛混合液的等分试样进一步用这些提取物添加时,我们观察到有统计学意义的负干扰,但这种差异可能不具有临床意义。

结论

我们得出结论,荧光素酶免疫分析法定量检测地高辛几乎不受丹参和阿朱那树树皮提取物的干扰。

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Cardiovascular effects of Danshen.丹参的心血管效应。
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