SlMC7 prokaryotic expression recombinant protein was used as test materials. SlMC7 polyclonal antiserum was obtained from immunized mice by using purified SlMC7 recombinant protein from Escherichia coli. ELISA and pro...SlMC7 prokaryotic expression recombinant protein was used as test materials. SlMC7 polyclonal antiserum was obtained from immunized mice by using purified SlMC7 recombinant protein from Escherichia coli. ELISA and protein dot plot methods were used to detect the antibody titer and expression characteristics and the expression difference at different stages,providing material foundation and reference basis for subsequent SlMC7 functional research in tomato fruit. The results showed that the titer of SlMC7 polyclonal antibodies was more than 1∶ 256 000 and the sensitivity of SlMC7 polyclonal antibodies was 1. 6 ng at the dilutability of 1∶ 10 000. SlMC7 protein was detected at different stages,and SlMC7 had a higher expression level in color-break fruit,indicating that SlMC7 might be relevant to the fruit ripening of tomato.展开更多
To explore the biological roles of human Pescadillo and investigate its potential effect on tumorigene- sis, the cDNA of Pescadillo was fused with that of GST. After purification and elution, the purified GST-Pescadil...To explore the biological roles of human Pescadillo and investigate its potential effect on tumorigene- sis, the cDNA of Pescadillo was fused with that of GST. After purification and elution, the purified GST-Pescadillo fusion protein was obtained, and the antibody against the fusion protein was generated. Endogenous Pescadillo protein was observed to be remarkably induced by estrogen. It was mainly distributed in the tissues such as breast, ovary and intestine, all of which contain proliferating cells, and was also detected in many cell lines of human cancer: renal carcinoma, hepatoma, ovarian cancer, colon carcinoma, and breast cancer. The expression level of Pescadillo was increased significantly in breast cancer tissues compared with their paired margin tissues. Taken together, these data suggest that Pescadillo may play important roles in the initiation and development of cancer and may be a po- tential target in cancer diagnosis and therapy.展开更多
基金Supported by National Natural Science Foundation of China(31672207)
文摘SlMC7 prokaryotic expression recombinant protein was used as test materials. SlMC7 polyclonal antiserum was obtained from immunized mice by using purified SlMC7 recombinant protein from Escherichia coli. ELISA and protein dot plot methods were used to detect the antibody titer and expression characteristics and the expression difference at different stages,providing material foundation and reference basis for subsequent SlMC7 functional research in tomato fruit. The results showed that the titer of SlMC7 polyclonal antibodies was more than 1∶ 256 000 and the sensitivity of SlMC7 polyclonal antibodies was 1. 6 ng at the dilutability of 1∶ 10 000. SlMC7 protein was detected at different stages,and SlMC7 had a higher expression level in color-break fruit,indicating that SlMC7 might be relevant to the fruit ripening of tomato.
基金the National Natural Science Foundation of China (Grant Nos. 30500191, 30530320, 30470378, and 30625035)
文摘To explore the biological roles of human Pescadillo and investigate its potential effect on tumorigene- sis, the cDNA of Pescadillo was fused with that of GST. After purification and elution, the purified GST-Pescadillo fusion protein was obtained, and the antibody against the fusion protein was generated. Endogenous Pescadillo protein was observed to be remarkably induced by estrogen. It was mainly distributed in the tissues such as breast, ovary and intestine, all of which contain proliferating cells, and was also detected in many cell lines of human cancer: renal carcinoma, hepatoma, ovarian cancer, colon carcinoma, and breast cancer. The expression level of Pescadillo was increased significantly in breast cancer tissues compared with their paired margin tissues. Taken together, these data suggest that Pescadillo may play important roles in the initiation and development of cancer and may be a po- tential target in cancer diagnosis and therapy.
