APA aipamena

Somorin, Y. M., Vollmerhausen, T., Waters, N., Pritchard, L., Abram, F., Brennan, F., & O’Byrne, C. (2018). Absence of Curli in Soil-Persistent Escherichia coli Is Mediated by a C-di-GMP Signaling Defect and Suggests Evidence of Biofilm-Independent Niche Specialization. Front Microbiol.

Chicago Style aipamena

Somorin, Yinka M., Tara Vollmerhausen, Nicholas Waters, Leighton Pritchard, Florence Abram, Fiona Brennan, and Conor O’Byrne. "Absence of Curli in Soil-Persistent Escherichia Coli Is Mediated By a C-di-GMP Signaling Defect and Suggests Evidence of Biofilm-Independent Niche Specialization." Front Microbiol 2018.

MLA aipamena

Somorin, Yinka M., et al. "Absence of Curli in Soil-Persistent Escherichia Coli Is Mediated By a C-di-GMP Signaling Defect and Suggests Evidence of Biofilm-Independent Niche Specialization." Front Microbiol 2018.