436 



Anthracene, singlet-triplet split, 34 

 Antibiotics, effects on 



luminous bacteria, 336, 337 

 Aomori Bay, 365 

 Api-Api, 363 

 Arabian Sea, 347 

 Araboflavin, 242 

 Aranea, 3 

 Ariophantidae, 17 

 Arumizu, 360 



Asamushi Marine Station, 365 

 Ascidiacea, 3 

 Ascomycetes, 3 

 Asteroidea, 3 

 A tube, 78-79 

 ATP assay 



by firefly extracts, 172 

 ATP, eflFect on 



bact. luminescence in vitro, 212 



firefly luminescence, 162, 164, 

 'l65, 168, 170-173, 175-182, 

 186-197, 263 



luminescence, various organisms, 

 16-20 

 ATP reaction, 6, 7, 349, 353, 365, 



366 

 Australia, 398 



Autotomy, of dinoflagellates, 396 

 Azide, eflFect on 



bact. luminescence in vitro, 223 



firefly luminescence, 168 



Bacteria, luminous 

 mutants, 10 

 pathogenic, 1, 359 

 saprophytic, 1, 16, 337 

 symbiotic, 1, 2, 299, 313, 335, 

 336, 353, 354, 367, 368, 372 

 Bacteria, photosynthetic, 60 

 Bacterial luciferase, see Luciferase, 



bacterial 

 Bacterial luciferin, see Luciferin, 



bacterial 

 Bacterial luminescence, see also 

 Luciferin, bacterial; lucifer- 

 ase, bacterial; emission spec- 

 tra, etc. 



SUBJECT INDEX 



alcohol inhibition of, 279 

 change between steady states, 286 

 during growth, 266-269 

 extraction of, 210-211 

 hydrostatic pressure on, 272-279 

 inactivation by UV, 210 

 irreversible denaturation of, 275, 



276 

 photochemical inactivation, 112- 



114 

 pressure-temperature eflFects on, 



210 

 recovery after UV, 113 

 relation to oxygen, 210 

 relation to respiration, 210 

 reversible denaturation, 269-279 

 sulfanilamide inhibition, 281-282 

 temp. -pressure relations, 272-276 

 urethan inhibition of, 278-283 

 volume change of activation, 272- 

 274 

 Bacterial luminescence in vitro 

 activation energy, 220-221 

 alcohol inhibition of, 291 

 change between steady states, 



230-232, 284-292 

 comparative biochemistry, 223- 



224 

 diffusible components of, 210- 



218 

 DPN in, 212-216, 284, 285, 288- 



290 

 effects of aldehydes, 216-218, 



259, 261, 262, 264, 284, 

 285, 288, 291, 292 



effects of inhibitors, 221-223, 



260, 262, 291 



effects of KCF (pal. aid.), 228, 



230 

 effects of malate, 226 

 effects of malic acid, 212-213 

 effects of naphthoquinones, 212, 



223 

 effects of riboflavin, 223, 241-242, 



260 

 effects of various substances on, 



212-213 

 effects of UV, 221-222 



