APA

Blume N., Petersen J. S., Andersen L. C., Kofod H., Dyrberg T., Michelsen B. K., Serup P. & Madsen O. D. (19920522). Immature transformed rat islet beta-cells differentially express C-peptides derived from the genes coding for insulin I and II as well as a transfected human insulin gene. : Molecular endocrinology (Baltimore, Md.).

Chicago

Blume N, Petersen J S, Andersen L C, Kofod H, Dyrberg T, Michelsen B K, Serup P and Madsen O D. 19920522. Immature transformed rat islet beta-cells differentially express C-peptides derived from the genes coding for insulin I and II as well as a transfected human insulin gene. : Molecular endocrinology (Baltimore, Md.).

Harvard

Blume N., Petersen J. S., Andersen L. C., Kofod H., Dyrberg T., Michelsen B. K., Serup P. and Madsen O. D. (19920522). Immature transformed rat islet beta-cells differentially express C-peptides derived from the genes coding for insulin I and II as well as a transfected human insulin gene. : Molecular endocrinology (Baltimore, Md.).

MLA

Blume N, Petersen J S, Andersen L C, Kofod H, Dyrberg T, Michelsen B K, Serup P and Madsen O D. Immature transformed rat islet beta-cells differentially express C-peptides derived from the genes coding for insulin I and II as well as a transfected human insulin gene. : Molecular endocrinology (Baltimore, Md.). 19920522.