SUBJECT 
Streptococcus faecalis, (continuation) 
— —, rate of amino acid accumulation, 
569 
—  —, release of amino acids from, 1o1 
— lactis, amino acids, 76 
Streptomycin, effect on cell permeability, 577 
—, — pool, 99 
Strongylocentrotus purpuratus, amino acids, 184, 
185 
Stvophanthus scandens, 4-aminopipecolic acid, 
45 
Submaxillary gland, secretion, amino acids, 203 
Substance P, in brain, 479, 480 
Succinic acid, conversion to amino acids, 673 
— —, effect on urine amino acids, 277 
— semialdehyde, precursor of y-aminobutyric 
acid, 2 
N-Succinyl-t-glutamic acid, in Bacillus mega- 
terium, QI 
Sucrose, effect on amino acid accumulation, 576, 
577) 581, 582 
—, permeability of Lactobacillus avabinosus to 
582, 583 
Sulfur amino acids, 
chromatograms, 9 
— deficiency, 518 
— —, effect on glutamine metabolism, 672 
— metabolism, in blood cells, 244 
— —, in snails, 171 
Sunflower, effect boron deficiency on pool in, 
664 
Supella supellectilium, amino acids, 123 
Surgical trauma, effect on urine amino acids, 
277 
Sweat, human, amino acids, 204, 205 
Sweet pea (see Lathyrus odoratus) 
Swelling of Streptococcus faecalis protoplasts, 
794, 795, 772, 773 
Synthesis of amino acids, 11 
—, microbial, 92 
568, 
detection on paper 
Tadpole, amino acids, 300 
Taurine, in blood fractions, effect chlorambucil, 
402 
—, —, effect leukemia on levels, 386 
—, in blood plasma, 197 
—, in brachiopod, 179, 180 
—, in brain, 289, 476, 477, 488 
, effect psychotropic drugs, 468, 469 
—., differences in auricle and ventricle, 287 
marrow and peripheral leukocytes, 374 
—, effect pantothenic acid deficiency, 462—464 
—, elution by a, y-diaminobutyric acid, 322 
—,in erythrocytes, effect dimethylmyleran, 
415, 416 
—, —, — nitrogen mustard, 397 
—, excretion, 250-254, 257, 258 
VP eHEGL age, 271) 272 
, — chronic granulocytic leukemia, 383 
, — pregnancy, 462, 463 
, — X-irradiation, 250-253 
by human, 194 
—, formation from cysteine in molluscs, 166 
—, in fungi, 86 
, 
’ 
, 
’ 
’ 
, , 
* INDEX 809 
Taurine, (continuation) 
heart, changes during infarction, 310 
in HeLa cells, 696 
in insects, I16—-118, 121 
intracellular state, 763 
in invertebrates, 158, 105-167 
in leukocytes, 242-244 
—, effect dimethylmyleran, 416 
liver, change after partial hepatectomy, 327 
in marine invertebrates, 163, 164, 177 
in molluscs, 184, 185 
Mytilus edulis, 159 
in nerve, 473, 470, 477 
in Neurospora crassa, 84 
occurrence in bound form, 79 
in octopus and abalone, 183 
—,in plasma, effect dimethylmyleran and 
myleran, 414, 415 
—, —, — venipuncture, 362, 363, 3600 
—, in platelets, 242-244 
—, in rabbit tissues, effect nitrogen mustard, 
406, 407 
—, Rana catesbeiana, brain, changes, during 
development, 302, 303 
, changes during development, 298, 300 
rat, liver, effect thyroidectomy, 344, 345 
role as electrolyte, 244 
in silkworm eggs, 125 
in Tetvahymena, 113, 114 
tonicity, effect on content, 194 
in urine, 199, 227, 230 
—, variation in liver, 330 
Taurobetaine, occurrence in invertebrates, 164, 
168 
Taurocyamine, biosynthesis, 168 
—, in brain, 478 
—, in invertebrates, 167, 168 
—, phosphorylation, 168 
—, phosphoryl transferase, 168 
Taxonomy, amino acid pool and, 122-124 
—, use of pool composition, 103, 104, 162 
Tears, human, amino acids, 205 
Temperature, effect on pool composition, 95, 
669 
Tenebrio molitoy, amino acids, 117, 119, 125 
—, soluble proteins, 129 
Terebratella transversa, amino acids, 179, 180 
Terramycin, resistance to, effect on pool 
composition, Ior 
Testes, rat, effect ammonia intoxication on 
amino acids, 340 
Testosterone, effect on pool in prostate after 
castration, 327 
Tetrahymena, amino acid imbalance, 524 
— pyviformis, amino acids in various strains, 
IIO-II4 
Thais haemostoma, amino acids, 17 
— haysae, taurine, 165, 166 
Thamnidium elegans, amino acids, 88 
L-1, 4-Thiazan-3-carboxylic acid t-oxide, 
Chondria crassicaulis, 43, 44 
Thiobacillus thioparus, sulfur amino acids, 79 
Thiogalactoside(s) acetylase, 613 
—, accumulation in Escherichia coli, 613, 614 
, 
’ 
, 
? 
in 
