Keresztes-Nagy

Klotz, I.M., and Keresztes-Nagy, S. (1962) Dissociation of proteins into subunits by succinylation haem-erythrin. Nature (London) 195, 900. 

Our result perfectly agrees with those presented by Malkin and Rabino-witz (33), and Keresztes-Nagy and Margoliash (23). (2) Triphenylphos-phine, known as a specific reagent for persulfide bond (22, 42), can bleach the visible color of adrenodoxin as shown in Fig. 11. (3) When adrenodoxin is treated with tritium-labelled triphenylphosphine, the product thereof, radioactive triphenylphosphine sulfide, can be isolated. The results from collaboration with Tsurugi s group show that 1 mole of adrenodoxin (equivalent to 2 moles of labile sulfur) reacts quantitatively with 2 moles of triphenylphosphine to produce 2 moles of triphenylphosphine sulfide. 

Keresztes-Nagy, S., and E. Margoliash Preparation and characterization of alfalfa ferredoxin. J. Biol. Chem. 241, 5955 (1966). 

Keresztes-Nagy, S., Perini, F., Margoliash, E., "Primary Structure of... 

Das farblose Deoxyhamer d hrin nimmt nach Boeri et al. (200) Sauerstoff im Verhaltnis Fe O2 = 2 1 reversibel auf rmter Bildrmg des burgun-derfarbenen Oxyhamerythrins. Keresztes-Nagy et al. (191) sind der Mei-nung, daB bei der Oxygenierung eine Oxidation des Eisens zu Fe(III) 02 Fe(III) eintritt. 

Oester, Y.T. Keresztes-Nagy, S. Mais, R.F. Becktel, J. Zaroslinski, J.F. Effect of temperature on binding of warfarin by human serum albumin. J. Pharm. Sci. 1976, 65, 1673-1677. 

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