https://www.selleckchem.com/products/pluripotin-sc1.html Using the DuraClone kit, only 11 out of 63 samples were inconclusive. Influence of HLA-B7 expression was detectable in some cases when ABCm3 and FD705 were used separately. Our results show that simultaneous use of HLA-B27 monoclonal antibodies and pre-selection of T cells significantly increased the specificity of the flow cytometric assay, however it did not reach the specificity of PCR. Nevertheless, based on our results, performing the PCR test exclusively in equivocal cases by DuraClone kit reduces the burden of PCR assays and the turn-around time. Our results show that simultaneous use of HLA-B27 monoclonal antibodies and pre-selection of T cells significantly increased the specificity of the flow cytometric assay, however it did not reach the specificity of PCR. Nevertheless, based on our results, performing the PCR test exclusively in equivocal cases by DuraClone kit reduces the burden of PCR assays and the turn-around time.Here it is shown that polyoxometalate (POM) clusters (H3 PW12 O40 ·xH2 O, PW12 ) can be introduced to interact with Au nanoclusters to form the "A-B-A-B" type building block ("A" represents Au nanoclusters and "B" stands for PW12 clusters), which continue to grow into copolymer-analogue Au-PW12 sub-1 nm nanowires. Due to the synergetic effect of Au nanoclusters and POMs, the obtained Au-PW12 sub-1 nm nanowires efficiently perform catalytic activity in the photo-electrochemical converting CO2 into CO. Under light, the catalyst maintains remarkable faradic efficiency (FE) of ≈99% from -0.7 to -0.9V (RHE), which is better than that in dark (FE of 66.4-90.64% from -0.7 to -0.9 V (RHE)). Density functional theory calculations and cryo-electron microscope images support the "A-B-A-B" type of structure and mechanistic studies also reveal the higher reactivity toward COOH* formation and CO adsorption on the catalyst, which lead to the superior catalytic activity in CO2 reduction reaction.St