946 



SUBJECT INDEX 



by reduction of water concentration, 

 133 



effect of ionic strength on. 838 

 on other inhibitions, 134-139 

 maximal rate in, 117, 135 

 of acetylcholinesterase. 111, 121, 122, 

 125-128, 138-139 



of L-amino acid oxidase. 111, 133 

 of aminoacylase I, 112, 130 

 of carboxypeptidase. 111, 120 

 of diamine oxidase. 111 

 of diphosphoglyceromutase, 112 

 of enolase. 111, 131 

 of esterases, 123, 135 

 of /3-fructofuranosidase, 111, 133 

 of fumarase. 111 



of p-hydroxyphenylpyruvate oxidase, 

 112, 114 



of /3-hydroxysteroid dehydrogenase, 

 111, 121-122, 128-130 

 of lactate dehydrogenase. 111, 121-122, 

 124-125 

 of lipase, 111 



of pyrophosphatase. 111, 132 

 of ribonuclease. 111, 122 

 of sucrose transglucosylase, 112 

 of urease. 111 



of xanthine oxidase. 111, 120-121, 124. 

 132-133, 137-138 



possible mechanisms of, 112-114 

 types of plots obtained, 174, 177 



Succinate, 



inhibition of fumarase, 

 effect of pH on, 691-692 

 of temperature on, 754 

 nature of binding to succinate dehy- 

 drogenase, 29 



Succinate dehydrogenase, see also Suc- 

 cinate oxidase 

 binding of succinate to, 29 

 distortion of during malonate inhibi- 

 tion, 263 



inhibition by arsenite, effect of tem- 

 perature on, 749 

 by malonate, 104 



determination of K^/K;, 183 

 effect of temperature on, 754 



by mercurials in kidney, 405 

 by o-phenanthroline, effect of tem- 

 perature on, 755 

 by salts, 835 

 localization in staphylococcal mem- 

 brane, 434 

 nature of K^, 21 

 Succinate oxidase, see also Succinate 

 dehydrogenase 



effects of inhibitors on temperature 

 characteristics, 798 



inhibition by arsenical, rate of, 547, 

 549 



by p-chloromercuribenzoate, rate of, 

 547, 549 



by fluoride and phosphate, 492-493 

 by HgClj, reversal by dimercaprol, 

 622 



by o-iodosobenzoate, rate of 547, 

 549-550 



by oxidized glutathione, 625-626 

 rate of, 547-549 

 site of inhibition based on reconsti- 

 tution of system, 523 

 stimulation by phenylmercuric com- 

 pounds, 452 



Sucrose transglucosylase, substrate in- 

 hibition, 112 



Sulfanilamide, inhibition of biolumines- 

 cence, 510-512 



effect of pressure on, 851-852 

 of temperature on, 787-788 



Sulfhydryl group, 

 bond angle of, 240 

 configuration of, 235 

 dipole angle of, 222 

 dipole moment of, 222 

 molar refraction of, 222 

 van der Waals radius of, 234 



Sulfide, entrance into Valonia cells, 

 effect of pH on, 721-722 



Sulfisoxazole, variation of body content 

 with time. 419-421 



Sulfite, inhibition of urease, 



effect on temperature characteristics, 

 797 



