APA

Scott G., Zetterberg H., Jolly A., Cole J. H., De Simoni S., Jenkins P. O., Feeney C., Owen D. R., Lingford-Hughes A., Howes O., Patel M. C., Goldstone A. P., Gunn R. N., Blennow K., Matthews P. M. & Sharp D. J. (20190530). Minocycline reduces chronic microglial activation after brain trauma but increases neurodegeneration. : Brain : a journal of neurology.

Chicago

Scott Gregory, Zetterberg Henrik, Jolly Amy, Cole James H, De Simoni Sara, Jenkins Peter O, Feeney Claire, Owen David R, Lingford-Hughes Anne, Howes Oliver, Patel Maneesh C, Goldstone Anthony P, Gunn Roger N, Blennow Kaj, Matthews Paul M and Sharp David J. 20190530. Minocycline reduces chronic microglial activation after brain trauma but increases neurodegeneration. : Brain : a journal of neurology.

Harvard

Scott G., Zetterberg H., Jolly A., Cole J. H., De Simoni S., Jenkins P. O., Feeney C., Owen D. R., Lingford-Hughes A., Howes O., Patel M. C., Goldstone A. P., Gunn R. N., Blennow K., Matthews P. M. and Sharp D. J. (20190530). Minocycline reduces chronic microglial activation after brain trauma but increases neurodegeneration. : Brain : a journal of neurology.

MLA

Scott Gregory, Zetterberg Henrik, Jolly Amy, Cole James H, De Simoni Sara, Jenkins Peter O, Feeney Claire, Owen David R, Lingford-Hughes Anne, Howes Oliver, Patel Maneesh C, Goldstone Anthony P, Gunn Roger N, Blennow Kaj, Matthews Paul M and Sharp David J. Minocycline reduces chronic microglial activation after brain trauma but increases neurodegeneration. : Brain : a journal of neurology. 20190530.