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Volume InformationSource: Proceedings of the National Academy of Sciences of the United States of America,Vol. 48, No. 12 (Dec. 15, 1962), pp. 2205-2225Published by: National Academy of SciencesStable URL: http://www.jstor.org/stable/71547 .

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I N D E X

Abstract ergodic theorems (Ionescu Tulcea et al.), 441; (Basilio et al.), 613; (Wahba and Ionescu Tulcea), 204 et al.), 1683; (Gardner et al.), 2087

Academy-its charter, functions, and relations Amino acid content of barley (Sarkissian et al.), to Government (Jewett), 481 1513

Acrylyl coenzyme A, reduction to propionyl Amino acid-dependent control of DNA syn- coenzyme A in propionibacteria (Swick), thesis (Kellenberger et al.), 1860 288 Amino acid replacements associated with

Actinomycin, basis of action of (Goldberg reversion and recombination (Henning and et al.), 2094 Yanofsky), 1497

Actinomycin D action on animal cells and Amino acyl-acceptor RNA fractionation (Sue- viruses (Reich et al.), 1238 oka and Yamane), 1454

Actinomycin D as inhibitor of: biological Amphibian oocyte, extranuclear histone in clock (Karakashian and Hastings), 2130; (Horn), 257 messenger RNA turnover (Levinthal et al.), Amphibian tissues (Gross and Lapiere), 1014 1631; RNA and DNA synthesis (Hurwitz Amylo-1,6-glucosidase action on low molecular et al.), 1222 weight substrates (Illingworth and Brown),

Actinospectacin, degradation products from 1619 (Chapman et al.), 1108; structure of Analytic function: polynomial approximation (Colebrook and Gourlay), 1693 to (Walsh), 26; Hilbert space of (Barg-

Action principle (Schwinger), 603 mann), 199, 2204 ADAMS, J. A. S., M. C. KLINE, K. A. RICHARD- Anastomosis in Dictyostelium (Huffman et al.),

SON, and J. J. W. ROGERS. The Conway 1160 Granite of New Hampshire as a Major ANDREW, R. J. See Cowgill, U. M., 238 Low-Grade Thorium Resource, 1898 ANDROES, G. M., M. F. SINGLETON, and M.

ADAMS, L. H., and B. L. DAvIS. Rapidly CALVIN. EPR in Chromatophores from Running Transitions at High Pressure, 982 Rhodospirillum rubrum and in Quanta-

Adsorption and surface reconstruction (Germer somes from Spinach Chloroplasts, 1022, and MacRae), 997 1294

VaV case (Kahr et al.), 365 Anesthetics, effect on nerve fibers (Honrubia Afferent fibers, galvanic skin (Lloyd), 814 and Lorente de N6), 2065 Age and antibody-forming capacity of spleen Anterior pituitary, glucose oxidation in (Mc-

cells (Makinodan and Peterson), 234 Guire and Pesch), 2157 Age of salt marsh peat and sea-level changes Anthranilate biosynthesis (Rivera and Sriniva-

(Redfield and Rubin), 1728 san), 864 Agglutinins in outcrossed female mice (Herzen- Antibiotics, toxicity of (Kinsky), 1049

berg and Gonzales), 570 Antibodies and proteins in the gamma-system Aging and RNA metabolism (Wulff et al.), 1373 (Edelman and Benacerraf), 1035 ALEXANDER, M. See Hurwitz, J., 1222 Antibody-antigen interaction (Haber and Ben- Algebra and action principle (Schwinger), 603 nett), 1935; (Stollar et al.), 874 Algebras, Jordan (Jacobson), 1154 Antibody, heterogeneity of rabbit (Palmer Alkaline phosphatase: reactivation and hy- et al.), 49; purine-specific (Butler et al.),

bridization of (Levinthal et al.), 1230; 1597; molecular structure of (Grossberg synthesis in E. coli (Garen and Echols), et al.), 1203 1398 Antigenic determinants of DNA (Stollar et al.),

ALLARD, R. W. See Workman, P. L., 1318 874 ALLFREY, V. G., and A. E. MIRSKY. Evidence Antigens: histocompatibility (Manson et al.),

for the Complete DNA-Dependence of 1816; P. aurelia, immobilization of RNA Synthesis in Isolated Thymus (Steers), 867 Nuclei, 1590 ARONSON, M., and S. ELBERG. Proliferation

See Naora, H., 853 of Rabbit Peritoneal Histiocytes as Re- See Sibatani, A., 471 vealed by Autoradiography with Tritiated

Almost periodicity (Bochner), 2039 Thymidine, 208 ALSTON, R. E., and B. L. TURNER. New ARNON, D. I. See Hall, D. O., 833

Techniques in Analysis of Complex Aufbau processes (Kwiram and McConnell), Natural Hybridization, 130 499

ALTERMAN, Z. See Pekeris, C. L., 592 Autoradiography with tritiated thymidine AMES, B. N. See Martin, R. G., 2171 (Aronson and Elberg), 208 Amino acid code (Benzer and Champe), 1114; AUTREY, R. L. See Chapman, D. D., 1108

(Chapeville et al.), 1086; (Gardner et al.), AVERY, J., Z. BAY, and A. SZENT-GY6RGYI.

2087; (Hendler), 1402; (Helinski and On the Energy Transfer in Biological Yanofsky), 173; (Henning and Yanofsky), Systems, 109 183; (Jukes), 1809; (Lanni), 1623; (Matt- AYERS, V. E. See Morell, S. A., 1057 haei et al.), 666; (Maxwell), 1639; (Rob- AYLMORE, A. G. See La Mer, V. K., 316 erts), 897, 1245; (Smith), 677, 859; (Weis- blum et al.), 1449; (Zubay and Quastler), 461 f-galactosidase cell-free synthesis: DNA re-

_ and synthetic polynucleotides (Speyer quirement for (Eisenstadt et al.), 652; et al.), 63; (Lengyel et al.), 282; (Speyer by E. coli (Kameyama and Novelli), 659

2205



2206 INDEX PROC. N. A. S.

B incompatibility factor (Parag), 743 and Rates of X-Ray-Induced Chromosome BACH, M. K. The Incorporation of Tritiated Aberrations in Human Blood Irradiated

Thymidine into a Microsomal Fraction in vitro, 522 from HeLa Cells during Short Time Expo- BENDICH, A. See Butler, V. P., Jr., 1597 sures, 1031 BENEDEK, A., A. P. CALDERON, and R. PAN-

BACHMAN, E. See Brierley, G. P., 1928 ZONE. Convolution Operators on Banach Bacillus subtilis (Zamenhof et al.), 944; (Levin- Space Valued Functions, 356

thal et al.), 1631 BENESCH, R. E., R. BENESCH, and M. E. Bacterial cells, glucose permease of (Hoffee WILLIAMSON. The Influence of Reversi-

and Englesberg), 1759 ble Oxygen Binding on the Interaction Bacterial lipopolysaccharide biosynthesis (Os- between Hemoglobin Subunits, 2071

born et al.), 1831 BENESCH, R. See Benesch, R. E., 2071 BAGLIONI, C. The Fusion of Two Peptide BENNETT, J. C. See Haber, E., 1935

Chains in Ilemoglobin Lepore and Its Benzene (Kenausis et al.), 121 Interpretation as a Genetic Deletion, 1880 BENZER, S., and S. P. CHAMPE. A Change

BALLS, A. K. See Ryan, C. A., 1839 from Nonsense to Sense in the Genetic BALTIMORE, D., and R. M. FRANKLIN. The Code, 1114

Effect of Mengovirus Infection on the BENZER, S. See Chanmpe, S. P., 532 Activity of the DNA-Dependent RNA . See Chapeville, F., 1086 Polymerase of L-Cells, 1383 . See Weisblum, B., 1449

Banach space valued functions (Benedek et al.), BERG, P. See Chamberlin, M., 81 356 --F. aSee Wood, W. B., 94

BANG, F. B. See Kantoch, M., 1553 BERGER, M. On the Characteristic of Posi- BARGETZI, J.-P. See Walsh, K. A., 1443 tively-Pinched Riemannian Manifolds, BARGMANN, V. Remarks on a Hilbert Space 1915

of Analytic Functions, 199, 2204 BERTSCH, W. F. Two Photoreactions in BARILE, M. F. See Chanock, R. M., 41 Photosynthesis: Evidence from the De- Barley (Sarkissian and Hiuffaker), 735; (Sar- layed Light Emission of Chlorella, 2000

kissian et al.), 1513 BEUTLER, E., M. YEH, and V. F. FAIRBANKS. BARNES, V. E., and K. PITAKPAIVAN. Origin The Normal Human Female as a Mosaic

of Indochinite Tektites, 947 of X-Chromosome Activity: Sttudies Using Base sequence in nucleic acids (Beer and the Gene for G-6-PD-Deficiency as a

Moudrianakis), 409 Marker, 9 BASILIO, C., A. J. W.AHBA, P. LENGYEL, J. F. BILLINGHAM, R. E., B. A. HODGE, and W. K.

SPEYER, and S. OCHOA. Synthetic Poly- SILVERS. An Estimate of the Number of nucleotides and the Amino Acid Code, V, Histocompatibility Loci in the Rat, 138 613 Biological clock (Karakashian and Hastings),

BASIIIO, C. See Gardner, R. S., 2087 2130 ?----. See Lengyel, P., 282 Biological damage in irradiated D)NA (Setlow

-- . See Speyer, J. F., 63, 441, 684 and Setlow), 1250 ?- . See Wahba, A. J., 1683 Biological systems, energy transfer in (Avery

BAUTZ, E. K. F., and B. 1). HALL. The Isola- et al.), i09 tion of T4-Specific RNA on a DNA-Cellu- Biological validity of amino acid codes (Lanni), lose Column, 400 1623

BAY, Z. See Avery, J., 109 Biosynthesis of: anthranilate (Rivera and Beef heart mitcchondria (Brierley et al.), 1928 Srinivasan), 864; bacterial lipopolysac- BEER, M, and E. N. MOUDRIANAKIS. De- charide (Osborn et al.), 1831; cell-wall

termination of Base Sequence in Nucleic polysaccharide in Salmonella (Nikaido), Acids with the Electron Microscope: 1337, 1542; f2 coat protein (Nathans Visibility of a Marker, 409 et al.), 1424; hemoglobin peptide chains

BEISER, S. M. See Butler, V. P., Jr., 1597 (Naughton and Dintzis), 1822; isoleucine, BELLMAN, R., H. KAGIWADA, and R. KALABA. valine, and leucine (Freundlich et al.),

A Computational Procedure of Optimal 1804; polyphenylalanine(Nirenberg etal.), System Design and IJtilization, 1524 104; RNA (Nakamoto and Weiss), 880;

Orbit Determination as a Multi-Point TMV (Commoner), 2076, (Commoner Boundary-Value Problem and Quasilinear- et al.), 1788, (Townsend), 2083, (Syming- ization, 1327 ton et al.), 1675

BELLMAN, R., and J. M. RICHARDSON. A New Biosynthetic systems in cells of V. rosea L. Formalism in Perturbation Theory Using (Braun and Wood), 1776 Continued Fractions, 1913 BISHOP, A. See Cowgill, U. M., 238

BELLMAN, R., and R. KALABA. Dynamic BISHOP, J. See Hutton, J. J., 1505, 1718 Programming Applied to Control Processes BIOCH, 1). P. On the Derivation of Histone Governed by General Functional Equa- Specificity, 324 tions, 1735 BLOCH, K. See Lennarz, W. J., 840

BELLMAN, R., R. KALABA, and B. KOTKIN. Blood: from patients with neoplastic disease On a New Approach to the Computational implanted in chick embryos (Handler Solution of Partial Differential Equations, et al.), 1549; irradiated human (Bender 1325 and Gooch), 522

BENACERRAF, B. See Edelman, G. M., 1035 BOCHNER, S. A New Approach to Almost BENDER, M. A., anid P. C. GOOCH. Types Periodicity, 2039



VOJL. 48, 1962 INDEX 2207

?- . Subordination of Non-Gaussian Sto- bodies which React with Deoxyribonucleic chastic Processes, 19 Acid (DNA), 1597

BODDY, P. J. See Brattain, W. H., 2005 BOGEN, J. E. See Gazzaniga, M. S., 1765 BOLLE, A. See Kellenberger, E., 1860 CAHN, R. D. See Kaplan, N. O., 2123 BOLTON, E. T., and MCCARTHY, B. J. A Calcium uptake and release by kidney mito-

General Method for the Isolation of RNA chondria (DeLuca et al.), 1604 Complementary to DNA, 1390 Calcium uptake system of skeletal muscle

BONNER, 1). M. See Schulman, H. M., 53 (Fairhurst and Jenden), 807 BONNER, J. See Huang, R. C., 1216 CALDERON, A. P. See Benedek, A., 356 BOREK, E. See Fleissner, E., 1199 Caledonian folding (McKerrow), 1905 BORG, 1). C., and G. C. COTZIAS. Interaction Calf thymus nuclei (Welsh), 887

of Trace Metals with Phenothiazine Drug CALLAN, H. G. See Gall, J. G., 562 Derivatives, I. Structure-Reactivity Cor- CALVIN, M. See Androes, G. M., 1022, 1294 relations, 617 -- . See Moses, V., 1644

-- . Interaction of Trace Metals with CAMPBELL, P. M1. Stellar Dynamics of Phenothiazine Drug Derivatives, II. For- Spherical Galaxies, 1993 mation of Free Radicals, 623 Cancer death record (Lombard et al.), 2059

---. Interaction of Trace Metals with Cancer, experimental mammary (Huggins Phenothiazine Drug Derivatives, III. et al.), 379 Theoretical Part, 643 Cancer, fertility, and muscle, relation to thymus

Boron hydrides: BioHjo-' ion (Kaczmarczyk gland constituents (Szent-Gy6rgyi et al.), et al.), 729; molecular structure of Bi8sH22 1439 (Simpson and Lipscomb), 1490 Canonical structure of linear dynamical systems

Boundary-value problems (Bellman et al.), 1327 (Kalman), 596 Bovine seryvn albumin (Ridgeway), 1482 Carboxypeptidase A, chemical labeling of Bovine serum albumin (Ridgeway), 1482 (Walshe at.) 1443 BOYCE, R. P. See Howard-Flanders, P., 2109 clS e al.), Howard-Flanrs, P., 2109

CARSTOIU, J. Magnetohydrodynamic Waves BOYER, S. H., I. H. PORTER, and R. G. WEIL- in a Constant .1ipole Magnetic Field, 990

BACHER. Electrophoretic Heterogeneity Cation absorption bbaker's veast (Leggett of CGlucose-6-Phosphate Dehydrogenase a 14 and Its Relationship to Enzyme Deficiency Cauchy inequality (Whyburn), 1335 in Man, 1868 Catichy inequality (Whyburn), 1335 Bin

Man, 186 S c e . 1 CELADA, F., and W. J. WELSHONS. Demon-

BRADBURY, A. See McConnell, H. M., 1480 stration of F] Hybrid Anti-Parent Immu- BRATTAIN, W. H., and P. J. BODDY. The nological Reaction, 326

Distribution of Potential Across the Low Cells: animal, actinomycin D effect on (Reich Index Crystal Planes ot Germanium et

al.), 1238; dissociated, tissue reconstruc- Conta,cting an Aqueous Solution, 2005 tion by (Steinberg), 1577, 1769; Dictyo-

BRAUN, A. C., and H. N. WOOD. On the stelium, fusions in (Huffman et al.), 1160; Activation of Certain Essential Biosyn- erythroid (Marks et al.), 2163; induced thetic Systems in Cells of Vinca rosea L., chromosome damage by hydroxylamine

1776ding, bioa,i pro Mle) 9 el(Somers and Hsu), 937 Breeding, bimodal, in sparrow (Miller), 396 Cell model for liquid hydrogen (Henderson BR1ERLEY, G. P., E. BACHMAN, and D. E. et al.), 1753

GREEN. Active Transport of Inorganic Cell-substratum interactions (Rosenberg), 1342 Phosphate and Magnesium Ions by Beef Cell-virus relationships in human renal cell Heart Mitochondria, 1928 cultures (Shein and Enders, 1164; Shein

BRILL, W. J. See Valentine, R. C., 1856 ' et al.), 1350 Broinouracil substitutions and replication of Cell-wall polysaccharide in Salmonella (Ni-

DNA (Trautner et al.), 449 kaido), 1337, 1542 BROWN, 1). H., and B. ILLINGWORTH. The Centrifuge, ionic (Slepian), 913

Properties of an Oligo-1,4--1,4-Glucan- Cerebral commissures in man, functional effects transferase from Animal Tissues, 1783 of sectioning (Gazzaniga et al.), 1765

BROWN, D. H. See Illingworth, B., 1619 CHAMBERLIN, M., and P. BERG. Deoxyri- BUDDENHAGEN, D. A., A. V. HAEFF, G. F. bonucleic Acid-Directed Synthesis of Ri-

SMITH, G. OSTER, and G. K. OSTER. bonucleic Acid by an Enzyme from Observations of Ruby-Laser Beam-Inten- Escherichia coli, 81

sity Patterns with Dye-Sensitized Photo- CHAMPE, S. P., and S. BENZER. Reversal of

polymers, 303 Mutant Phenotypes by 5-Fluorouracil:

BUCHANAN, J. M. See Wiberg, J. S., 293 An Approach to Nucleotide Sequences in

BUDZIKIEWICZ, H. See Djerassi, C., 113 Messenger-RNA, 532

BUONASSISI, V., G. SATO, and A. I. COHEN. CHAMPE, S. P. See Benzer, S., 1114

Hormone-Producing Cultures of Adrenal CHANOCK, R. M., L. HAYFLICK, and M. F. and Pituitary Tumor Origin, 1184 BARILE. Growth on Artificial Medium

BURCHARD, W. See Landman, 0. E., 219 of an Agent Associated with Atypical BURKA, E. R. See Marks, P. A., 2163 Pneumonia and Its Identification as a BURNS, R. 0. See Freundlich, M., 1804 PPLO, 41 BUTLER, V. P., JR., S. M. BEISER, B. F. CHAPEVILIE, F., F. LIPMANN, G. VON EHREN-

ERLANGER, S. W. TANENBAUM, S. COHEN, STEIN, B. WEISBLUM, W. J. RAY, JR., and and A. BENDICH. Purine-Specific Anti- S. BENZER. On the Role of Soluble



2208 INDEX PRo). N. A. S.

Ribonucloic Acid in Coding for Amino of Glutamate into Ribonucleic Acid, 1602 Acids, 1086 Colicine K, chromatographic' fractionation of

CHAPMAN, D. D., R. L. AUTREY, R. H. GOUR- (Goebel), 214 LAY, A. L. JOHNSON, J. SOUTO, and D. S. Coliphage f2, coat protein of (Nathans et al.), TARBELL. The Isolation of Degradation 1424 Products from the Antibiotic Actinospec- Collagenolytic activity in amphibian tissues tacin, 1108 (Gross and Lapiere), 1014

CHARNES, A., W. W. COOPER, and K. KOR- Colors seen in a flash of light (Land and Daw), TANEK. Duality, Haar Programs, and 1000 Finite Sequence Spaces, 783 COMMONER, B. Linear Biosynthesis of To-

CHEADLE, V. I. See Esau, K., 1 bacco Mosaic Virus: Development and Chemical labeling of carboxypeptidase A Test of a Model, 2076

(Walsh et al.), 1443 COMMONER, B., G. B. SHEARER, and M. CHENG, T. Y. See Suieoka, N., 1851 YAMADA. Linear Biosynthesis of Tobacco Chick embryo hemoglobin (Wilt), 1582 Mosaic Virus: Changes in Rod Length Chick embryos: mortality from implantation during the Course of Infection, 1788

of blood from patients with neoplastic COMMONER, B., and J. SYMINGTON. Linear disease (Handler et al.), 1549 Biosynthesis of Tobacco Mosaic Virus:

Chicken, muscular dystrophy in (Kaplan and Incorporation of C'4 into Rods of Different Cahn), 2123 Lengths, 1984

Chlamydomonas reinhardi, TNP reduction in COMMONER, B. See Symington, J., 1675 (Levine and Smillie), 417 Complementary RNA, secondary structure

Chloramphenicol and barley (Sarkissian and (Geiduschek et al.), 1078 Huffaker), 735; (Sarkissian et al.), 1513 Complementation and recombination among

Chlorella: light emission of (Bertsch), 2000; pyr-3 heteroalleles of N. crassa (Wood- in transformation of steroids (Guehler ward), 348 et al.), 377 Computational procedures for optimal system

CHOI, S., and J. Ross. Note on Second-Order design (Bellman et al.), 1524 W. K. B. Phase Shifts, 803 Conformational changes in enzyme catalysis

CHOWLA, S. On Gaussian Sums, 1127 (Labouesse et al.), 2137 Chromatin, sex, origin of (Morishima et al.), Connectivity of a graph (Harary), 1142

756 CONNER, P., and D. MONTGOMERY. An Exam- Chromatographic fractionation of colicine K ple for S0(3), 1918

(Goebel), 214 Containment time of a plasma (Slepian), 129 Chromatophores from R. rubrum (Androes Continued fractions in perturbation theory

et al.), 1022, 1294 (Bellman and Richardson), 1913 Chromosome aberrations in: D. robusta (Levi- Control processes and dynamic programming

tan), 930; irradiated human blood (Bender (Bellman and Kalaba), 1735 and Gooch), 522 Convolution operators on Banach space valued

Chromosome breakage: and reunion, effects functions (Benedek et at.), 356 of fluorodeoxyuridine on (Taylor et al.), COOPER, W. W. See Charnes, A., 783 190; and segregation-distortion phenom- Coordinatization theorem (Jacobson), 11.54 ena in Drosophila (Crow et al.), 1307; Coproporphyrins formed by monopyrrole poly- induced by hydroxylamine in mammalian merization (Kay), 901 cells (Somers and Hsu), 937 CORBEN, H. C. Radiation Damping of

Chromosomes: human, asynchronous duplica- Spinning Particles, 387 tion of (Morishima et al.), 756; lampbrush, -- . Relativistic Quantum Theory of incorporation of H' uridine in (Gall and Particles with Variable Mass, 1, 1559 Callan), 562 -. Relativistic Quantum Theory of

Chronology of Caledonian folding (McKerrow), Particles with Variable Mass, II, 1746 1905 CORDOVA, C. C. See Niu, M. C., 1964

CHUNG, K. L. On the Martin Boundary for CORI, C. F. See Danforth, W. H., 1191 Markov Chains, 963 COTZIAS, G. C. See Borg, D. C., 617, 623, 643

CHUSED, T. M. See Lin, E. C. C., 2145 COWGILL, U. M., A. BISHOP, R. J. ANDREW,

Chymotrypsin inhibition (Ryan and Balls), 1839 and G. E. HUTCHINSON. An Apparent Chymotrypsinogen, a 3-dimensional Fourier Lunar Periodicity in the Sexual Cycle of

synthesis of (Kraut et al.), 1417 Certain Prosimians, 238 CLEMENTS, J. A., and K. M. WILSON. The CROTHERS, D. M. See Zimm, B. H., 905

Affinity of Narcotic Agents for Interfacial CROW, J. F., C. THOMAS, and L. SANDLER. Films, 1008 Evidence that the Segregation-Distortion

Cobalt and nitrogen metabolism (Nicholas Phenomenon in Drosophila Involves Chro- et al.), 1537 mosome Breakage, 1307

COHEN, A. I. See Buonassisi, V., 1184 Crystal lattices in strained crystals (Turner), COHEN, S. See Butler, V. P., Jr., 1597 955 COLEBROOK, IL. D., and R. H. GOURLAY. The Crystal planes of germanium (Brattain and

Application of Proton Spin-Spin Decou- Boddy), 2005 pling to Organic Structural Problems: Crystals: near liquid helium temperatures Information of the Structure of Actino- (Streib and Lipscomb), 911; radiation spectacin, 1693 damage in organic (Kwiram and McCon-

COLES, N., and A. MEISTER. Incorporation nell), 499



VoL. 48, 1962 INDEX 2209

Curvature tensor fields (Nomizu and Ozeki), effect of irradiated thymine dimers on 206 (Setlow aind Setlow), 1250; enzymatic

Curves, minimal (Eisenhart), 22 synthesis of (Trautner et al.), 449; gene- Cyclohexanones, optical rotatory dispersion specific, in cell-free synthesis of 3-galacto-

and twist conformation of (Djerassi and sidase (Eisenstadt et al.), 652; in lympho- Klyne), 1093 cytes and neutrophile leucocytes (Gokcen),

Cytidine 5'-monophospho-sialic acids, enzy- 978; in RNA synthesis (Allfrey and matic synthesis of (Roseman), 437 Mirsky), 1590, (Chamberlin and Berg),

81, (Hurwitz et al.), 1222; interaction with purine-specific antibodies (Butler et al.),

DANFORTH, W. H., E. HELMREICH, and C. F. 1597; mediated heritable transformation CoRI. The Effect of Contraction and of (Szybalska and Szybalski), 2026; non- Epinephrine on the Phosphorylase Activity degradative isolation from calf thymus of Frog Sartorius Muscle, 1191 nuclei (Welsh), 887; replication, effects of

DATFO, G. P., JR. See Ettlinger, M. G., 305 fluorodeoxyuridine (Taylor et al.), 190; DAVIES, D. R. See Gellert, M., 2013 resembling a nuclear RNA fraction DAVIS, B. L. See Adams, L. H., 982 (Sibatani et al.), 471; RNA comple- DAW, N. W. See Land, E. H., 1000 mentary to (Bolton and McCarthy), 1390; Decaborane (16) rearrangement to decaborane T4-specific RNA isolated on cellulose

(14) and cleavage (Grimes and Lipscomb), column of (Bautz and Hall), 400; thymine 496 in (Howard-Flanders et al.), 2109

DE GIOVANNI-DONNELLY, R. See Zamenhof, DNA, transforming: action of nitrous acid on S., 944 (Horn and Herriott), 1409; differential

Dehydrogenase and isolation of yeast ribosomes destruction of (Strauss), 1670- following (Warren and Goldthwait), 698 fixation by transformable bacteria (Fox), DE KLOET, S. R. See Sibatani, A., 471 1043; mutations induced by hydroxyl-

DELuCA, H. F., G. W. ENGSTROM, and H. amine (Freese and Strack), 1796 RASMUSSEN. The Action of Vitamin D DNA-RNA complex from N. crassa (Schulman and Parathyroid Hormone in vitro on and Bonner), 53 Calcium Uptake and Release by Kidney DNA-soluble RNA-hybrid (oodman and Mitochondria, 1604 DNA-soluble RNA-hybrid (Goodman and Mitochondria, 1604

DEMEREC, M. "Selfers"---Attributed to Un- Rich), 2101 equal Crossovers in Salmonella, 1696 I)NA synthesis, amino acid-dependent control

DEMPSTER, E. R. See Lerner, 1. M., 821 of (Kellenberger et al.), 1860; enzymatic Deoxyadenylate-deoxythymidylate polymer re- (Trautner et al.), 449

sembling DNA (Sueoka and Cheng), 1851 DNA, viscometer for (Zimm and Crothers), Deoxyuridinetriphosphatase in E. coli (Green- 905

berg and Somerville), 247 D20 bombardment by low-energy electrons Deoxyuridylate kinase activity in E. coli (Glasel), 491

(Greenberg and Somerville), 247 DOBROTT, R. D. See Kaczmarczyk, A., 729 DEWOLF, S. See Greenberg, G. R., 242 DOBZHANSKY, T., and N. P. SPASSKY. Genetic Dictyostelium anastomosis and cell fusion Drift and Natural Selection in Experi-

(Huffman et al.), 1.160 mental Populations of Drosophila pseudo- Differential equations, functional (Stokes), obseura, 148

1330. --. Selection for Geotaxis in Monomor- Differential equations, computational solution phic and Polymorphic Populations of

of partial (Bellma,n et al.), 1325 Drosophila pseudoobscura, 1704, 2204 Differential operators, partially hypoelliptic DODSON R M See Guehler, P F., 377

(Friberg), 22 Diffraction of crystals (Streib and Lipscomb), Donkey and mouse hemoglobins (Rigg and

911 ' Herner), 1664 DINTZIS, H. M. See Naughton, M. A., 1822 Drosophila melanogaster: meiosis in female Diphosphate ester of 2-keto-L-gulonic acid (Grell), 165; mutants (Glassman), 1491,

(Moses et al.), 1644 (Glassman and McLean), 1712; segrega- DIRKSEN, M.-L. See Wiberg, J. S., 293 .tion-distortion phenomenon in (Crow et Disulfide bonds in structure of antibody mole- at.), 1307

cules (Grossberg et al.), 1203 Drosophila pseudoobscura, genetic drift and DJERASSI, C., S. E. FLORES, H. BUDZIKIEWICZ, natural selection in (Dobzhansky and

J. M. WILSON, L. J. DURHAM, J. LE Spassky), 148, 1704,2204 MEN, M.-M. JANOT, M. PLAT, M. GOR- Drosophila paulistorum (Ehrman), 157 MAN, and N. NEUSS. Mass Spectrometry Drosophila robusta (Levitan), 930 in Structural and Stereochemical Problems Duality, Haar programs, and finite sequence

IV. Vindoliine, 11 spaces (Charnes et al.), 783

DJERASSI, C., and W. KLYNE. Optical Rota- ( e eta, 8 3 tory Dispersion and the Twist Conforma- DUHAM, L. J. See Djerassi, C., 113 tion of Cyclohexanones, 1093 Dynamic programming applied to control

DNA: base composition (Sueoka), 582; com- processes governed by general functional ponent resembling dAT-copolymer (Sue- equations (Bellman and Kalaba), 1735 oka and Cheng), 1851; denatured, anti- Dynamical systems, global cross sections of genic determinants of (Stollar et al.), 874; compact (Schwartzman), 786




EAKIN, R. M., and J. A. WESTFALL. Fine Enzyme inducibility in E. coli (Jordan et al.), Structure of Photoreceptors in the Hydro- 32 medusan, Polyorchis penicillatus, 826 Enzyme synthesis control in E. coli infected

Earth, oscillation of (Pekeris et al.), 592 with mutants of bacteriophage T4 (Wiberg ECHOLS, H. See Garen, A., 1.398 et al.), 293 EDELMAN, G. M., and B. BENACERRAF. On Enzymes, RNA-induced biosynthesis of (Niu

Structural and Functional Relations be- et al.), 1964 tween Antibodies and Proteins of the Epidemiology of peptic ulcer (Wilson), 1924 Gamma-System, 1035 Epinephrine effect on phosphorvylase activity

EGYHAZI, E. See Hyd6n, H., 1366 in frogs (Danforth et al.), 1191 EHRMAN, L. The Transitional Races of EPR in photosynthetic materials (Androes

Drosophila paulistorum: A Study of Hybrid et al.), 1022, 1294 Sterility, 157 EPSTEIN, R. H. See Wiberg, J. S., 293

EINSTEIN, J. R. See McGavin, A. S., 2150 Equations in groups (Gerstenhaber and Rot-

EISENHART, L. P. Spaces in Which the haus), 1.531 Geodesics Are Minimal Curves, 22 Equatorial sparrow (Miller), 396

-- . The Paths of Rays of Light in Gen- Equilibrium reactions between ions and ion- eralized General Relativity of the Non- pairs (Kenausis et al.), 121 symmetric Field V4, 773 Ergodic theorems, abstract (Ionescum Tulcea

Generalized Riemannian Geometry, and Ionescu Tulcea), 204 1529. ER1LANGER, B. F. See Butler, V. P., Jr., 1597

EISENSTADT, J. M., T. KAMEYAMA, and G. D. Erythrocytes incubated with ribonucleoprotein NOVELLI. A Requirement for Gene- (Weisberger), 68 Specific Deoxyribonucleic Acid for the Erythroid cells (Marks et al.), 2163 Cell-Free Synthesis of ,-Galactosidase, ESAU, K., and V. I. CHEADLE. An Evaluation 652 of Studies on Ultrastructure of Tonoplast

EL-ANI, A. S., and L. S. OLIVE. The Induction in Sieve Elements, 1 of Balanced Heterothallism in Sordaria Escherichia coli (Jordan et al.), 32; (Chaimberlin

fimicola, 17 and Berg), 81; (Wood and Berg), 94; ELBEIN, A. D.. See Heath, E. C., 1209 (Greenberg et al.), 242; (Greenberg and ELBERG, S. See Aronson, M., 208 Somerville), 247; (Wiberg et al.), 293; Electron bombardment of D20 under astronom- (Lee and Englesberg), 335; (Otaka et al.),

ical conditions (Glasel), 491 425; (Kameyama and Novelli), 659; Electron microscope, determination of base (Lennarz et al.), 840; (Garen and Siddiqi),

sequence in nucleic acids (Beer and 1121; (Heath and Elbein), 1209; (Morse), Moudrianakis), 409 1314; (Garen and Echols), 1398; (Nath-

Electron spin resonance (Griffith and McCon- ans et al.), 1424; (Newton and Snell), nell.), 1877 1431; (Grossman), 1609; (Spyrides and

Electrolytes (Kenausis et al.), 121 Lipmann), 1977; (Howard-Flanders et

Electrophoretic heterogeneity of G-6-PD al.), 2109; (Lin et a.), 2145; (Sundarara- (Boyer et at.), 1868 jan et al.), 2187; (Volkin and Ruffilli),

EINDERS, J. F. See Shein, H. M., 1164, 1350 2193 ENDERS, J. F. See Shein, I M. 1164, 1 350 / Escherichia coli B and K-12 (Maas and Maas),

Energy transfer in biological systems (Avery 1887 et al.), 10(9

Estradiol-179 and progesterone in extinction Engineering designs, optimization of (Zener), of experimental mammary cancer (Huggins

518 et al.), 379 ENGELSBERG, E. See Lee, N., 335 Ethyl groups, abnormal splitting of (White-

See Hoffee, P., 1759 sides et al.), 1112 ENGSTROM, G. W. See DeLuca, H. F., 1604 ETTLINGER, M. G., G. P. DATEO, JR., B. W.

3-Enolpyruvylshikimate 5-phosphate, interme- HARRISON, T. J. MABRY, and C. P. diate in anthranilate biosynthesis (Rivera THOMPSON. Vita.min C as a Coenzyme: and Srinivasan), 864 The Hydrolysis of Mustard Oil Gluico-

Enterovirus infection of human cells (Holland), sides, 305

2044 Euclidean spaces (Harrold), 11.46

Entscheidungsproblem reduced to the V[V E[ vaporation resistance and structure of mono-

case (Kahr et al.), 365 layers (La Mer and Aylmore), 316

Enzymatic identity of mitochondrial contrac- EVERS, E. See Kenausis, L. C., 121

tion-factors I and II (Neubert et al.), 1651 Evolution, chemical, and hydrogen cyanide

Enzymatic incolporation of galactose in Sal- dimer (Kliss and Matthews), 1.300

monella (Osborn et al.), 1831 Exterior algebra and the action principle

Enzymatic synthesis of: cvtidine 5'-mono- (Schwinger), 603

phosphosialic acids (Roseman), 437; GDP- EYRING, H. See Ree, T. S., 501

colitose (Heath and Elbein), 1209 - - . See Henderson, D., 1753

Enzyme activity in barley, effects of chlo-

ramphenicol (Sarkissian and Huffaker), 735 FAIRBANKS, V. F. See Beutler, E., 9

Enzyme catalysis (Labouesse et al.), 2137 FAIRHURST, A. S., and D. J. JENDEN. Effect

Enzyme deficiency in man (Boyer et al.), of Ryanodine on the Calcium Uptake 1868 System of Skeletal Muscle, 807



VOL. 48, 1962 INDEX 2211

FARBER, S. See Handler, A. H., 1549 GAL, I. S. The Martin Boundary, 775 Fatty acid synthetase from E. coli (Lennarz Galactose sequence in E. coli (Jordan et al.),

et al.), 840 32 FEIT, WALTER, and J. G. THIOMPSON. A Galaxies (Campbell), 1993

Solvability Criterion for Finite Groups GALINDO, A. On a Class of Perturbations in and Some Consequences, 968 Quantum Field Theory, 1.1.28

FELLER, W. See Acknowledgment, 2204 CGALL, J. G., and H. G. CALLAN. H3 Uridine Ferredoxin in pyridine nucleotide reduction Incorporation in Lampbrush Chromo-

(Valentine et al.), 1856 somes, 562 FERRIER, I. J. See Moses, V., 1644 Galvanic skin reflex (Lloyd), 814 FERRIER, R. J. See Moses, V., 1644 Gamma chain of human fetal hemoglobin Fertilization, double (Gartler et al.), 332 (Schroeder et al.), 284 FETHEROLF, K. See Levinthal, C., 1.230 Gamma-globulins, human (Franklin et al.), 914 F, hybrid anti-parent immunological reaction Gap power series (Schoenberg), 1151

(Celada and Welshons), 326 GARDNER, R. S., A. J. WAHBA, C. BASILIO, Finite groups (Feit and Thompson), 968 R. S. MILLER, P. LENGYEL, and E. REICH. FISCHER, E. H. See Hughes, R. C., 1615 Synthetic Polynucleotides and the Amino FLEISSNER, E., and E. BOREK. A New Acid Code, VII, 2087

Enzvme of RNA Synthesis: RNA Methyl- GAREN, A., and H. ECHOnLS. Genetic Control ase, 1199

" of Induction of Alkaline Phosphatase

Flqet theor (Stoes) 1Synthesis in E. coli, 1398 Floquet theory (Stokes), 1330 GAREN, A., and . SDIQI. Suppression of FLORES, S. E. See Djerassi, C., 1]13 Mutations in the Alkaline Phosphatase Fluorodeoxyuridine, effects on DNA replica- Structural Cistron of E.coli, 1121

tion, chromosome breakage, and reunion GARTLER, S. M., S. H. WAXMAN, and E. (Taylor et al.), 190 GIBLETT. An XX/XY Human Herm-

FOSCHI, G. V. See Manson, L. A., 1816 aphrodite Resulting from Double Fertiliza- Fox, A. S., S.-B. YOON, and C. G. MEAD. tion, 332

Evidence for the Persistence in Protein Gases, properties Gf dense (Ree et al.), 501 Synthesis of an Information Transfer GASIC, G., and T. GASIC. Removal of Mechanism after the Removal of Genes, Sialic Acid from the Cell Coat in Tumor 546 Cells and Vascular Endothelium, and Its

Fox, M. S. The Fate of Transforming D)eoxy- Effects on Metastasis, 1172 ribonucleate Following Fixation by Trans- GASIC, T. See Gasic, G., 1172 formable Bacteria, III, 1043 Gaussian sums (Chowla), 1127

FRAENKEL-CONRAT, H. See Tsugita, A., 846 GAZZANIGA, M. S., J. E. BOGEN, and R. W.

FRANKLIN, E. C., H. FUDENBERG, M. MELTZER, SPERRY Some Funcional Effects of and D. R. STANWORTH. The Structural Sectionng the Cereral Commissures in

Basis for Genetic Variations of Normal Man, 1765 Human '-Clobulins, 914 CGEIDUSCHEK, E. P., J. W. MOOHR, and S. B. Human T-Globulins, 914

FRANKLIN, R. M. See Baltimore, 1)., 1.383 WEISS. The Secondary Structure of FRANKLIN, R. M. See Baltimore, D., 1383

Complementary RNA, 1078 FREER, S.?J.

See Reich t, .,

1238 GEISER, C. F. See Handler, A. H., 1549 FREER, S. J. See Kraut, J., 1_417 GELLERT, M., M. N. LIPSETT, and 1). R. FREESE, E., and H. B. STRACK. Induction DAVIES. Helix Formation by Guanylic

of Mutatiens in Transforming DNA by Acid, 2013 Hydroxylamine, 1.796 General functional equations and dynamic

FREUNDLICH, M., R. 0. BURNS, and H. E. programming (Bellman and Kalaba), 1735 UMBARGER. Control of Isoleucine, Valine Genes: E. coli (Maas and Maas), 1887; non- and Leucine Biosynthesis, I. Multi- chromosomal (Sager), -2018; structural, Valent Repression, 1804 dual effects of (Lee and Englesberg), 335

FRIBERG, J. Some Function Classes Con- Genetic code (Henning and Yanofsky), 1497; nected with Partially Hypoelliptic Differ- (Sueoka), 582; a change from nonsense ential Operators, 22 to sense in (Benzer and Champe), 1114

FRIEDE, R. L., and W. H. VAN HOUTEN. Genome, nonrandom reading of (Kano-Sueoka Neuronal Extension and Glial Supply: and Spiegelman), 1942 Functional Significance of Glia, 817 Geodesic hypothesis in theory of gravitation

Frog oocyte (Naora et al.), 853 (Thomas), 1567; (Taub), 1570; (Thomas), Frog sartorius muscle (Danforth et al.), 1191 2063 FUDENBERG, H. See Franklin, E. C., 914 Geodesics (Eisenhart), 22 Fumagillin (Turner and Tarbell), 733 Geometry, Riemannian (Eisenhart), 1529 Function classes connected with partially Geotaxis, selection for, in D. pseudoobscra

hypoelliptic differential operators (Fri- (Dobzhansky and Spassky), 1704, 2204 berg), 22 Germanium contacting aqueous solution (Brat-

Functional effects of sectioning cerebral com- tain and Boddy), 2005 missures in man (Gazzaniga et al.), 1765 GERMER, L. H., and A. U. MACRAE. Surface

Functions, Banach space valued (Benedek Reconstruction Caused by Adsorption, 997 et al.), 356 GERSTENHABER, M., and 0. S. ROTHAUS.

FURTH, J. J. See Hurwitz, J., 1222 The Solution of Sets of Equations in Fusion of two peptide chains (Baglioni), 1880 Groups, 1531




GIBLETT, E. See Gartler, S. M., 332 Gravitation: in creation of matter (Thomas), GIUMARRO, C. See Siegel, S. M., 725 611; theory of (Thomas), 1567, (Taub), GLASEL, J. A. The Bombardment of Solid 1570, (Thomas), 2063

D20 by Low-Energy Electrons under GREEN, D. E. See Brierley, G. P., 1928 Astronomical Conditions, 491 GREENBERG, G. R., and R. L. SOMERVILLE.

GLASSMAN, E. In vitro Complementation be- Deoxyuridylate Kinase Activity and tween Nonallelic Drosophila Mutants Deoxyuridinetriphosphatase in Escherichia Deficient in Xanthine Dehydrogenase, coli, 247 1491 GREENBERG, G. R., R. L. SOMERVILLE, and

GLASSMAN, E., and J. MCLEAN. Maternal S. DEWOLF. Resolution of Phage-Initi- Effect of Ma-l + on Xanthine Dehydrogen- ated and Normal Host Thymidylate ase of Drosophila melanogaster, II. Xan- Synthetases of Escherichia coli, 242 thine Dehydrogenase Activity during GREENSPAN, H. P. A Criterion for the Ex-

Development, 1712 istence of Inertial Boundary Layers in Glial supply and neuronal extension (Friede Oceanic Circulation, 2034

and van Houten), 817 GRELL, R. F. A New Hypothesis on the Na- Global cross sections of compact dynamical ture and Sequence of Meiotic Events in the

systems (Schwartzman), 786 Female of Drosophila melanogaster, 165 Globin synthesis in human immature erythro- GRIFFITH, 0. H., and H. M. MCCONNELL.

cytes (Weisberger), 68 Electron Spin Resonance of X-Irradiated Glucose oxidation in anterior pituitary (Me- Organic Inclusion Compounds, 1877

Guire and Pesch), 2157 GRIFFITHS, P. A. On Certain Homogeneous Glucose permease of bacterial cells, effect of Complex Manifolds, 780

metabolic activity on (Hoffee and Engles- GRIMES, R. N., and W. N. LIPSCOMB. Deca-

berg), 1.759 borane (16): Its Rearrangement to Glucose-6-phosphate dehydrogenase (Beutler Decaborane (14) and Cleavage, 496

et al.), 9; electrophoretic heterogeneity of GROSS, J., and C. M. LAPIERE. Collagenolytic (Boyer et al.), 1868 Activity in Amphibian Tissues: A Tissue

Glutamate incorporation into RNA (Coles and Culture Assay, 1014 Meister), 1602 GROSSBERG, A. L., P. STELOS, and D. PRESS-

Glutamnic acid and glutamine, specificity of MAN. Structure of Fragments of Antibody incorporation into protein (Zubay), 894 Molecules as Revealed by Reduction of

Glutamic-aspartic transaminase, heart (Hughes Exposed Disulfide Bonds, 1203 et al.), 1615 GROSSMAN, L. The Effects of Ultraviolet-

Glycerophosphate utilization by E. coli (Lin Irradiated Polyuridylic Acid in Cell-Free et al.), 2145 Protein Synthesis in E. coli, 1609

Glycogen storage disease (Illingworth and GROSS, S. R. On the Mechanism of Cornple- Brown), 1619 mentation at the Leu-2 Locus of Neuro-

GOEBEL, W. F. The Chromatographic Frac- spora, 922 tionation of Colicine K, 214 Groups (Gerstenhaber and Rothaus), 1531;

GOKCEN, M. Observations on the Differing (Wehn), 791 Nature of the DNA of Lymphocytes and GRUMBACH, M. M. See Morishima, A., 756

Neutrophile Leucocytes, 978 Guanosine-diphosphate-colitose synthesis in GOLDBERG, I. H., M. RABINOWITZ, and E. E. coli (Heath and Elbein), 1209

REICH. Basis of Actinomycin Action, I. cid

NAREICH. Basinding and Inhibitomyion Actiof RNA- Guanylic acid and helix formation (Gellert DNA-Binding and Inhibition of RNA- t al) 2013 polymerase Synthetic Reaction by Acti- et a.), 20 R. M. DODSON, and H. M. nomycin, 2094 GUEHLER, P. F., R. M. DODSON, and H. M. nomycin, 2094TSUCHIYA. Transformation of Steroids

GOLDBERG, S. I., and S. KOBAYASHI. The HIYA. Transformation of Steroids

Confornmal Transformation Group of a with Chlorella pyrenotdosa, 377

Compact Riemannian Manifold, 25 Gulonic acid, 2-keto-L (Moses et al.), 1644

GOLDSTINE, H. H., and L. P. HORWITZ. On a

Hilbert Space with Nonassociative Scalars, Haar programs, duality, and finite sequen 1134 ' Haar programs, duality, and finite sequence

GOLDTHWAIT, 1). A. See Warren, W. A., 698 spaces (Charnes et al.), 783

GONZALES, B. See Herzenberg, L. A., 570 HABER, E., and J. C. BENNETT. Polarization GOOCH, P. C. See Bender, M. A., 522 of Fluorescence as a Measure of Antigen-

GOODMAN, G. T., and H. KOPROWSKI. Macro- Antibody Interaction, 1935 phages as a Cellular Expression of Inher- HAEFF, A. V. See Buddenhagen, D. A., 303 ited Natural Resistance, 160 HALL, B. D. See Bautz, E. K. F., 400

GOODMAN, H. M., and A. RICH. Formation HALL, D. O., and D. I. ARNON. Photosyn- of a DNA-Soluble RNA Hybrid and Its thetic Phosphorylation Above and Below Relation to the Origin, Evolution, and 0?C, 833 Degeneracy of Soluble RNA, 2101 Hamsters (Huebner et al.), 2051

GORMAN, M. See Djera.ssi, C., 113 HANDLER, A. H., C. F. GEISER, and S. FARBER. GOURLAY, R. H. See Chapman, D. D., 1108 Studies on Mortality in Chick Embryos

. See Colebrook, L. D., 1693 Resulting from Implantation of Whole Granite of New Hampshire (Adams et al.), Blood and Blood Fractions From Patients

1898 and Animals with Neoplastic Disease, Graph (Harary), 1142 1549



VOL. 48, 1962 INDEX 2213

HARARY, F. The Maximum Connectivity of a Histidine, 2-benzyl-, as pilot for peptide syn- Graph, 1142 thesis (Woolley et al.), 709

.HARRISON, B. W. See Ettlinger, M. G., 305 Histiocytes, proliferation of rabbit peritoneal HARROLD, 0. C. Locally Peripherally Eu- (Aronson and Elberg), 208

clidean Spaces Are Locally Euclidean, II, Histocompatibility: antigens (Manson et al.), 1146 1816; loci in rat (Billingham et al.), 138

HASTINGS, J. W. See Karakashian, M. W., Histone: and suppression of RNA synthesis 2130 (Huang and Bonner), 1216; extranuclear,

HAUT, W. F. See Taylor, J. H., 190 in amphibian oocyte (Horn), 257; speci- HAVSTEEN, B. H. See Labouesse, B., 2137 ficity (Bloch), 324 HAYFLICK, L. See Chanock, R. M., 41 HOFFEE, P., and E. ENGLESBERG. Effect of HAYNES, R. H. See Uretz, R. B., 1738 Metabolic Activity on the Glucose Per- HEATH, E. C., and A. D. ELBEIN. The mease of Bacterial Cells, 1759

Enzymatic Synthesis of Guanosine Diphos- HOFFMAN, P. See Morell, S. A., 1057 phate Colitose by a Mutant Strain of HODGE, B. A. See Billingham, R. E., 138 Escherichia coli, 1209 HOLLAND, J. J. Altered Base Ratios in RNA

HEGYELI, A. See Szent-Gy6rgyi, A., 1439 Synthesized during Enterovirus Infection HeLa cells (Bach), 1031; (Wheelock), 1358 of Human Cells, 2044 HELDENMUTH, L. H. See Zamenhof, S., 944 HOLLEY, R. W. See Weisblum, B., 1449 HELINSKI, D. R., and C. YANOFSKY. Corre- Homogeneous complex manifolds (Griffiths),

spondence between Genetic Data and the 780 Posit,ion of Amino Acid Alteration in a HONRUBIA, V., and R. LORENTE DE No. On Protein, 173 the Effect of Anesthetics upon Isolated,

Helix formation by guanylic acid (Gellert et al.), Single Frog Nerve Fibers, 2065 2013 HORECKER, B. L. See Osborn, M. J., 1831

Helix-coil transition temperature (Ts'o et al.), HORMANSKI, M. See Pinchot, G. B., 1970 686 Hormone-producing cultures (Buonassissi et

HELMKAMP, G. K. See Ts'o, P. O. P., 686 al.), 1184 HELMREICH, E. See Danforth, W. H., 1191 Hormones in viral infections (Roizman), 795, Hemoglobin: chick embryo (Wilt), 1582; 973

human fetal (Schroeder et al.), 284; hy- HORN, E. C. Extranuclear Histone in the bridization, donkey and mouse (Riggs and Amphibian 06cyte, 257 Herner), 1664; inheritance in mice (Hut- HORN, E E, and R. M. HERRIOTT. The ton et al.), 1505, 1718; lepore, peptide Mutagenic Action of Nitrous Acid on chains in (Baglioni), 1880; NEM-reactive "Single-Stranded" (Denatured) Hemo- -SH groups of (Morrell et al.), 1057 philus Transforming DNA, 1409 peptide chains (Naughton and Dintzis), HORWITZ, L. P. See Goldstine, H. H., 1134 1822; and reversible oxygen binding HOWARD-FLANDERS, P., R. P. BOYCE, E. 1822 andre(Benesch vere

se oy) 2071 SIMSON, and L. THERIOT. A Genetic (Benesch et

aD., 2071S. KIM and H. EYING Locus in E. coli that Controls the Reactiva- HENDERSON, D., S. KIM, and H. EYRING. tion of UV-Photoproducts Associated An Approximate Cell Model for Liquid tion of U-Ph otoprodth Thyctsine in DNA, 21 Associated Hfydrogen, I, 1753 with Thymine in DNA, 2109

HENDLER, R. W. On the Agreement of Amino HANG, C. See Somers, . BONNER., 937 Acid Replacement Data with Code H^JAN or R C- an J Acid Replacement Data with Code Suppressor of Chromosomal RNA Svn- Designations for the Amino Acids, 1402 H GR216 an Bo A St n-

HENNING, U., and C. YANOFSKY. Amino thesis, 1216 Acid Replacements Associated with Re- HUEBNER, R. J., W. P. ROWE, and W. T. version and Recombination within the LANE. Oncogenic Effects in Hamsters

~A GC~ene,~ 1497 of Human Adenovirus Types 12 and 18, A Gene, 1497 ?-- -. An Alteration in the Primary Struct- 2051

ure of a Protein Predicted on the Basis HUFFAKER, R. C. See Sarkissian, I. V., 735 of Genetic Recombination Data, 183 HUFFMAN, D. M., A. J., KAHN, and L. S.

Hermaphrodite, human (Gartler et al.), 332 OLIVE. Anastomosis and Cell Fusions in

HERNER, A. E. See Riggs, A., 1664 Dictyostelium, 1160

HERRIOT, R. M. See Horn, E. E., 1409 HUGGINS, C., R. C. MOON, and S. MRII. HERSHEY, J. W. B. See Woolley, D. W., 709 Extinction of Experimental Mammary HERZENBERG, L. A., and B. S

GONZALES. Ap- Cancer, I. Estradiol-17f and Progester- HERZENBERG, L. A., and B. GONZALES. Ap- 379 pearance of H-2 Agglutinins in Outcrossed HUGHES, R. C., W. T. JENKINS, and E H Female Mice, 570 HUGHES, R. C., W. T. JENKINS, and E. H. H Fem

.e Mice, 570 FISCHER. The Site of Binding of Pyri-

HESS, G. P. See Labouesse, B., 2137 doxal-5'-Phosphate to Heart Glutamic- Heterogeneity of rabbit antibody (Palmer et Aspartic Transaminase, 1615

al.), 49 Human behavior and individuality of inbred Heterothallism, induction of (El-Ani and animals (Williams et al.), 1461.

Olive), 17 Human cell lines, genetics of (Szybalska and HIGA, A. See Levinthal, C., 1631 Szvbalski), 2026 HIGH, D. F. See Kraut, J., 1417 Human cells (Holland), 2044 High pressure chemistry (Libby), 1475 Human cell transformation induced by SV-40 Hilbert space (Goldstine and Horwitz), 1134; (Shein and Enders), 1164; (Shein et al).,

of analytic functions (Bargmann), 199, 2204 1350




Human chromosomes, asynchronous duplica- Indochinite tektites (Barnes and Pitakpaivan), tion of (Morishima et al.), 756 947

Human female as a mosaic of X-chromosome Inertial boundary layers in oceanic circulation activity (Beutler et al.), 9 (Greenspan), 2034

Human fetal hemoglobin, Ty chain (Schroeder Infection, enterovirus (Holland), 2044 et al.), 284 Information transfer mechanism in protein

Human y-globulins, genetic variations of synthesis (Fox et al.), 546 (Franklin et al.), 914 Insulin, gross molecular structure of (McGavin

Human hermaphrodite (Gartler et al.), 332 et al.), 2150 Human immature erythrocytes (Weisberger), IONESCU TULCEA, A., and C. IoNESCu TULCEA.

68 Abstract Ergodi Theorems, 204 HIJRWITZ, J., J. J. FUTRTH, M. MALAMY, and M. IONESCU TULCEA, C. See lonescu Tulcea, A.,

ALEXANDER. The Role of Deoxyribonu- 204 cleic Acid in Ribonucleic Acid Synthesis, Ionic centrifuge (Slepian), 913 III. The Inhibition of the Enzymatic Ions and ion-pairs, equilibrium reactions be- Synthesis of Ribonucleic Acid and Deoxy- tween (Kenausis et al.), 121 ribonucleic Acid by Actinomycin I) and Isoleucine, valine, and leucine biosynthesis Proflavin, 1222 (Freundlich et al.), 1804

HUTCHINSON, G. E. See Cowgill, U. M., 238 IZAWA, M. See Naora, H., 853 HTITTON, J. J., J. BISHOP, R. SCIIWEET, and

E. S. RUSSELL. Hemoglobin Inheritance in Inbred Mouse Strains, I. Structural JACOBSON, N. A Coordinatization Theorem Differences, 1505 for Jordan Algebras, 1154

Hemoglobin Inheritance in Inbred JANOT, M.-M. See Djerassi, C., 113 Mouse Strains, II. Genetic Studies, 171.8 JAROSCH, H. See Pekeris, C. L., 592

HUYCK, E. P. See Lombard, H. L., 2059 JENDEN, D. J. See Fairhurst, A. S., 807 Hybrid enzyme synthesis in maize (Schwartz), JENKINS, W. T. See Hughes, R. C., 1.615

750 JEWETT, F. B. The Academy-Its Charter, tIybridization: complex natural, new tech- Its Functions and Relations to Govern-

niques in analysis of (Alston and Turner), ment, 481 130; of alkaline phosphatase (Levinthal JOHNSON, A. L. See Chapman, D. D., 1108 et al.), 1230; of donkey and mouse hemo- JONES, 0. W., JR., and M. W. NIRENBERG. globins (Riggs and Herner), 1664 Qualitative Survey of RNA Codewords,

HYDEN, H. and E. EGYHAZI. Nuclear RNA 2115 Changes of Nerve Cells during a Learning JONES, 0. W. See Matthaei, J. H., 666 Experiment in Rats, 1366 --. See Nirenberg, M. W., 104

Hydra, light response and rhythmic potentials Jordan algebras (Jacobson), 1154 of (Passano and McCullough), 1376 JORDAN, E., M. B. YARMOLINSKY, and H. M.

Hydrocarbon gases in protein solutions (Wish- KALCKAR. Control of Inducibility of nia), 2200 Enzymes of the Galactose Sequence in

Hydrogen cyanide dimer (Kliss and Matthews), Escherichia coli, 32 1300 JORGENSEN, S. E. See Lin, E. C. C., 21.45

Hydrogen, liquid (Henderson et al.), 1753 JUKES, T. H. Relations between Mutations Hydromagnetic stability of a plasma (Slepian), and Base Sequences in the Amino Acid

517 Code, 1809 Hydromedusan (Polyorchis penicillatus) (Eakin

and Westfall), 826 Hydroxylamine and induced mutations in

transforming DNA (Freese and Strack), KACZMARCZYK, A., R. 1). DOBROTT, and W. N. 1796 LIPSCOMB. Reactions of BioH1o-2 Ion,

729 KAGIWADA, H. See Bellman, R., 1327, 1524

ILLINGWORTH, B., and D. H. BROWN. Action KAHN, A. J. See Huffman, D. M., 1160 of Amylo-l,6-Glucosidase on Low Molecu- KAHR, A. S., E. F. MOORE, and H. WANG. lar Weight Substrates and the Assay of Entscheidungsproblem Reduced to the This Enzyme in Glycogen Storage Disease, V3V Case, 365 1619 KALABA, R. See Bellman, R., 1325, 1327, 1524,

ILLINGWORTH, B. See Brown, D. H., 1783 1735 Immobilization antigens of P. aurelia (Steers), KALMAN, R. E. Canonical Structure of Linear

867 Dynamical Systems, 596 Immunological reaction, F, hybrid anti-parent KALCKAR, H. M. See Jordan, E., 32

(Celada and Welshons), 326 --. See Sundararajan, T. A., 2187 Inbred animals, individuality in (Williams KAMEYAMA, T., and G. D. NOVELLI. The

et al.), 1461 Synthesis of B-Galactosidase by a Cell- Inbreeding effects on mortality and morbidity Free Preparation from Escherichia coli,

(Neel and Schull), 573 659 Indeterminism in interspecific competition KAMEYAMA, T. See Eisenstadt, J. M., 652

(Lerner and Dempster), 821 KANO-SUEOKO, T., and S. SPIEGELMAN. Evi- Individuality in inbred animals (Williams dence for a Nonrandom Reading of the

et al.), 1461 Genome, 1942



VOL. 48, 1962 INDEX 2215

KANTOCH, M., and F. B. BANG. Conversion Lampbrush chromosomes (Gall and Callan), of Genetic Resistance of Mammalian 562 Cells to Susceptibility to a Virus Infection, LAND, E. H., and N. W. DAW. Colors Seen 1553 in a Flash of Light, 1000

KAPLAN, N. O., and R. D. CAHN. Lactic LANDMAN, 0. E., and W. BURCHARD. The Dehydrogenases and Muscular Dystrophy Mechanism of Action of Streptomycin as in the Chicken, 2123 Revealed by Normal and Abnormal

KAPLAN, F. See Whitesides, G. M., 1112 Division in Streptomycin-Dependent Sal- KARAKASHIAN, M. W., and J. W. HASTINGS. monellae, 219

The Inhibition of a Biological Clock by LANE, W. T. See Huebner, R. J., 2051 Actinomycin D, 2130 LANNI, F. Biological Validity of Amino Acid

KAY, I. T. The Formation of Coproporphyrins Codes Deduced wth Synthetic Ribonucle- by the Polymerization of Monopyrroles otide Polymers, 1623 in Acidic Solution, 901 LAPIERE, C. M. See Gross, J., 1014

KELLENBERGER, E., K. G. LARK, and A. BOLLE LARK, K. G See Kellenberger, E., 1860 Amino Acid Dependent Control of DNA LASALLE, J. P. Complete Stability of a Amino Acid Dependent Control of DNA NoinarontrISystem, Synthesis in Bacteria and Vegetative Nonlinear Control System, 600

Phage, 1860 Laser beam intensity patterns (Buddenhagen Phage, 186 et al.), 303 KELLY, S. See Loewus, F. A., 421 Learning and nuclear RNA changes (Hyden KENAUSIS, L. C., E. C. EVERS, and C. A. and Egyhmzi), 1366

KRAUS. Mechanisms Underlying the LEDERBEERG, J., and C. SAGAN. Microenviron- Equilibrium Reactions between Ions and ments for Life on Mars, 1473 Ion-Pairs in Solutions of Electrolytes, I. LEE, N., and E. ENGLESBERG. Dual Effects Solutions in p-Xylene at 52?C and Benzene of Structural Genes in Escherichia coli, at25?C, 121 335

KEYNAN, A. See Levinthal, C., 1631 LEGGETT, J. E., R. A. OLSEN, and B. D. Kidney mitochondria (DeLuca et al.), 1604 SPANGLER. Cation Absorption by Baker's KIM, S. See Henderson, D., 1753 Yeast as a Passive Process, 1949 KINSKY, S. C. Nystatin Binding by Mycelia, LEHNINGER, A. I. See Neubert, D., 1651

Protoplasts, and a Particulate Fraction LEHER, H.I. See Stollar, D., 874 of Neurospora crassa, and a Basis for the LE MEN, J. See Djerassi, C., 113 Selective Toxicity of Polyene Antifungal LENGYEL, P., J. F. SPEYER, C. BASITIO, and Antibiotics, 1049 S. OcHOA. Synthetic Polynucleotides and

KITAZUME, Y., M. YeAS, and W. S. VINCENT. the Amino Acid Code, III, 282 Metabolic Properties of a Ribonucleic LENGYEL, P. See Basilio, C., 613 Acid Fraction in Yeast, 265 - . See Gardner, R. S., 2087

KLINE, M. C. See Adams, J. A. S., 1898 See Speyer, J. F., 63, 441, 684 KLISS, R. M., and C. N. MATTHEWS. Hydro- . See Wahba, A. J., 1683

gen Cyanide Dimer and Chemical Evolu- LENNARZ, W. J., R. J. LIGHT, and K. BLOCH. tion, 1300 A Fatty Acid Synthetase from E. coli,

KLYNE, W. See Djerassi, C., 1093 840 KoBAYAH, M. See Nicholas, I). J. D., 1537 LERNER, I. M., and E. R. DEMPSTER. Inde- KOBAYASHI, S. See Goldberg, S. I., 25 terminism in Interspecific Competition, KOCH, J. P. See Lin, E. C. C., 2145 821 KOEHELIK, I. H. See Woolley, D. W., 709 Leu-2 locus of Neurospora (Gross), 922 KOPROWSKI, H. See Goodman, G. T., 160 LEVINE, L. See Stollar, D., 874 KORNBERG, A. See Trautner, T. A., 449 LEVINE, R. P., and R. M. SMILLIE. The KORTANEK, K. See Charnes, A., 783 Pathway of Triphosphopyridine Nucleo- KOTKIN, B. See Bellrman, R., 1325 tide Photoreduction in Chlamydomonas KRAUS, C. A. See Kenausis, L. C., 121 reinhard, 417 KRAUT, J., L. S. SIEKER, D. F. HIGH, and S. J. LEVINTHAL, C., A. KEYNAN, and A. HIGA.

FREER. Chyrmotrypsinogen: A Three- Messenger RNA Turnover and Protein Dimensional Fourier Synthesis at 5 A Synthesis in B. subtils Inhibited by Resolution, 1417 Actinomycin D, 1631

KWIRAM, A. L. , and H. M. MCOFETHER- Raa a in Organic Crystals: OLF. Reactivation and Hybridization of Radiation urDamage

i Reduced Alkaline Phosphatase, 1230 Aufbau Processes, 499

LEVINTHAL, J. D. See Shein, H. M., 1350 LEVITAN, M. Spontaneous Chromosome Aber-

rations in Drosophila robusta, 930

LABOTJESSE, B., B. H. HAVSTEEN, and G. P. LIAO, S., and H. G. WILLIAMS-ASHMAN. An HESS. Conformational Changes in En- Effect of Testosterone on Amino Acid zyme Catalysis, 2137 Incorporation by Prostatic Ribonucleo-

Lactic dehydrogenases and muscular dystrophy protein Particles, 1956 (Kaplan and Cahn), 2123 LIBBY, W. F. High Pressure Chemistry, I.

LA MER, V. K., and L. A. G. AYLMORE. Ultra Rapid Rates at Very High Pressures, Evaporation Resistance as a Sensitive 1475 Measure of the Purity and Molecular LIGHT, R. J. See Lennarz, W. J., 840 Structure of Monolayers, 316 Light emission of Chlorella (Bertsch), 2000




Light-flashes, colors seen in (Land and Daw), Mammary cancer, extinction of experimental 1000 (Huggins et al.), 379

Light-rays in general relativity (Eisenhart), Mandy, W. J. See Palmer, J. L., 49 773 Manifolds, homogeneous complex (Griffiths),

Lie groups (Wehn), 791 780 Linear dynamical systems (Kalman), 596 MANSON, L. A., G. V. FoscHI, and J. PALM. LIN, E. C. C., J. P. KOCH, T. M. CHUSED, and In vivo and in vitro Studies of Histocom-

S. E. JORGENSEN. Utilization of L-a- patibility Antigens Isolated from a Cul- Glycerophosphate by Escherichia coli tured Mouse Cell Line, 1816 without Hydrolysis, 2145 Mapping, a measure distortion (Whvburn),

LIPMANN, F. See Chapeville, F., 1086 1922 . See Spyrides, G. H., 1977 Markov chains (Chung), 963

LIPSCOMB, W. N. See Grimes, R. N., 496 Markov processes (Rao), 970 See Kaczmarczyk, A., 729 MARKS, P. A., E. R. BURKA, and D. SCHLES-

- . See Simpson, P. G., 1490 SINGER. Protein Synthesis in Erythroid - . See Streib, W. E., 911 Cells, I. Reticulocyte Ribosomes Active LIPSETT, M. N. See Gellert, M. G., 2013 in Stimulating Amino Acid Incorporation, Liquid hydrogen, an approximate cell model 2163

for (Henderson et al.), 1753 Mars, microenvironments for life on (Lederberg Liquid structure theory (Ree et al.), 501 and Sagan), 1473 LLOYD, D. P. C. The Classification of Gal- Martin boundary (GlI), 775

vanic Skin Reflex Afferent Fibers, 814 Martin boundary for Markov chains (Chung), LOEWUS, F. A., S. KELLY, and E. F. NEUFELD. 963

Metabolism of myo-Inositol in Plants: MARTIN, R. G., and B. N. AMES. The Effect Conversion to Pectin, Hemicellulose, D- of Polyamines and of Poly U Size on Xylose, and Sugar Acids, 421 Phenylalanine Incorporation, 2171

LOMBARD, H. L., E. P. HUYCK, and L. S. MARTIN, R. G. See Matthaei, J. H., 666 SNEGIREFF. An Appraisal of the Cancer Mass spectrometry of vindolinine (Djerassi Death Record, 2059 et al.), 113

LORENTE DE No, R. See Honrubia, V., 2065 Maternal effect of Ma-l+ on xanthine dehydro- Low, B. W. See McGavin, A. S., 2150 genase of D. melanogaster (Glassman and Lunar periodicity in sexual cycle of prosimians McLean), 1712

(Cowgill et al.), 238 Mathematical aid in optimizing engineering Lung cancer, primary and metastatic (Lombard designs (Zener), 518

et al.), 2059 Matter, creation of (Thomas), 611 Lupus erythematosus serum and denatured MATTHAEI, J. H., 0. W. JONES, R. G. MARTIN,

DNA (Stollar et al.), 874 and M. W. NIRENBERG. Characteristics LURIA, S. E. See Wiberg, J. S., 293 and Composition of RNA Coding Units, Lymphocytes (Gokcen), 978 666

MATTHAEI, J. H. See Nirenberg, M. W., 104 S. ee Tsugita, A., 846

MATTHEWS, C. N. See Kliss, R. M., 1300 MAAS, R., and W. K. MAAS. Introduction of MAXWELL, E. S. Stimulation of Amino Acid

a Gene from Escherichia coli B into Hfr Incorporation into Protein by Natural and and F- Strains of Escherichia coli K-12, Synthetic Polyribonucleotides in a Mam- 1887 malian Cell-Free System, 1639

MAAS, W. K. See Maas, R., 1887 MCCARTHY, B. J. See Bolton, E. T., 1390 MABRY, T. J. See Ettlinger, M. G., 305 MCCONNELL, H. M., D. POOLEY, and A. MACARTHUR, R. H. Some Generalized Theo- BRADBURY. The Paramagnetic Reso-

rems of Natural Selection, 1893 nance of Wurster's Blue Perchlorate, 1480 MACRAE, A. U. See Germer, L. H., 997 MCCONNELL, H. M. See Griffith, 0. H., 1877 Macromolecular synthetic processes in T-2 . See Kwiram, A. L., 499

infected E. coli (Volkin and Ruffilli), MCCULLOUGH, C. B. See Passano, L. M., 2193 1376

Macrophages and natural resistance (Goodman MCGAVIN, A. S., J. R. EINSTEIN, and B. W. and Koprowski), 160 Low. Insulin-Gross Molecular Struc-

Magnetic field, hydrodynamic waves in (Car- ture: Trial-and-Error Studies Using Trans- stoiu), 990 form and Patterson Function Techniques,

Magnetic field in physically bounded plasma 2150 (Slepian), 129, 1306 MCGUIRE, J., and L. PESCH. Control of

Magnetohydrodynamic waves (Carstoiu), 990 Glucose Oxidation in Anterior Pituitary by Maize (Schwartz), 750 Hormonally Sensitive Pyridine Nucleotide MAKINODAN, T., and W. J. PETERSON. Rela- Transhydrogenase, 2157

tive Antibody-Forming Capacity of Spleen MCKERROW, W. S. The Chronology of Cale- Cells as a Function of Age, 234 donian Folding in the British Isles, 1905

MALAMY, M. See Hurwitz, J., 1222 MCLAUGHLIN, J. A. See Szent-Gyorgyi, A., Mammalian cell-free system (Maxwell), 1639 1439 Mammalian cells: and virus infection (Kantoch MCLEAN, J. See Glassman, E., 1712

and Bang), 1553; chromosome damage in MCSHANE, E. J. Weak Topologies for Sto- (Somers and Hsu), 937 chastic Processes, 1148



VOL. 48, 1962 INDEX 2217

MEAD, C. G. See Fox, A. S., 546 Mouse (Manson et al.), 181.6 Measure distortion mapping (Whyburn), 1922 Mouse hemoglobins (Hutton et al.), 1505, 1718 Meiosis in female D. melanogaster (Grell), 165 Muscle, skeletal (Fairhurst and Jenden), 807 MEISTER, A. See Coles, N., 1602 Muscular dystrophy (Kaplan and Cahn), 2123 MELTZER, M. See Franklin, E. C., 914 Mustard oil glucosides (Ettlinger et al.), 305 Mengovirus in L-cells (Baltimore and Frank- Mutagenesis of 5BU (Terzaghi et al.), 1519

lin), 1383 Mutagenic action of nitrous acid on transform- Messenger RNA. See RNA, messenger ing DNA (Horn and Herriott), 1409 Metabolic activity, effect on glucose permease Mutagenic effect of streptomycin (Sager), 2018

of bacterial cells (Hoffee and Englesberg), Mutant(s): amber, of bacteriophage T4 (Wi- 1759 berg et al.), 293; Drosophila, xanthine

Metabolic properties of RNA fraction (Kita- dehydrogenase-deficient (Glassman), 1491; zume et al.), 265 (Glassman and McLean), 1712; E. coli

Metabolism of myo-inositol in plants (Loewus (Sundararajan et al.), 21.87; enzymes in et al.), 421 maize (Schwartz), 750; phenotypes re-

Metastasis, effect of removal of sialic acid versed by 5-fluorouracil (Champe and (Gasic and Gasic), 1172 Benzer), 532

Methylated albumin column in RNA fraction- Mutation rate: in B. subtilis (Zamenhof et al.), ation (Sueoka and Yamane), 1454 944; in irradiated mice, effect of dose

Methylmalonyl isomerase reaction in propioni- fractionation (Russell), 1724 bacteria (Swick), 288 Mutations: and base sequences in amino acid

MILLER, A. H. Bimodal Occurrence of Breed- code (Jukes), 1809; galactose, genetic ing in an Equatorial Sparrow, 396 map of (Morse), 1314; in B incompati-

MILLER, R. S. See Gardner, R. S., 2087 bility factor of S. commune (Parag), 743; ?. See Wahba, A. J., 1683 induced in transforming DNA (Freese

Mice, H-2 agglutinins in (Herzenberg and and Strack), 1796; suppression in E. coli Gonzales), 570 cistron (Garen and Siddiqi), 1121

Mice, mutation rate in irradiated (Russell), myo-inositol in plants (Loewus et al.), 421 1724

Microenvironments for life on Mars (Lederberg and Sagan), 1473 NAGARAJAN, K. See Whitesides, G. M., 1112

MIRSKY, A. E. See Allfrey, V. G., 1590 NAKAMOTO, T., and S. B. WEISS. The Bio- -?. See Naora, H., 853 synthesis of RNA: Priming by Poly-

. See Sibatani, A., 471 ribonucleotides, 880 MITSUI, H. See Otaka, E., 425 NAORA, HIROTO, HATSIUKO NAORA, M. IZAWA, Mitochondria (Brierley et al.), 1928 V. G. ALLFREY, and A. E. MIRSKY. Some Mitochondrial contraction-factors I and II Observations on Differences in Composi-

(Neubert et al.), 1651 tion between the Nucleus and Cytoplasm Molecular structure of B18H22 (Simpson and of the Frog Oocyte, 853

Lipscomb), 1490 NAORA, Hatsuko. See Naora, Hiroto, 853 Monolayers, purity and molecular structure Narcotics agents, affinity for interfacial films

(La Mer and Aylmore), 316 (Clements and Wilson) 1008 Monopyrroles polymerized in formation of (Clements and Wilson), 1008 coproporphyrins (Kay), 901 NATHANS, D., G. NOTANI, J. H. SCHWARTZ,

MONTGOMERY,in. See Conner, P., 1918 and N. D. ZINDER. Biosynthesis of the MOOHR, J. W. See Geiduschek, E. P., 1078 Coat Protein of Coliphage f2 by E. coli MOON, R. C. See Huggins, C., 379 Extracts, 1424 MOORE, E. F. See Kahr, A. S., 365 National Academy of Sciences its charter, MoRELL, S. A., P. HOFFMAN, V. E. AYERS, and functions, and relations to Government

F. TAKETA. Reversible Changes in the (Jewett), 481 NEM-Reactive -SH Groups of Hemo- NATIONAL ACADEMY OF SCIENCES. Organiza- globin on Oxygenation-Deoxygenation, tion: Officers, Council, Members, Foreign 1057 Associates, and Sections, 1294

MORII, S. See Huggins, C., 379 Natural hybridization (Alston and Turner), MORISHIMA, A., M. M. GRUMBACH, and J. H. 130

TAYLOR. Asynchronous Duplication of Natural resistance, macrophages as a cellular Human Chromosomes and the Origin of expression of inherited (Goodman and Sex Chromatin, 756 Koprowski), 160

MORSE, M. L. Preliminary Genetic Map of Natural selection: in experimental popula- Seventeen Galactose Mutations in E. coli tions of D. pseudoobscura (Dobzhansky K-12, 1314 and Spassky), 148, 1704, 2204; generalized

Mortality and morbidity in two Japanese theorems of (MacArthur), 1893 cities (Neel and Schull), 573 NAUGHTON, M. A., and H. M. DINTZIS.

MOSES, V., R. J. FERRIER, and M. CALVIN. Sequential Biosynthesis of the Peptide Characterization of the Photosynthetically Chains of Hemoglobin, 1822 Synthesized "y-Keto Acid" Phosphate NEEL, J. V., and W. J. SCHULL. The Effect of as a Diphosphate Ester of 2-Keto-L- Inbreeding and Mortality and Morbidity Gulonic Acid, 1644 in Two Japanese Cities, 573

MOTZKIN, T. S. See Walsh, J. L., 1533 Nerve fibers, effect of anesthetics (Honrubia MOUDRIANAKIS, E. N. See Beer, M., 409 and Lorente de No), 2065



221S INDEX PROC. N. A. S.

NEUBERT, D., A. B. WOJTCZAK, and A. L. Nystatin binding (Kinsky), 1049 LEHNINGER. Purification and Enzymatic Identity of Mitochondrial Contraction- Factors I and II, 1651

NEUFELD, E. F. See Loewus, F. A., 421 Oceanic circulation, inertial boundary layers in NEURATH, H. See Walsh, K. A., 1443 (Greenspan), 2034 Neuronal extension and glial supply (Friede Ocean: smallness of sinking regions in (Stom-

and van Houten), 817 mel), 766; temperature-salinity curve in Neurospora complementation at leu-2 locus (Stommel), 764

(Gross), 922 OCHOA, S. See Basilio, C., 613 Nemurospora crassa: and nvstatin binding . See Lengyel, P., 282

(Kinsky), 1049; DNA-RNA complex in See Speyer, J. F., 63, 441 (Schulman and Bonner), 53; pyr-3 hetero- . See Wahba, A. J., 1683 alleles (Woodward), 348 Oligo 1,4-?1,4-glucantransferase, properties of

NEUSS, N. See Djerassi, C., 113 (Brown and Illingworth), 1783 Neutrophile leucocytes (Gokcen), 978 OLIVE, L. S. See El-Ani, A. S., 17 Newcastle disease virus in HeLa Cells (Wheel- . See Huffman, D. M., 1160

ock), 1358 OLSEN, R. A. See Leggett, J. E., 1949 NEWTON, W. A., and E. E. SNELL. An Induci- Oncogenic effects of human adenovirus (Heub-

ble Tryptophan Synthetase in Tryptophan ner et al.), 2051 Auxotrophs of Escherichia coli, 1431 Orbit determination (Bellman et al.), 1327

NICHOLAS, D1). J. . D., M. KOBAYASHI, and P. W. Organic compounds, ESR of (Griffith and WILSON. Cobalt Requirement for Inor- McConnell), 1.877 ganic Nitrogen Metabolism in Microorgan- Organic matter in the atmosphere, related to isms, 1537 thunderstorms (Went), 309

NIKAIDO, H. Studies on the Biosynthesis of OSAWA, S. See Otaka, E., 425 Cell-Wall Polysaccharide in Mutant OSBORN, M. J., S. M. ROSEN, L. ROTHFIELD, Strains of Salmonella, I, 1337 and B. L. HORECKER. Biosynthesis of

. Studies on the Biosynthesis of Cell- Bacterial Lipopolysaccharide, I. Enzy- Wall Polysaccharide in Mutant Strains of matic Incorporation of Galactose in a Salmonella, II, 1542 Mutant Strain of Salmonella, 1831

NIRENBERG, M. W., J. H. MATTHAEI, and 0. Oscillation of the earth (Pekeris et al.), 592 W. JONES. An Intermediate in the Bio- OSTER, G. K. See Buddenhagen, D. A., 303 synthesis of Polyphenylalanine Directed OTAKA, E., H. MIrsmu, and S. OSAWA. On the by Synthetic Template RNA, 104 Ribonucleic Acid Synthesized in a Cell-

NIRENBERG, M. W. See Jones, 0. W., Jr., 2115 Free System of Escherichia coli, 425 See Matthaei, J. H., 666 Oxidative phosphorylation (Pinchot and Hor- See Tsugita, A., 846 manski), 1970; (Racker), 1659

NISONOFF, A. See Palmer, J. L., 49 Oxygenation-deoxygenation effect on hemoglo- Nitrogen metabolism and cobalt (Nicholas bin (Morrell et al.), 1057

et al.), 1537 Oxygen binding in hemoglobin (Benesch et al.), Nitrous acid action on "single-stranded" DNA 2071

(Horn and Herriott), 1409 Oxygen tension and vascular plants (Siegel NIu, L. C. See Niu, M. C., 1964 et al.), 725 NIu, M. C., C. C. CORDOVA, L. C. NIu, and OZEKI, H. See Nomizu, K., 206

C. L. RABImLL. RNA-Induced Biosyn- thesis of Specific Enzymes, 1964

NOMIZU, K., and H. OZEKI. A Theorem on Curvature Tensor Fields, 206 PALM, J. See Manson, L. A., 1816

Nonlinear control system (LaSalle), 600 PALMER, J. L., W. J. MANDY, and A. NISONOFF. Nonrandom reading of genome (Kano-Sueoka Heterogeneity of Rabbit Antibody and

and Spiegelman), 1942 Its Subunits, 49 Nonsense to sense in genetic code (Benzer and PANZONE, R. See Benedek, A., 356

Champe), 1114 PARAG, Y. Mutations in the B Incompati- NOTANI, G. See Nathans, D., 1424 bility Factor of Schizophyllum commune, NOVELLI, G. D. See Eisenstadt, J. M., 652 743 - . See Kameyama, T., 659 Paramagnetic resonance of WPB (McConnell Nuclear magnetic resonance spectroscopy et al.), 1480

(Whitesides et al.), 1112 Paramecium aurelia (Steers), 867 Nuclear RNA changes during a learning experi- Partial differential equations (Bellman et al.),

ment (Hyden and Egyhazi), 1366 1325 Nuclear RNA fraction (Sibatani et al.), 471 PASSANO, L. M., and C. B. MCCULLOUGH. Nucleic acids, base sequence of (Beer and The Light Response and the Rhythmic

Moudrianakis), 409; interaction of nucleo- Potentials of Hydra, 1376 sides with (Ts'o et al.), 686 Patterson function technique in insulin studies

Nucleotide base coding (Smith), 677, 859 (McGavin et al.), 2150 Nucleotide sequences in messenger-RNA PEKERIS, C. L., Z. ALTERMAN, and H. JAROSCH.

(Champe and Benzer), 532 Effect of the Rigidity of the Inner Core on Nucleus and cytoplasm of frog oocyte (Naora the Fundamental Oscillation of the Earth,

et al.), 853 592



VOL. 48, 1962 INDEX 2219

PELTON, R. B. See Williams, R. J., 1461 Polyribonucleotides: in RNA biosynthesis Peptide chains of hemoglobin (Baglioni), 1880; (Nakamoto and Weiss), 880; in aminino

(Naughton and Dintzis), 1822 acid incorporation into protein (Maxwell), Peptide synthesis (Woolley et al.), 709 1639 PERRY, R. P. The Cellular Sites of Synthesis Polyuridylic acid: in protein synthesis (Gross-

of Ribosomal and 4S RNA, 2179 man), 1609; stimulation of phenylalanine Perturbation theory, new formalism in (Bell- incorporation (Weinstein and Schechter),

man and Richardson), 1913 1686 Perturbations in quantum field theory (Gal- POOLEY, D. See McConnell, H. M., 1480

indo), 1128 PORTER, I. H. See Boyer, S. H., 1868 PESCH, L. See McGuire, J., 21.57 Positively-pinched Riemannian manifolds (Ber- PETERSON, W. J. See Makinodan, T., 234 ger), 1915 Phase shifts, second-order W.K.B. (Choi and Power series (Schoenberg), 1151

Ross), 803 PRESSMAN, D. See Grossberg, A. L., 1203 Phenothiazine drug derivatives (Borg and Pressure, transitions at high (Adams and

Cotzias), 617, 623, 643 Davis), 982 Phenylalanine incorporation: and polyamines Probabilities on Lie groups (Wehn), 791

(Martin and Ames), 21.71; in animal cell Progesterone and estradiol-17,3 in extinction of extracts (Weinstein and Schechter), 1686 experimental mammary cancer (Huggins

Phosphorylase activity in frog muscle (Dan- et a.), 379 forth et al.), 1191

Phosphorylation: oxidative (Pinchot and Hor- Propionic acid metabolism (Swick), 288 manski), 1970; (Racker), 1659; photo- Prosimians, sexual cycle of (Cowgill et al.), 238 synthetic, above and below 0?C (Hall and Prostatic ribonuceoprotein (Liao and Williams- Arnon), 833 Ashman), 1956

Photoinactivation of yeast, dye-sensitized Protein synthesis: after gene removal (Fox (Uretz and Haynes), 1738 et al.), 546; and messenger-RNA turnover

Photopolymers, dye-sensitized (Buddenhagen (Levinthal et al.), 1631; cell-free (Gross- et al.), 303 man), 1609; effect of UV-irradiated poly-

Photoreceptors, fine structure of (Eakin and uridylic acid (Grossman), 1609; in eryth- Westfall), 826 roid cells (Marks et al.), 2163; in New-

Photoreduction of TNP in C. reinhardi (Levine castle disease virus (Wheelock), 1358 and Smillie), 417 Protein(s): and antibodies of the gamma-

Photosynthesis: affected by stomatal control system (Edelman and Benacerraf), 1035; (Zelitch and Waggoner), 1101, 1297; incorporation of glutamic acid and gluta- in Chlorella (Bertsch), 2000; of "-y-keto mine into (Zubay), 894; solutions, solu- acid" phosphate (Moses et al.), 1644 bility of hydrocarbon gases in (Wishnia),

Photosynthetic phosphorylation (Hall and 2200 Arnon), 833 Proton spin-spin decoupling and organic

PINCHOT, G. B., and M. HORMANSKI. Char- structural problems (Colebrook and Gour- acterization of a High-Energy Intermedi- lay), 1693 ate of Oxidative Phosphorylation, 1970 Purine-specific antibodies (Butler et al.), 1.597

PITAKPAIVAN, K. See Barnes, V. E., 947 pyr-3 heteroalleles of N. crassa (Woodward), Plasma theory (Slepian), 129, 517, 1306 348 PLAT, M. See Djerassi, C., 113 Pyridine nucleotide reduction (Valentine et Pleuropneumonia-like organism (PPLO) (Cha- al.), 1856

nock et al.), 41 Pyridoxal-5'-phosphate binding to heart trans- Polarization of fluorescence in antigen-antibody aminase (Hughes et al.), 1615

interaction (Haber and Bennett), 1935 Pyrimidine 5BU mutagenesis (Terzaghi et al.), Polyamines and phenylalanine incorporation 1519

(Martin and Ames), 2171 Polyene antifungal antibiotics, toxicity of

(Kinsky), 1049 Quantum field theory (Galindo), 1128 Polykaryocytosis induced by viruses (Roiz- Quantum theory of variable mass (Corben),

man), 228 1559, 1746 Polynomial approximation, degree of (Walsh), Quasilinearization (Bellman et al.), 1327

26 QUASTLER, H. See Wulff, V. J., 1373 Polynomials of best approximation on an . See Zubay, G., 461

interval (Walsh and Motzkin), 1533 Polynucleotides, synthetic, and the amino

acid code (Speyer et al.), 63; (Lengyel Rabbit antibody and its subunits (Palmer et et al.), 282; (Speyer et al.), 441; (Basilio al.), 49 et al.), 613; (Wahba et al.), 1683; (Gard- Rabbit peritoneal histiocytes, proliferation of ner et al.), 2087 (Aronson and Elberg), 208

Polyorchis penicillatus (Eakin and Westfall), RABINOWITZ, M. See Goldberg, I. H., 2094 826 RACKER, E. Studies of Factors Involved in

Polypeptide synthesis (Spyrides and Lipmann), Oxidative Phosphorvylation, 1659 1977 RADBILL, C. L. See Niu, M. C., 1964

Polyphenylalanine, biosynthesis of (Nirenberg Radiation damping of spinning particles (Cor- et al.), 104 ben), 387




Radiation-induced mutations in mice (Russell), resembling DNA (Kitazume et al.), 265, 1724 (Sibatani et al.), 471; fractionation

RAO, K. M. On Increasing Markov Processes, (Sueoka and Yamane), 1454; hybrid, 970 soluble in DNA (Goodman and Rich),

RAPIN, A. M. C. See Sundararajan, T. A., 2101; incorporation of glutamate into 2187 (Coles and Meister), 1602; metabolism

RASMIUSSEN, H. See DeLuca, H. F., 1604 and aging (Wulff et al.), 1373; polymerase, Rat, histocompatibility loci in (Billingham DNA-dependent (Baltimore and Frank-

et al.), 138 lin), 1383; ribosomal cistron (Yankofsky RAY, W. J., JR. See Chapeville, F., 1086 and Spiegelman), 1069, 1466; structure of Reactivation of alkaline phosphatase (Levin- complementary (Geiduschek et al.), 1078;

thal et al.), 1230 T4-specific (Bautz and Hall), 400 REDFIELD, A. C., and M. RUBIN. The Age RNA coding (Zubay and Quastler), 461;

of Salt Marsh Peat and Its Relation to (Matthaei et al.), 666; (Roberts), 897; Recent Changes in Sea Level at Barn- (Chapeville et al.), 1086; (Roberts), 1245; stable, Massachusetts, 1728 (Jones and Nirenberg), 2115

REE, T. See Ree, T. S., 501 RNA in biosynthesis of: polyphenylalanine REE, T. S., T. REE, and H. EYRING. Signifi- (Nirenberg et al.), 104; specific enzymes

cant Liquid Structure Theory, IX. Prop- (Niu et al.), 1964 erties of Dense Gases and Liquids, 501 RNA, messenger (Risebrough et al.), 430;

REICH, E., R. M. FRANKLIN, A. J. SHATKIN, (Zubay), 456; (Champe and Benzer), and E. L. TATUM. Action of Actinomycin 532; (Tsugita et al.), 846; (Tissieres and D on Animal Cells and Viruses, 1.238 Watson), 1061; (Levinthal et al.), 1631;

REICH, E. See Gardner, R. S., 2087 (Maxwell), 1639 -. See Goldberg, I. H., 2094 RNA synthesis, (Fleissner and Borek), 1199;

Relativistic quantum theory (Corben), 1559, altered base ratios in (Holland), 2044; 1746 cellular cites of (Perry), 2179; DNA in

Relativity, generalized general, light rays in (Allfrey and Mirsky), 1590, (Chamberlin (Eisenhart), 773 and Berg), 81, (Hurwitz et al.), 1222;

Reticulocyte ribosomes (Marks et al.), 2163 histone suppression of (Huang and Bon- Reversion and recombination within the A ner), 1216; in a cell-free system of E. coli

gene (Henning and Yanofsky), 1497 (Otaka et al.), 425; primed by polyribonu- Rhodospirillum rubrum (Androes et al.), 1022, cleotides (Nakamoto and Weiss), 880;

1294 RNA methylase (Fleissner and Borek), Ribonucleoprotein, prostatic (Liao and Wil- 1199

liams-Ashman), 1956 ROBERTS, J. D. See Whitesides, G. M., 1112 Ribosomal localization of streptomycin sensi- ROBERTS, R. B. Alternative Codes and Tem-

tivity (Speyer et al.), 684 plates, 897 Ribosomal RNA cistron identification by . Further Implications of the Doublet

sequence complementarity (Yanofsky and Code, 1245 Spiegelman), 1069, 1466 ROGERS, J. J. W. See Adams, J. A. S., 1.898

Ribosomes: active messenger-RNA attach- ROIZMAN, B. Polykaryocytosis Induced by ment to (Risebrough et al.), 430; E. coli Viruses, 228 (Spyrides and Lipmann), 1977; reticulo- -. The Role of Hormones in Viral cyte (Marks et al.), 2163 Infections, I. Suppression of Viral Ad-

RICH, A. See Goodman, H. M., 2101 sorption and Penetration into Cells RICHARDSON, J. M. See Bellman, R., 1913 Treated with Parathyroid Hormone in RICHARDSON, K. A. See Adams, J. A. S., 1898 vitro, 795 RIDGEWAY, D. Dependence of the Rotatory - . The Role of Hormones in Viral

Dispersion Constant Xo on pH in Bovine Infections, II. Acceleration of Viral Ad- Serum Albumin, 1482 sorption and Penetration into Cells

Riemannian geometry (Eisenhart), 1529 Treated with Thyroid Hormone in vitro, Riemannian manifolds (Berger), 1915; com- 973

pact (Goldberg and Kobayashi), 25 ROSEMAN, S. Enzymatic Synthesis of Cytidine RIGGS, A., and A. E. HERNER. The Hybrid- 5'-Monophospho-Sialic Acids, 437

ization of Donkey and Mouse Hemoglobins, ROSEN, L. A. See Siegel, S. M., 725 1664 ROSEN, S. M. See Osborn, M. J., 1831

RISEBROUGH, R. W., A. TISSIkRES, and J. D. ROSENBERG, M. D. Long-Range Interactions WATSON. Messenger-RNA Attachment to between Cell and Substratum, 1342 Active Ribosomes, 430 Ross, J. See Choi, S., 803

RIVERA, A., JR., and P. R. SRINIVASAN. Rotation of crystal lattice (Turner), 955 3-Enolpyruvylshikimate 5-Phosphate, An 3-Enolpyruvylshikimate 5-PBiosynthesis of Rotatory dispersion constant Xo (Ridgeway), Intermediate in the Biosynthesis of 1482 Anthranilate, 864- 1482 Anthranlate, 864

n b Rotatory dispersion (optical) of cyclohexanones iRNA:

and amino a W(Djerassi and Klyne), 1093 soluble protein-ribosome system (Wood yS S Ge), 1 M and Berg), 94; changes of nerve cells ROTHAUS, . See rstenhaber, M., 1531 during a learning experiment (Hyden and ROTHFIELD, L. See Osborn, M. J., 1831 EgyhMzi), 1366; complementary to DNA ROWE, W. P. See Huebner, R. J., 2051 (Bolton and McCarthy), 1390; fraction RUBIN, M. See Redfield, A. C., 1728



VoL,. 48, 1962 INDEX 2221

Ruby-laser beam-intensity patterns with dye- "Selfers" (Demerec), 1696 sensitized photopolymers (Buddenhagen Selfing, mixed, and random outcrossing (Work- et al.), 303 man and Allard), 1318

RUFFILLI, A. See Volkin, E., 2193 Self-pollination (Workman and Allard), 1318 RUSSELL, E. S. See Hutton, J. J., 1505, 1718 SETLOW, J. K. See Setlow, R. B., 1250 RUSSELL, W. L. An Augmenting Effect of SETLOW, R. B., and J. K. SETLOW. Evidence

Dose Fractionation on Radiation-Induced that Ultraviolet-Induced Thymine Dimers Mutation Rate in Mice, 1724 in DNA Cause Biological Damage, 1250

RYAN, C. A., and A. L. BALLS. An Inhibitor Sex chromatin (Morishima et al.), 756 of Chymotrypsin from Solanum tuberosum Sexual cycle of prosimians (Cowgill et al.), 238 and Its Behavior toward Trypsin, 1839 SHAH, S. S. See Sarkissian, I., 1513

Ryanodine and skeletal muscle (Fairhurst and SHATKIN, A. J. See Reich, E., 1238 Jenden), 807 SHEARER, G. B. See Commoner, B., 1788

SHELTON, J. B. See Schroeder, W. A., 284 SAGAN, C. See Lederberg, J., 1473 SHELTON, J. R. See Schroeder, W. A., 284 SAGER, R. Streptomycin as a Mutagen for SHEIN, H. M., and J. F. ENDERS. Transforma-

Nonchrom osomal Genes, 2018 tion Induced by Simian Virus 40 in Human Salinity-temperature curve in the ocean (Stom- Renal Cell Cultures, I. Morphoogy and

mel), 764 Growth Characteristics, 1164 Salmonella: biosynthesis in mutant strains of SHEIN, M., J. F. ENDERS, and J D.

(Nikaido), 1337, 1542; galactose incorpo- LEVINTHAL. Transformation Induced b ration in (Osborn et al.), 1831; strepto- Simian virus 40 in Human Renal Cell nycin-dependent, normal and abnormal Cultures, II. Cel-Virus elationships, division (Landman and Burchard), 219; 1350 unequal crossovers in (Demerec), 1696 SHERMAN, F. . See WUlff, V. J., 1373

Salt marsh peat and sea-level changes (Redfield SHIMAMURA, M. See Tasaki, I., 1571 and Rubin), 1728 Sialic acid and metastasis (Gasic and Gasic),

SANDER, C. See Ts'o, P. O. P., 686 1172 SANDLER, L. See Crow, J. F., 1P307 SIBATANI, A., S. R. DE KLOET, V. G. ALLFREY, SAMPATH KUMR, K. S. V. See Walsh, . A. and A. E. MIRSKY. Isolation of a Nuclear

P1443 K R K. S V Se Ws K

RNA Fraction Resembling DNA in Its SARKISSIAN, I., S. S. SHAH, and G. L. STEBBINS. Base Composition, 471

Differences in Free Amino Acid Content of SIDIQI, 0. SeeC.aren, A., 1121 Seedlings of Awned and Hooded Barley, SIEGEL, A., M ZAITLN, and 0. P. SEMGAL. and Their Alteration by Chloramphenicol The Isolationof Defective Tobacco Mosaic Treatment, 1513 Virus Strains, 1845

SARKISSIAN, I. V., and R. C. HUFFAKER. De- SIEGEL, F. IL. See Williams, R. J., 1461 pression and Stimulation by Chloram- SEGEL, S.M.L. A. ROSEN, andC. GUMARRO. phenicol of Development of Carboxylating Effects of Reduced Oxygen Tension on Enzvme Activity in Inbred and Hybrid Vascular Plants, IV. Winter Rye Germi- Barley, 735 nation under Near-Martian Conditions

SATO, G. See Buonassisi, V., 1184 and in Other Nonterrestrial Environ- SCHECHTER, A. N. See Weinstein, I. B., 1686 ments, 725 Schizophyllum commune (Parag), 743 SIEKER, L. C. See Kraut, J., 1417 SCHLESSINGER, D. See Marks, P. A., 2163 Sieve elements (Esau and Cheadle), SCHOENBERG, I. J. Extrema for Gap Power SIGNER, E. R. See Levinthal, C., 1230

Series of Positive Real Part, 1151 SILVERS, W. K. See Billingham, R. E., 138 SCHROEDER, W. A., J. R. SHELTON, J. B. Simian virus 40 in human cell cultures (Shein

SHELTON, and J. CORMICK. Further Se- and Enders), 1164; (Shein et al.), 1350 quences in the 7 Chain of Human Fetal SIMPSON, P. G., and W. N. LIPsCOMB. Molec- Hemoglobin, 284 ular Structure of B1sH22, 1490

SCHULL, W. J. See Neel, J. V., 573 SIMSON, E. See Howard-Flanders, P., 2109 SCHULMAN, H. M., and D. M. BONNER. A SINGLETON, M. F. See Androes, G. M., 1022,

Naturally Occurring DNA-RNA Complex 1294 from Neurospora crassa, 53 ' Skeletal muscle, calcium uptake system of

SCHWARTZ, D. Genetic Studies on Mutant (Fairhurst and Jenden), 807 Enzymes in Maize, II. On the Mode of SLEPIAN, J. Independence of Containment Synthesis of the Hybrid Enzymes, 750 Time of a Plasma upon the Strength of a

SCHWARTZ, J. H. See Nathans, D., 1424 Magnetic Field, 129 SCHWARTZMAN, S. Global Cross Sections of . Comments on a Paper Dealing with

Compact Dynamical Systems, 786 Hydromagnetic Stability of a Plasma, 517 SCHWEET, R. See Hutton, J. J., 1505, 1718 . Some Calculations of the Currents in SCHWINGER, J. Exterior Algebra and the the Ionic Centrifuge, 913

Action Principle, 1, 603 - . The Current Induced by a Magnetic Sea-level changes and salt marsh peat (Red- Fieldin a Physically BondedPlasma, 1306

field and Rubin), 1728 SMILLIE, R. M. See Levine, R. P., 417 - SEGAL, I. E. See Acknowledgment, 2204 SMITH, E. L. Nucleotide Base Coding and Segregation-distortion phenomenon in Dro- Amino Acid Replacements in Proteins, 677

sophila (Crow et al.), 1307 . Nucleotide Base Coding and Amino SEHGAL, 0. P. See Siegel, A., 1845 Acid Replacements in Proteins, II, 859




SMITH, G. F. See Buddenhagen, I). A., 303 -- . On the Mechanism of Tissue Re- SNEGIREFF, L. S. See Lombard, H. L., 2059 construction by Dissociated Cells, III. SNELL, E. E. See Newton, W. A., 1431 Free Energy Relations and the Reorganiza- Solanum tuberosum, a chymotrypsin inhibitor tion of Fused Heteronomic Tissue Frag-

from (Ryan and Balls), 1839 ments, 1769 Solubility of hydrocarbon gases (Wishnia), 2200 Stellar dynamics (Campbell), 1993 Solvability criterion for finite groups (Feit and STELOS, P. See Grossberg, A. L., 1.203

Thompson), 968 Stereochemistry of fumagillin (Turner and SOMERS, C. E., and T. C. Hsu. Chromosome Tarbell), 733

Damage Induced by Hydroxylamine in Sterility in hybrid D. paulistorum (Ehrman), Mammalian Cells, 937 157

SOMERVILLE, R. L. See Greenberg, G. R., 242, Steroids, transformation by C. pyrenoidosa 247 (Guehler et al.), 377

Sordaria fimnicola, induction of balanced hetero- Stochastic processes: non-Gaussian (Bochner), thallism in (El-Ani and Olive), 17 19; weak topologies for (McShane), 1148

SOUTO, J. See Chapman, D. D., 11,08 STOKES, A. A' Floquet Theory for Functional SO(3), example for (Conner and Montgomery), Differential Equations, 1330

191.8 STOLLAR, D., L. LEVINE, H. I. LEHRER, and H. Space, Hilbert (Goldstine and Horwitz), 1134 - VAN VUJNAKIS. The Antigenic Determi- Spaces, finite sequence (Charnes et al.), 783; nants of Denatured DNA Reactive with

locally Euclidean (Harrold), 1146 Lupus Erythematosus Serum, 874 Spaces in which the geodesics are minimal Stomata, chemically controlled (Zelitch and

curves (Eisenhart), 22 Waggoner), 1101, 1297 Sparrow, equatorial, bimodal occurrence of STOMMEL, H. On the Cause of the Tempera-

breeding (Miller), 396 ture-Salinity Curve in the Ocean, 764 SPANGLER, B. D. See Leggett, J. E., 1949 ---. On the Smallness of Sinking Regions SPASSKY, B. See Dobzhansky, T., 1704, 2205 in the Ocean, 766 SPASSKY, N. P. See DOBZHANSKY, T., 148 STRACK, H. B. See Freese, E., 1796 SPERRY, R.W. See Gazzaniga, M. S., 1765 Strained crystals, crystal lattice of (Turner), SPEYER, J. F., P. LENGYEL, and C. BASILIO. 955

Ribosomal Localization of Streptomycin STRAUSS, B. S. Differential Destruction of the Sensitivity, 684 Transforming Activity of Damaged

SPEYER, J. F., P. LENGYEL, C. BASILIO, and Deoxyribonucleic Acid by a Bacterial S. OCHOA. Synthetic Polynucleotides and Enzyme, 1670 the Amino Acid Code, II, 63 STREIB, W. E., and W. N. LIPSCOMB. Growth,

. Synthetic Polynucleotides and the Grientation, and X-Ray I)iffraction of Amino Acid Code, IV, 441 Single Crystals near Liquid Helium Tem-

SPEYER, J. F. See Basilio, C., 613 peratures, 911 See Lengyel, P., 282 STREISINGER, G. See Terzaghi, B. E., 1519 See Wahba, A. J., 1683 Streptomycin: action in Salmonellae (Land-

Spherical galaxies (Campbell), 1993 man and Burchard), 219;. as a mutagen SPIEGELMAN, S. See Kano-Sueoka, T., 1942 (Sager), 2018

See Yankofsky, S. A., 1069, 1466 Streptomycin sensitivity (Speyer et al.), 684 Spinach chloroplasts (Androes et al.), 1022, Structural and functional relations in the

1294 gamma-system (Edelman and Benacerraf), Spinning particles, radiation damping of 1035

(Corben), 387 Structural genes in E. coli (Lee and Engles- Spin-spin decoupling (Colebrook and Gourlay), berg), 335

1693 SUEOKA, N. On the Genetic Basis of Variation Spleen cells, antibody-forming capacity of and Heterogeneity of DNA Base Com-

(Makinodan and Peterson), 234 position, 582 SPYRIDES, G. H., and F. LIPMANN. Poly- SUEOKA, N., and T. Y. CHENG. Natural

peptide Synthesis with Sucrose Gradient Occurrence of a Deoxyribonucleic Acid Fractions of E. coli Ribosomes, 1977 Resembling the Deoxyadenylate-Deoxy-

Squid axon, action potential (Tasaki et al.), thymidylate Polymer, 1851 1177; (Tasaki and Shimamura), 1571 SUEOKA, N., and T. YAMANE. Fractionation

SRINIVASAN, P. R. See Rivera, A., Jr., 864 of Amino Acyl-Acceptor RNA on a STAHL, F. W. See Terzaghi, B. E., 1519 Methylated Albumin Column, 1454 STANWORTH, D. R. See Franklin, E. C., 914 SUNDARARAJAN, T. A., A. M. C. RAPIN, and Stability of nonlinear control system (LaSalle), H. M. KALCKAR. Biochemical Observa-

600 tions on E. coli Mutants Defective in STEBBINS, G. L. See Sarkissian,I., 151.3 Uridine Diphosphoglucose, 2187 STEERS, E., JR. A Comparison of the Tryptic Surface integral (Walsh), 26

Peptides Obtained from Immobilization Surface reconstruction by adsorption (Germer Antigens of Paramecium aurelia, 867 and MacRae), 997

STEINBERG, M. S. On the Mechanism of SWARTZ, M. N. See Trautner, T. A., 449 Tissue Reconstruction by Dissociated SWICK, R. W. Propionic Acid Metabolism: Cells, I. Population Kinetics, Differential Mechanism of the Methylmalonyl Isom- Adhesiveness, and the Absence of Directed erase Reaction and the Reduction of Migration, 1577 Acrylyl Coenzyme A to Propionyl Co-



VOL. 48, 1962 INDEX 2223

enzyme A in Propionibacteria, 288 Thymine in DNA (Howard-Flanders et al.), SYMINGTON, J., B. COMMONER, and M. 2109

YAMADA. Linear Biosynthesis of Tobacco Thymus gland constituents (Szent-Gyorgyi Mosaic Virus: Evidence that Short Virus et al.), 1439 Rods Are Natural Products of TMV Bio- Thyroid hormone: and viral infections (Roiz- synthesis, 1675 man), 795, 973; action on calcium uptake

SYMINGTON, J. See Commoner, B., 1984 and release (DeLuca et al.), 1604 System design, optimal (Bellman et al.), 1524 TISSIERES, A., and J. D. WATSON. Breakdown SZENT-GY6RGYI, A., A. HEGYELI, and J. A. of Messenger-DNA during in vitro Amino

McLAuGHLIN. Constituents of the Thy- Acid Incorporation into Proteins, 1061 mus Gland and Their Relation to Growth, TISSIERES, A. See Risebrough, R. W., 430 Fertility, Muscle, and Cancer, 1439 Tissues, animal, an oligo 1,4 v- 1,4-glucan-

SZENT-GYORGYI, A. See Avery, J., 109 transferase from (Brown and Illingworth), SZYBALSKA, E. H., and W. SZYBALSKI. Ge- 1.783

netics of Human Cell Lines, IV. DNA- Tissue culture assay (Gross and Lapiere), 1014 mediated Heritable Transformation of a Tissue reconstruction by dissociated cells Biochemical Trait, 2026 (Steinberg), 1577, 1769

SZYBALSKI, W. See Szybalska, E. H., 2026 Tobacco mosaic virus (Symington et al.), 1675; (Commoner et al.), 1788; (Siegel et al.), 1845; (Commoner and Symington), 1984;

TAKENAKA, T. See Tasaki, I., 1.177 (Commoner), 2076; (Townsend), 2083 TAKETA, F. See Morell, S. A., 1057 Trace metal and phenothiazine drug derivatives TANENBAUM, S.W. See Butler, V. P., Jr., 1597 (Borg and Cotzias), 617, 623, 643 TARBELL, D. S. See Chapman, D. D., 1108 Transformation group, conformal (Goldberg

See Turner, J. R., 733 and Kobayashi), 25 TATUM, E. L. See Reich, E., 1238 Transformation induced by SV-40 in human TASAKI, I., A. WATANABE, and T. TAKENAKA. cell cultures (Shein and Enders), 1164;

Resting and Action Potential of Intra- (Shein et al.), 1350 cellularly Perfused Squid Giant Axon, 1177 Transformation in transfer of information

TASAKI, I., and M. SHIMAMURA. Further determining mutation rates (Zamenhof Observations on Resting and Action et al.), 944 Potential of Intracellularly Perfused Squid Transforming activity of damaged DNA Axon, 1571 (Strauss), 1670

TAUB, A. H. On Thomas' Result Concerning Transhydrogenase in ATP synthesis (McGuire the Geodesic Hypothesis, 1570 and Pesch), 2157

TAYLOR, J. H., W. F. HAUT, and J. TUNG. Transitions at high pressure (Adams and Effects of Fluorodeoxvuridine on DNA Davis), 982 Replication, Chromosome Breakage, and Transpiration affected by chemically controlled Reunion, 190 stomata (Zelith and Waggoner), 1101,

TAYLOR, J. H. See Morishima, A., 756 1297 TRAUTNER, T. A., M. N. SWARTZ, and A.

Tektites (Barnes and Pitakpaivan), 947KOENBERG. Enzymatic Synthesis of e- Temertue- t cun KORNBERG. Enzymatic Synthesis of De-

Temperature-salinity curve in the ocean oxyribonucleic Acid, X. Influence of (Stommel), 764 Bromouracil Substitutions on Replication,

Tensor fields, curvature (Nomizu and Ozeki), 449 206 Triphosphopyridine nucleotide photoreduction

TERZAGHI, B. E., G. STREISINGER, and F. W. in C. reinhardi (Levine and Smillie), 417 STAHL. The Mechanism of 5-Bromouracil Trypsin (Ryan and Balls), 1839 Mutagenesis in Bacteriophage T4, 1519 Tryptic peptides (Steers), 867

Testosterone (Liao and Williams-Ashman), Tryptophan synthetase in E. coli, inducible 1956 (Newton and Snell), 1431

THERIOT, L. See Howard-Flanders, P., 2109 Tumor cells (Gasic and Gasic), 1172 THOMAS, C. See Crow, J. F., 1307 Tumor cultures, adrenal and pituitary (Buonas- THOMAS, T. Y. The Role of Gravitation in the sissi et al.), 1184

Creation of Matter, 611 TUNG, J. See Taylor, J. H., 190 . On the Geodesic Hypothesis in the TURNER, B. L. See Alston, R. E., 130

Theory of Gravitation, 1567 TURNER, F. J. Rotation of the Crystal Lattice Some Further Remarks on the in Kink Bands, Deformation Bands, and

Geodesic Hypothesis in the Theory of Twin Lamellae of Strained Crystals, 955 Gravitation, 2063 TURNER, J. R., and D. S. TARBELL. The

THOMPSON, C. P. See Ettlinger, M. G., 305 Stereochemistry of Fumagillin, 733 THOMPSON, J. G. See Feit, Walter, 968 Ts'o, P. 0. P., G. K. HELMKAMP, and C. Thorium in New Hampshire granite (Adams et SANDER. Interaction of Nucleosides and

al.), 1898 Related Compounds with Nucleic Acids as Thunderstorms as related to organic matter in Indicated by the Change of Helix-Coil

the atmosphere (Went), 309 Transition Temperature, 686 Thymidine incorporation into microsomal TSUCHIYA, H. M. See Guehler, P. F., 377

fraction from HeLa cells (Bach), 1031 TSUGITA, A., H. FRAENKEL-CONRAT' M. W. Thymidylate synthetases of E. coli (Greenberg NIRENBERG, and J. H. MATTHAEI. Dem-

et al.), 242 onstration of the Messenger Role of




Viral RNA, 846 WAHBA, A. J. See Basilio, C., 613 Twist conformation of cyclohexanones - . See Gardner, R. S., 2087

(Djerassi and Klyne), 1093 WALSH, J. L. Degree of Polynomial Approxi- Tonoplast in sieve elements (Esau and mation to an Analytic Function as Meas-

Cheadle), 1 ured by a Surface Integral, 26 Topological analysis, Cauchy inequality in WALSH, J. L., and T. S. MOTZKIN. Poly-

(Whyburn), 1335 nomials of Best Approximation on an Topologies for stochastic processes (McShane), Interval, II, 1533

1148 WALSH, K. A., K. S. V. SAMPATH KUMAR, TOWNSEND, J. Equations for the Incorpora- JEAN-P. BARGETZI, and H. NEURATH.

tion of Radioactivity Due to the Linear Approaches to the Selective Chemical Growth of Tobacco Mosaic Virus, 2083 Labeling of the Active Site of Carboxy-

Toxicity of antibiotics (Kinsky), 1049 peptidase A, 1443 WANG, H. See Kahr, A. S., 365 WARREN, W. A., and 1). A. GOLDTHWAIr. The

Ulcer, peptic (Wilson), 1924 Isolation of Yeast Ribosomes Associated Ultrastructure of tonoplast in sieve elements with Triose Phosphate Dehydrogenase, 698

(Esau and Cheadle), 1 WATANABE, A. See Tasaki, I., 1177 UMBARGER, H. E. See Freundlich, M., 1804 WATSON, J.D. See Risebrough, R. W., 430 Uracil, 5-fluoro-, in reversal of mutant pheno- _ -. See Tissieres, A., 1061

types (Champe and Benzer), 532 WAXMAN, S. H. See Gartler, S. M., 332 URETZ, R. B., and R. H. HAYNES. Dye- WEHN, D. Probabilities on Lie Groups, 791 Sensitized Photoinactivation of Yeast in WEILBACHER, R. G. See Boyer, S. H., 1868

Relation to the X-Ray Oxygen Effect, 1738 WEINSTEIN, I. B., and A. N. SCHECHTER Uridine, H', in lampbrush chromosomes (Gall Polyuridylic Acid Stimulation of Phenyl- and Callan), 562 alanine Incorporation in Animal Cell

Extracts, 1686

VAENTINE, R. C., W. J. BRILL, and R. S. WEISBERGER, A. S. Induction of Altered WOLFE. Role of Ferredoxin in Pyridine Globin Synthesis in Human Immature Nucleotide Reduction, 1856 Erythrocytes Incubated with Ribonucleo-

VAN HOUTEN, W. H. See Friede, R. L., 817 protein, 68 VAN VUNAKIS, H. See Stollar, D., 874 WEISBLUM, B., S. BENZER, and R. W. Ho,LLEY.

Vascular endothelium in metastasis (Gasic and A Physical Basis for Degeneracy in the Gasic), 1172 , Amino Acid Code, 1449

Vascular plant germination under near-Martian WEISBLUM, B. See Chapeville, F., 1086 conditions (Siegel et al.), 725 WEISS, S. B. See Geiduschek, E. P., 1078

Vinca rosea L., biosynthetic systems in cells of . See Nakamoto, T., 880 (Braun and Wood), 1776 WELSH, R. S. Nondegradative Isolation of BVIN rENTW. S. See Kitazume, Y., 265 Desoxyribonucleic Acid in Subunit Form VINCENT,W. S. See Kitazume, Y., 265

Vindolinine (Djerassi et al.), 113 from Calf Thymus Nuclei, 887 Viral infections: genetic resistance of mam- WELSHONS, W. J. See Celada, F., 326

malian cells to (Kantoch and Bang), 1553; WENT, F. W. Thunderstorms as Related to role of hormones in (Roizman), 795, 973 Organic Matter in the Atmosphere, 309

Viral RNA, messenger role of (Tsugita et al.), WESTFALL, J. A. See Eakin, R. M., 826 846 WHEELOCK, E. F. The Role of Protein Syn-

Virus, Newcastle disease (Wheelock), 1358 thesis in the Eclipse Period of Newcastle Virus, Newcat diseas (W / eeok),

138 Disease Virus Multiplication in HeLa Cells Virus, tobacco mosaic (Commoner), 2076; as StudiedwithPuromycin 1358

(Commoner et al.), 1788; (Commoner and ' ' 't ' 1

Symington), 1984, (Siegel et al.), 1845a WHITESIDES, G. M., F. KAPLAN, K. NAG-

S(Townsend), 2083 ARAJAN, and J. D. ROBERTS. Nuclear (T..ownsend),u 20Magnetic Resonance Spectroscopy: Ab- Viruses: actinomycin D action on (Reich et norma Splitting of Ethl Groups Due to al.), 1238; and polykaryocytosis (Roiz- Molecular Asymmetry, 111, 1112 man), 228 WHYBURN, G. T. The Cauchy Inequality in

Viscometer for DNA (Zimm and Crothers), 905 Topological Analysis, 1335 Vitamin C as coenzyme (Ettlinger et al.), 305 WIBERG, J. S., M.-L. DIRKSEN, R. H. EPSTEIN Vitamin D action on calcium uptake and release S. E. LURIA, and J. M. BUCHANAN. Early

(DeLuca et al.), 1604 Enzyme Synthesis and Its Control in E. VOLKIN, E., and A. RTFFILLI. Dissociation of coli Infected with Some Amber Mutants of

Macromolecular Synthetic Processes in Bacteriophage T4, 293 T2-Infected E. coSt, 21.93 WILLIAMS-ASHMAN, H. G. See Liao, S., 1956

VON EHRENSTEIN, G. See Chapeville, F., 1086 ?. A Measure Distortion Mapping, 1922 WILLIAMS, R. J., R. B. PELTON, and F. L.

SIEGEL. Individuality as Exhibited by WAGGONER, P. E. See Zelitch, I., 1101, 1297 Inbred Animals; Its Implications for WAHBA, A. J., C. BASILIO, J. F. SPEYER, P. Human Behavior, 1461

LENGYEL, R. S. MILLER, and S. OCHOA. WILLIAMSON, M. E. See Benesch, R. E., 2071 Synthetic Polynucleotides and the Amino WILT, F. H. The Ontogeny of Chick Embryo Acid Code, VI, 1683 Hemoglobin, 1582



Vol. 48, 1962 INDEX 2225

WISHNIA, A. The Solubility of Hydrocarbon - . See Symington, J., 1675 Gases in Protein Solutions, 2200 YAMANE, T. See Sueoka, N., 1454

WILSON, E. B. Note on the Epidemiology of YANKOFSKY, S. A., and S. SPIEGELMAN. The Peptic Ulcer, 1924 Identification of the Ribosomal RNA

WILSON, J. M. See Djerassi, C., 113 Cistron by Sequence Complementarity, I. WILSON, K. M. See Clements, J. A., 1008 Specificity of Complex Formation, 1069 WILSON, P. W. See Nicholas, 1). J. 'D., 1537 ---. The Identification of the Ribosomal W.K.B. phase shifts (Choi and Ross), 803 RNA Cistron by Sequence Comple- WOJTCZAK, A. B. See Neubert, D., 1651 mnentarity, II. Saturation of and Com- WOLFE, R. S. See Valentine, R. C., 1856 petitive Interaction at the RNA Cistron, WOOD, H. N. See Braun, A. C., 1776 1466 WOOD, W. B., and P. BERG. The Effect of YANOFSKY, C. See Helinski, D. R., 173

Enzymatically Synthesized Ribonucleic -- . See Henning, U., 183, 1497 Acid on Amino Acid Incorporation by YARMOLINSKY, M. B. See Jordan, E., 32 a Soluble Protein-Ribosome System from YCAS, M. See Kitazume, Y., 265 Escherichia coli, 94 Yeast: dye-sensitized photoinactivation of

WOODWARD, V. W. Complementation and (Uretz and Haynes), 1738; RNA fraction Recombination among pyr-3 Heteroalleles of (Kitazume et al.), 265 of N eurospora crassa, 348 of Neurospora crassa, 348 Yeast ribosome isolation (Warren and Gold-

WOOLLEY, D. W., J. W. B. HERSHEY, and I. H. Yest rbosome solaton (Warren and God- KOEHELIK. 2-Benzylhistidine and Deriv- thwait), 698 atives as Pilots for the Synthesis of YOH, M. See Beutler, E., 9 Peptides Designed to Have Specific YOON, S.-B. See Fox, A. S., 546 Enzymic Activity, 709

WORKMAN, P. L., and R. W. ALLARD. Popula- tion Studies in Predominantly Self-Pol- ZAITLIN, M. See Siegel, A., 1845 linated Species, III. A Matrix Model for ZAMENHOF, S., R. D GIOVANNI-DONNELLY, Mixed Selfing and Random Outerossing- and L. H. HELDENMUTH. Transfer, by 1318 Transformation, of Information Deter-

WULFF, V. J., H. QUASTLER, and F. G. SHER- mining Mutation Rate in Bacillus subtilis, MAN. An Hypothesis Concerning RNA 944 Metabolism and Aging, 1373 ZELITCH, I., and P. E. WAGGONER. Effect of

Wurster's blue perchlorate, paramagnetic reso- Chemical Control of Stomata on Trans- nance of (McConnell et al.), 1480 piration and Photosynthesis, 1101

. Effect of Chemical Control of Sto- mata on Transpiration and Photosyn-

Xanthine dehydrogenase activity in Drosophila thesis, 1297 mutants (Glassman), 1491; (Glassman ZENER, C. A Further Mathematical Aid in and McLean), 1712 Optimizing Engineering Designs, 518

X-chromosome activity in normal human ZIMM B. H. and D. M. CROTHERS. Simplified female (Beutler et al.), 9 Rotating Cylinder Viscometer for DNA,

X-ray diffraction of single crystals (Streib and 905 LipsComb), 911

ZINDER, N. 1). See Nathans, D., 1424 X-ray-induced chromosome aberrations (Ben- ZBA, A Theory on the Mechanism of

der and Gooch), 522 . ZUBAY, G. A Theory on the Mechanism of X-ray oxygen effect on dye-sensitized photo- Messenger-RNA Synthesis, 456

inactivation of yeast (Uretz and Haynes), . The Specificity of Incorporation of 1738 Glutamic Acid and Glutamine into Pro-

p-Xylene (Kenausis et al.), 121 tein, 894 ZUBAY, G., and H. QUASTLER. An RNA-

Protein Code Based on Replacement YAMADA, M. See Commoner, B., 1788 Data,, 461



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