APA

Hamill P. G., Stevenson A., McMullan P. E., Williams J. P., Lewis A. D. R., S S., Stevenson K. E., Farnsworth K. D., Khroustalyova G., Takemoto J. Y., Quinn J. P., Rapoport A. & Hallsworth J. E. (20201207). Microbial lag phase can be indicative of, or independent from, cellular stress. : Scientific reports.

Chicago

Hamill Philip G, Stevenson Andrew, McMullan Phillip E, Williams James P, Lewis Abiann D R, S Sudharsan, Stevenson Kath E, Farnsworth Keith D, Khroustalyova Galina, Takemoto Jon Y, Quinn John P, Rapoport Alexander and Hallsworth John E. 20201207. Microbial lag phase can be indicative of, or independent from, cellular stress. : Scientific reports.

Harvard

Hamill P. G., Stevenson A., McMullan P. E., Williams J. P., Lewis A. D. R., S S., Stevenson K. E., Farnsworth K. D., Khroustalyova G., Takemoto J. Y., Quinn J. P., Rapoport A. and Hallsworth J. E. (20201207). Microbial lag phase can be indicative of, or independent from, cellular stress. : Scientific reports.

MLA

Hamill Philip G, Stevenson Andrew, McMullan Phillip E, Williams James P, Lewis Abiann D R, S Sudharsan, Stevenson Kath E, Farnsworth Keith D, Khroustalyova Galina, Takemoto Jon Y, Quinn John P, Rapoport Alexander and Hallsworth John E. Microbial lag phase can be indicative of, or independent from, cellular stress. : Scientific reports. 20201207.