Abstract
Introduction
Material & Methods
Results
Discussion

Literature Cited

Acknowledgements

NSF Student Research

Results I Figure 1a-1e I Figure 2a-2d

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

Figure 2a.Tandemly coupled HPLC/ICP-MS chromatograms showing Cu associated with a 25 µl injection of Helix aspersa hemocyanin.  Flow
Injection Analysis (FIA) of 40ng of Cu was used to quantify the copper content of  the protein.
 
Figure 2b.      Tandemly coupled HPLC/ICP-MS chromatograms showing Cu associated with a 25 µl injection of apo-hemocyanin.  Flow  Injection Analysis (FIA) of 40ng of Cu was used to quantify the copper content of the protein.
 
Figure 2c Tandemly coupled HPLC/ICP-MS chromatograms showing Zn and Cd associated with a 25 µl injection of Helix aspersa hemocyanin. Flow Injection Analysis (FIA) of 40ng of both Zn and Cd were used to quantify zinc and cadmium content of the protein.
Figure 2d Tandemly coupled HPLC/ICP-MS chromatograms showing Zn and Cd associated with a 25 µl injection of apo-hemocyanin.Flow Injection Analysis (FIA) of 40ng of both Zn and Cd were used to quantify zinc
and cadmium content of the protein.
Results Figure 1a-1e

Figure 2a-2d