OBJECTIVE: Blood group analysis is a basic immunohematological test. It should be noted that A, B, O and AB have various subgroups. Here, the authors used the advanced nanomedicine technique for modification of the basic blood group test for detection of weak B subgroup. Of interest, it can be seen that gold nanoparticle can help increase the agglutination reaction. STUDY DESIGN: The preparation of gold nanoparticle solution in this study was according to the standard method reported by Frenkel et al. The author performed an experiment on several conditions on weak B3 blood group sample, Anti B and gold nanoparticle solution. RESULTS: In this study, the author found that more agglutination can be detected in the system of antigen, antibody and gold nanoparticle than in the system of only system of antigen and antibody. CONCLUSION: This application can help diagnosis of weak blood group and can be the alternative way for the blood group test. This is the first world report on this application.
OBJECTIVE: Blood group analysis is a basic immunohematological test. It should be noted that A, B, O and AB have various subgroups. Here, the authors used the advanced nanomedicine technique for modification of the basic blood group test for detection of weak B subgroup. Of interest, it can be seen that gold nanoparticle can help increase the agglutination reaction. STUDY DESIGN: The preparation of gold nanoparticle solution in this study was according to the standard method reported by Frenkel et al. The author performed an experiment on several conditions on weak B3 blood group sample, Anti B and gold nanoparticle solution. RESULTS: In this study, the author found that more agglutination can be detected in the system of antigen, antibody and gold nanoparticle than in the system of only system of antigen and antibody. CONCLUSION: This application can help diagnosis of weak blood group and can be the alternative way for the blood group test. This is the first world report on this application.