Fibronectin

Effect of co-culturing human primary basic fibroblasts with respiratory syncytial virus-infected 16-HBE cells

J. - H. Wang, Sun, L. - H., Huang, S. - K., Chen, A. - H., Wang, J. - H., Sun, L. - H., Huang, S. - K., and Chen, A. - H., Effect of co-culturing human primary basic fibroblasts with respiratory syncytial virus-infected 16-HBE cells, vol. 15, p. -, 2016.

This study investigated the effects induced by co-culturing human primary basic fibroblasts (HPBFs) with 16-human bronchial epithelial cells (16-HBE) infected with respiratory syncytial virus (RSV), in particular the transformation of HPBFs into myofibroblasts and secretion of extracellular matrix proteins. HPBFs were co-cultured with 16-HBE cells infected with RSV and quantitatively analyzed. We constructed models of HPBFs co-cultured with 16-HBE cells that were either uninfected (control group) or infected with RSV (experimental group).

Correlation between the development of calcium oxalate stones and polymorphisms in the fibronectin gene in the Uighur population of the Xinjiang region of China

M. Murat, Aekeper, A., Yuan, L. Y., Alim, T., Du, G. J., Abdusamat, A., Wu, G. W., and Aniwer, Y., Correlation between the development of calcium oxalate stones and polymorphisms in the fibronectin gene in the Uighur population of the Xinjiang region of China, vol. 14, pp. 13728-13734, 2015.

Here, we have investigated the correlation between calcium oxalate stone formation and Fn gene polymorphisms in urinary calculi patients among the Uighur population (Xinjiang region). In this case control study, genomic DNA extracted from the peripheral blood of 129 patients with calcium oxalate stones (patient group) and 94 normal people (control group) was used to genotype polymorphisms in the rs6725958, rs10202709, and rs35343655 sites of the Fn gene by polymerase chain reaction-restriction fragment length polymorphism.

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