Abstract
Introduction
Material & Methods
Results
Discussion

Literature Cited

Acknowledgements

NSF Student Research

Kelly Thrippleton: Purification, Isolation and Molecular Analysis of Apo-Hemocyanin from the Garden Snail, Helix aspersa, Using Potassium Cyanide and Coupled HPLC/ICP-MS

1.  Brouwer, M. and Brouwer-Hoexum, T.  (1992).  Glutathione-Mediated Transfer of Copper(I) into American Lobster Apohemocyanin.  Biochemistry 31, 4096-4102.

2.  Brouwer, M., Brouwer-Hoexum, T., and Cashon, R.  (1993).  Crustaceans as Models for Metal Metabolism: III.  Interaction of Lobster and Mammalian Metallothionein with Glutathione.   Marine Environmental Research 35, 13-17. 

3.  Brouwer, M., Whaling, P., and Engel, D.W.  (1986).  Copper-Metallothioneins in theAmerican Lobster, Homarus americanus:  Potential Role as Cu(I) Donors to Apohemocyanin.  Environmental Health Perspectives 65, 93-100.

4.  Brouwer, M.,  Winge, D.R., and Gray, W.  (1989).  Structural and Functional Diversity of Copper-Metallothioneins from the American Lobster, Homarus americanus.  Journal of Inorganic Biochemistry 35, 289-303.

5.  Salvato, B. and Zatta, P.  (1977).   Kinetics of Reaction Between Hemocyanin and CN- and of Reconstitution of Hemocyanin with K3Cu(CN)4.  Structure and Function of Hemocyanin.  J.V. Bannister, Editor. 245-252 pp.