Publications

1. Dawson,A.,Wood,E.J.(1982). 
Equilibrium and kinetic studies of oxygen binding 
to the fragments obtained from proteolytic digestion 
of Lymnaea stagnalis haemocyanin. 
Biochem.J. 209, pp.519-526.


2. Dawson,A.,Wood,E.J.(1983). 
Isolation of Oxygen Binding Domains of Lymnaea stagnalis
 Haemocyanin. 
Life Chem. Rep. Supp. 1 135.

3. Dawson,A.,Wood,E.J.(1983). 
Equilibrium and Kinetic Studies of Oxygen Binding 
to the Native Molecule and Fragments of Haemocyanin 
from Lymnaea stagnalis. 
Life Chem. Rep. Supp. 1 pp.257-261. 

4. Dawson,A.,Minihan,S.,Wood,E.J.(1983). Oxygen Binding to the Native Haemocyanin Molecule of Lymnaea stagnalis and its Fragments. Life Chem. Rep. Supp. 1  pp.267-268. 


5. Dawson,A.,Wood,E.J.(1982). 
Equilibrium and Kinetic Studies of Oxygen Binding 
to the Haemocyanin from Lymnaea stagnalis. 
Biochem.J. 207, pp.145-153. 


6. Booth,A.G.,Dawson,A.(1982). Using the Sinclair ZX81 microcomputer in the Biochemistry Laboratory. Biochem. Educ. 10, pp.65-67. 

7. Dawson,A.,Wood,E.J.(1981).
Kinetics of the Binding of Oxygen by a Mollusc 
Haemocyanin and its Protease-digested Fragments. 
Royal Society of Chemistry, 
Fast Reactions in Solution Discussion Group Proceedings, pp.46-47. 

8. Dawson,A.,Baxendale,D.A.,Wood,E.J.(1981). 
Equilibrium and Kinetic Studies of Oxygen Binding 
by Gastropod (Lymnaea Stagnalis) Haemocyanin. 
Biochem.Soc.Trans., pp.446. 


9. Gormally,J.,Panak,J.,
Wyn-Jones,E.,Dawson,A.,Wedlock,
D.,Phillips,G.O.(1981). 
A new method of determining the extent of binding 
of an ionic dye to a polyelectrolyte in solution.  
Analytica Chimica Acta, 130, pp.369-375. 


10. Dawson,A.,Gormally,J.,Wyn-Jones,E.,Holzwarth,J. (1981). 
Comparison of the results obtained in kinetic studies 
of the interaction between cationic dyes and 
sodium carboxymethylcellulose using the Joule-heating 
temperature jump and laser temperature jump methods.  
J.C.S. Chem.Comm.,(1981), pp.396-397. 


11. Dawson,A.,Wedlock,D.J.,Wyn-Jones,E.,Phillips,G.O. (1979).  
Temperature jump studies on acridine 
orange-carboxymethylcellulose complexes. 
In 'Techniques and Applications of Fast Reactions in Solution' 
(Gettins, W.J.,Wyn-Jones,E.,Eds).pp.405-413. 
D.Reidel, Dordrecht.