SUBJECT INDEX 



luminous fungi, 342 



oxygen use in chemiluminescence, 



77-81, 90-91 

 quenching reaction, 83-86 

 total light of DPD, 82-85 

 Temperature optimum, variation 

 with pressure, 272-274, 277 

 Temperature optimum, for 

 dinoflagellates, 390 

 firefly luminescence, 166-167 

 photosynthesis in Gomjaulax, 416 

 Temperature-pressure relations, of 

 bacterial luminescence, 272-276 

 muscle tension, 273 

 Temperature, relation to red water 



conditions, 398, 399, 401 

 Temperature relations, of dinoflagel- 

 lates, 388-391, 394, 395, 397 

 Terai Was, 360 

 Terebellidae, 9, 17 

 Tetanus, 320 

 Texas, 399 



Thiamin pyrophosphate, effect on 

 bact. luminescence in vitro, 

 212-213 

 Thousand Islands, 345 

 Tokyo, 335, 338, 342, 351, 361 

 Tokyo-to Fisheries Station, 372 

 Tomioka Beach, 337 

 Tomopteridae, 9, 17 

 Tone River, 359 



Torsional potential, effects on spec- 

 tra, 39 

 Torsional vibration, influence of 



phenyl groups on, 40 

 Total light 



Cypridina luminescence, 128-129 

 of DPD, 82-85 

 of Pelagia luminescence, 303 

 Toyama Bay, 13, 345, 354 

 TPN (coenzyme II), in bact. lumi- 

 nescence in vitro, 212, 257 

 Transfer of excitation energy 

 between chlorophylls, 43, 71 

 between dyes, 103 

 between pigments, 103 

 n,7r-Transitions, 26, 30-32 

 TTjTT-Transitions, 32 



451 



Transitions, radiationless, 101 

 Treppe, 320 

 l,3,4-Trihydroxynapthyl-2-methylke- 



tone, photosensitivity, 115 

 Triphosphate, in firefly lumines- 

 cence, 168, 172, 177, 179- 

 182, 186, 191-195 

 Triplet state 



and energy transfer between chlo- 

 rophylls, 43 

 in photochemical reactions, 28-30 

 lifetime, 28 



lowest, nature of, in chlorophyll, 

 37-38 

 of normal molecules, 27 

 role in energy transfer, 38 

 Trivandrum coast, 398 

 Tropical Asia, 335, 348 

 Truk, 340, 344, 360 

 Trypsin activity, volume change of 



activation, 272-273 

 Tsukiijo-dake, 339 

 Tunicata, 19 

 Turbellaria, 3 



Ultraviolet 



effect on bact. luminescence in 



vitro, 259-261 

 stimulation of bacterial lumines- 

 cence, 221-222 

 Ultraviolet absorption, of 



Cypridina luciferin, 138-146, 151 

 firefly luciferin, 200-201 

 naphthoquinones, 118-121 

 Ultraviolet inactivation, of bact. 



luminescence in vitro, 222 

 Umihotaru, 356 

 UNESCO, 335 

 Uozu, 354 

 Urat-bintang, 363 

 Urat intan, 363 

 Urea, denaturation of ovalbumin by, 



297 

 Urethan 



dual action of, 281-283 

 effects on 



bacterial luminescence, 278- 

 283 



