APA

Flipsen J. A., van Schaick M. A., Dijkman R., van der Hijden H. T., Verheij H. M. & Egmond M. R. (19990503). Interfacial binding of cutinase rather than its catalytic activity determines the steady state interfacial tension during oil drop lipid hydrolysis. : Chemistry and physics of lipids.

Chicago

Flipsen J A, van Schaick M A, Dijkman R, van der Hijden H T, Verheij H M and Egmond M R. 19990503. Interfacial binding of cutinase rather than its catalytic activity determines the steady state interfacial tension during oil drop lipid hydrolysis. : Chemistry and physics of lipids.

Harvard

Flipsen J. A., van Schaick M. A., Dijkman R., van der Hijden H. T., Verheij H. M. and Egmond M. R. (19990503). Interfacial binding of cutinase rather than its catalytic activity determines the steady state interfacial tension during oil drop lipid hydrolysis. : Chemistry and physics of lipids.

MLA

Flipsen J A, van Schaick M A, Dijkman R, van der Hijden H T, Verheij H M and Egmond M R. Interfacial binding of cutinase rather than its catalytic activity determines the steady state interfacial tension during oil drop lipid hydrolysis. : Chemistry and physics of lipids. 19990503.