Rojanathanes Rojrit, Sereemaspun Amornpun, Pimpha Nuttaporn, Buasorn Vanida, Ekawong Prapawadee, Wiwanitkit Viroj
Department of Chemistry, Faculty of Science, Chulalongkorn University, Bangkok, Thailand.
Taiwan J Obstet Gynecol. 2008 Sep;47(3):296-9. doi: 10.1016/S1028-4559(08)60127-8.
The urine pregnancy test is an easily available diagnostic test in the present day and is routinely performed. The test is based on an immunochromatography technique. Here, we used an advanced nanomedicine technique for modification of the urine pregnancy test.
The preparation of gold nanoparticle solution in this study followed the standard method. We performed an experiment on both pregnancy-positive and -negative urine samples. First, a mixture with an equal amount (500 microliters) of gold nanoparticle solution and urine sample was prepared. Then, it was further tested for pregnancy by the urine pregnancy test strip.
The pregnancy-positive mixture became pink, while the pregnancy-negative mixture became gray. The urine pregnancy test strip for a positive mixture had two lines, while the negative mixture had one line.
This application can help the diagnosis of pregnancy and can be an alternative method for a urine pregnancy test. To our knowledge, this is the first report on this application.
尿妊娠试验是当今一种易于获得的诊断测试,且常规进行。该测试基于免疫层析技术。在此,我们使用先进的纳米医学技术对尿妊娠试验进行改进。
本研究中纳米金溶液的制备遵循标准方法。我们对妊娠阳性和阴性尿液样本均进行了实验。首先,制备等量(500微升)的纳米金溶液与尿液样本的混合物。然后,使用尿妊娠试纸条对其进行进一步的妊娠检测。
妊娠阳性混合物变为粉色,而妊娠阴性混合物变为灰色。阳性混合物的尿妊娠试纸条出现两条线,而阴性混合物的试纸条出现一条线。
这种应用有助于妊娠诊断,可作为尿妊娠试验的一种替代方法。据我们所知,这是关于该应用的首次报告。