Spatola, A. F., Page, C. D., Vogel, D. M., Crozet, Y., & Blondelle, S. (2000). Can machine learning and combinatorial chemistry coexist? An antimicrobial peptide case study. In G. B. Fields, J. P. Tam, & G. Barany (Eds.), PEPTIDES FOR THE NEW MILLENNIUM (pp. 738–739). MINNEAPOLIS, MN: SPRINGER.

Spatola, A. F., C. D. Page, D. M. Vogel, Y. Crozet, and S. Blondelle. “Can machine learning and combinatorial chemistry coexist? An antimicrobial peptide case study.” In PEPTIDES FOR THE NEW MILLENNIUM, edited by G. B. Fields, J. P. Tam, and G. Barany, 738–39. SPRINGER, 2000.

Spatola AF, Page CD, Vogel DM, Crozet Y, Blondelle S. Can machine learning and combinatorial chemistry coexist? An antimicrobial peptide case study. In: Fields GB, Tam JP, Barany G, editors. PEPTIDES FOR THE NEW MILLENNIUM. SPRINGER; 2000. p. 738–9.

Spatola, A. F., et al. “Can machine learning and combinatorial chemistry coexist? An antimicrobial peptide case study.” PEPTIDES FOR THE NEW MILLENNIUM, edited by G. B. Fields et al., SPRINGER, 2000, pp. 738–39.

Spatola AF, Page CD, Vogel DM, Crozet Y, Blondelle S. Can machine learning and combinatorial chemistry coexist? An antimicrobial peptide case study. In: Fields GB, Tam JP, Barany G, editors. PEPTIDES FOR THE NEW MILLENNIUM. SPRINGER; 2000. p. 738–739.