APA

Huffman C. L., Williams M. L., Benoist D. M., Overstreet R. E. & Jellen-McCullough E. E. (20110929). Dependence of collision-induced dissociation energy on molecular degrees of freedom as a means to assess relative binding affinity in multivalent complexes. : Rapid communications in mass spectrometry : RCM.

Chicago

Huffman Carmen L, Williams Melissa Lee, Benoist D Michelle, Overstreet Richard E and Jellen-McCullough Emily E. 20110929. Dependence of collision-induced dissociation energy on molecular degrees of freedom as a means to assess relative binding affinity in multivalent complexes. : Rapid communications in mass spectrometry : RCM.

Harvard

Huffman C. L., Williams M. L., Benoist D. M., Overstreet R. E. and Jellen-McCullough E. E. (20110929). Dependence of collision-induced dissociation energy on molecular degrees of freedom as a means to assess relative binding affinity in multivalent complexes. : Rapid communications in mass spectrometry : RCM.

MLA

Huffman Carmen L, Williams Melissa Lee, Benoist D Michelle, Overstreet Richard E and Jellen-McCullough Emily E. Dependence of collision-induced dissociation energy on molecular degrees of freedom as a means to assess relative binding affinity in multivalent complexes. : Rapid communications in mass spectrometry : RCM. 20110929.