VIROLOGY 31 (1967)

Subject

Act,inomycin D, similarity in symptoms produced in tobacco plants by - - and TMV, HIRM MD WILDMAN, 721; inhibition of mouse leukemia virus replication by - -, DUESBERG AND ROB-

INSON, 742 Adenovirus, T antigen induction in HeLa cells

by adenotumor extracts and differential inac- tivation of T antigen inducibility and infec- tivity of type 12 --, INOUE AND NISHIBE, 186; biochemical studies on - multiplication. XII. plaquing efficiencies of purified human -, GREEN et al, 562; amino acid composition of oncogenic and nononcogenic human -, Pous.4

.LX\ID GREEN, 565; complementation between defectJive monkey adapting component and human - in simian cells, BUTEL .IND RAPP, 573; soluble components of - t,ype 4, NORRRY ANU WA~ELL, 592; molecular weight of - 12 tumor CF antigen estimated by rate-aonal centrifugation, TAVITIAN el al., 719; bovine - type 3: detection of specific tumor and T anti- gens, GILDEN et al., 727; differentiation of - 12 antigens in cultured cells with immunofluores- cent analysis, SHIMOJO et al., ‘748

Bacteriophage 680, nondefective transdrlcing cle- ments of - -, DEEB et al., 289

Bacteriophage +X174, selection of host cells tem- perature sensit,ive in their replication of -- -, COLLEY AND DO\VELL, 168; E. coli C-Su 1: per- missive host, for nonsense mut,ants of - -, POLJ.UC et a.l., 178

757

African swine fever virus, electron microscopy of int,eraction of - - - - wit.h ferritin conju- gat.ed antibody, BREESE, JR. et al., 508

ybl antibody, electron microscope studies of virus - - complexes. I. configuration of - - and mode of attachment to antigen, SVEHAG AND BLOTH, 676

Bacteriophage P22, -- - gene controlling inte- gration of prophage, SMITH AND LEVINE, 207; properties of - - and related Salmonella fy- phi~~a~i?lnl phage. I. General features and host specificity, BEZDEK ANU AM.ITI, 272

Bacteriophage T2, (nee also T-even. BacleriopAage); crystallizat,ion of protein of - - head in cifro, PoGi~.~ov .~ND XIESY.\N~HINOV, 449

Bacteriophage T4, (see also T-even Bacteriophage) ; expression of genes in incomplete - - genomes,

MOSIG AND REVEL, 397; linkage of - --- genes controlling sfeps in pyrimidine biosynthesis, HALL et al., 442

Beet western yellows virus, infect.ivity Ileut,raliza- tion: serological method applied to - - - -, GOLD AND DUFFOS, 308

Amino acid, - - composition of oncogenic and nolloncogenic human adenoviruses, POLASA AND GREEN, 565

Apple mosaic virus, purification and serology of

---7 I)E SEQUEIRA, 314 Arginase, - of Shope papillomas, ORTH el al., 729 Ascorbic acid, see !/‘obacco mosiac airas Aster yellows virus, - - - multiplication in

nonvector leafhopper, SINHS AND CHIYKOMKI, 461

Blue-green algal virus, ultrastructural and time- lapse studies on replication cycle of - - - - LPP-1, SMITH et al., 329; photoreactivation of UTT-irradiated - - - - LPP-1, Wu et al., 657

Broadbean mottle virus. - - - in leaf tissue, DE Z~ETENISD SCHLEGEL, 173

Avian leukosis virus, see Ram sarcoma virus

Bacteriophage, see also methylglyoxal Bacteriophage X, formation of circular - - DNA,

SALEMAN AND WEISSBACH, 70;integration nega- tive (int) mutants of - -, ZISSLER, 189; - -

Coca1 virus, see Vesicular sfomntilis z&s Coliphage, see Bacteriophage Cowpea chlorot ic mottle virus, see Protein

Cowpea mosaic virus, purification and properties of - - -, VAN Ii.IYXEX, 633

Cucumber mosaic virus, biochemical and bio- physical properties of ---, VAN REGEN- MORTEL, 391

Curly top virns, degeneration of sieve element

plastids in - - - infected sugar beets, HOE- FERTIND ESIU,422

B

A

Index

infective particles formed from - -- DNA in crude E. coli extract, zG4G.4, 559; studies of heat inducible - -. I\-. conversion of host pheno- type by defective prophage, LIEB, 643; effects of helper phage on infection wit)h - - DNA of restrictive bacteria with R factor, T.UC.WO

ANU WATANABE, 722

C

758 SUBJECT INDEX

Cytoplasmic inclusion bodies, see Rinderpest vi,~, and tobacco mosaic virll.5

Cytosine arabinoside, *see Herpes simplex zCct.s

D

Deoxyribonucleic acid, homology between polyoma virus - - and mouse synthet,ic RNA, WINO-

COUR, 15, formation of circular X - -, SSLZM:IN

24~~ WEISSBACH, 70; effect of helper phage on infection with X - - of restrictive bacteria carrying R factor; TAK.\NO ,~ND WAT:~N:\BE,

722; differential incorporation of iododeoxy- uridine into - - of pseudorabies virus infected and noninfected cells, KAPLAN .\ND BEN-PoR.\T,

734 2 - Diethylaminoethyl 4 - methylpiperazine - 1 -

carboxylate, see Influenza virus

DNA polymerase, immunological evidence for -- in vaccinia vinls infected rells, M\GEE

AND MIUER, 61

E

Electron microscope studies, seeBjrican swine fene, virus, rM antibody, apple mosaic virus, bacterio- phage T2, blue-green alga2 virus, broadbean mottle virus, curly top virus, influenza virus, neuro- aminidase, poliovirus, potato leafroll virus, pro- tein, pyocin, rinderpest virus, southern bean mosiac virus, sowbane mosuic virus, SV40 virus, and tobacco mosaic virus

F

Fibroma virus, see Myxoma virrcs Foot-and-mouth disease virus, inactivation of

----- at ionic strength dependent iso- electric points, YANDE WOUDE, 436; - - - --. - induced RNA polymerase in hamster kidney cells, POL~TNICK AND ARLINGH~US, 601; inhibi- tion of cell free - - -- -- - RNA synthesis by antibody, POIATNICX et al., 609

G

Genetic studies, see Bacteriophage X, bacteriophage 980, bacteriophage $X174, bacteriophage P22, bacteriophage T4, and T-even bacteriophage

H

Hemagglutinating virus of Japan, nonhemagglu- tinating complement-fixing V antigen of para- influenza 1 virus (- -- ~ -). I. nonhemag- glutinating V antigen production in - ~ - - infected chick embryos, KATO, 29; II. properties of nonhemagglutinating V antigen, K.\To, 37

Herpes simplex virus, t,hymidine kinase in - --- - infected BHK21 cells, KLEMPERER e/ al., 120;

effect of cytosine arabinoside on - - - repli- cat ion, LEVITT .\NI) BECKER, 129; --- - --- neu- t ralization. 11~. propert,ies of virus sensitized with complement requiring neutralizing anti- body at 37’and O”, YOSHINO .1x1) TINIGUCHI, 260

Immunological studies, see Adenovirus, ilfrican swine fever virus, TM-antibody, apple ,mosaic virus, beet western yellows virus, foot-and-mouth disease virus, herpes simplex virus, mammary tumor virus, neuraminidase, poliovirus, polyoma virus, Rous sarcoma virus southern bean mosaic virus, SV40 virus, tobacco mosaic V~IW, and vaccinia virus

Influenza virus, (see also neuraminidase); electron microscopic study of effect of 2-diethylamino- ethyl 4 - methylpiperazine - 1 - carboxylate on - -, FLETCHER .&ND Yusa, 382; studies on -- - RNA, PONS, 523

Insect, vectors, see Potato leafroll virus, western S-disease virus, tobacco mosaic virus, and wound- tumor vir7L.s

Interferon, potentiation of - action by E’. coli extracts, \.IL~EIC .\ND NG, 552

Iododeoxyuridine, see Deoxyribonucleic acid

1

Lett’uce necrotic yellows virus, local lesion re- sponse of Yicotiana glutinosa to -- - - -, CROWLEY, 107; - -- - - purification by col- umn chromatography on calcium phosphate gel, MCLE.IN ANI) FRANCIU, 585

Lipids, see Rauscher mouse leukemia virus

M

Mammary tumor virus, soluble antigen of -- ~- -, N~WINSKI el al., 1

Mengovirus, inhibition of RNA synthesis in HeLa and L cells by -, MCCORMICK AND PENMAN, 135

Methylglyoxal, effect of - on phage infection of E. coli, B.\YLOR .~ND EGY~~D, 380

Mouse leukemia virus see Rauscher mouse leukemia virus

Myxoma virus, infect,ive subviral particles from - - and fibroma viruses infected cell cultures, T1\~~~z\~.\ AND SCH\VERDT, 163

N

Neuraminidase, viral -: cytochemical binding method using glycoprotein coupled to ferritin, BLOUGH, 514

Newcastle disease virus, inactivation of cell fusing property of -- ~ ~ by phospholipase A, KOHN .41rjn KLIB.\NSKY, 385

SUBJECT INDEX

P

Pacainfluenza virus, (see also Hemagglutinating virus of Japan); classification of bovine - - 3, DRZENIEK et al., 725

Pea early browning virus, symptomat,ological difference between some unstable and stable variant of - - - --, LISTER, 739

Phage, see Bacteriophage Phospholipase A, see %e?ocasl.le disease uir?Ls Photosensitizing dyes, inactivation of plant

viruses and their nllcleic acid by - -, ORLOB,

402 Picocnaviruses, thermal inactivation of - at

“high” and “low” temperatures, DISIMMOCK, 338 Plant virus, (see also Staining procedures and

pholosensi&ing dyes); quasi-genetic model for - - host ranges. I. group reactions wit#h taxo- nomic boundaries, BOLD l\~~ TINSLEY, 616

Poliovirus, (see also picornaviruses); intracellular ccyst,als in - infected FL cells, ANZ.II el al., 170; int,ecact,ion of neutralized - with HeLa cells. I. adsorption, MAXUEL, 238; II. elution, penet.cation, uncoating, MANDEL; 248; differen- tial effect of actinomycin D on infectivit)y of single and double stranded - RNA, KOCH et al., 388; decrease in size and synthetic ac- tivity of - polysomes lat,e in infectious cycle, SU~~MER~ et a/., 427; disaggcegat,ion of HeLa cell polysomes aft,ec - infect,ion, SUMMERY AND MAIZEL, Jr., 550; relationship between penetca- tion and unconting of - in HeLa cells, MXXDEL, 702; heterogeneity of empty - particles stained with phosphotungstic acid after heating at “low” temperature, DIMM~CK AWD HARRIS, 715

Polyoma virus, homology between - - DNA and mouse synthetic RNA, WINOCOUR, 15; transplant immunity to -- - induced tumor cells. IV. - - strain defective in transplant, antigen induction, HIRE, 625

Potato leafcoll virus, purification of - - - from vector -1Iyz~s persicae, PETERS, 46

Potato virus X, synergistic interaction of - - - and Y in inoculated tobacco leaves, DAMIRD.\GH

4ND ROSS, 296 Potato virus Y, see Potato virus S Prophage, see Bacteriophage P22, u.nd bacterioph,age

x Protein, (see also Sowbane mosaic virus, and amino

acid) ; analysis of-components of tobacco mosiae virus, WANG AND KNIGHT, 101; self-as- sembly process in small spherical virus; focma- tion of organized structures from-subunits in vitro, BANCROFT et al., 354; crystallization of-of phage T2 head in vitro, POGL:\ZOV END MEsy9Nz~INov, 449; in 2/iz)o removal of-from TMV after inoculation of tobacco leaves, SH.~\V, 665; correlation between loss of enzymatic ac-

tivity and-from pseudorabies virus infected cells, ZEMLA et al., 736

Pseudorabies vinls, differential incorporation of iododeoxyucidine into DNA of - - infected and noninfected cells, KAPLAN AND BEN-P• RAT, 734; correlation between loss of enzymatic ac- tivity and protein fcom - - infected cells, zEiXL.1 ef al., 736

Pyocin, small, rod shaped --, T.IICEY.\ et al., 166 Pycimidine, see Bacteriophage T4

Q

Quasi-equilibrium zonal density gradient centcif- ugation, virus inactivation by - - - - - -, BLXK et al., i13

R

Hauscher mouse leukemia virus, lipids of I----, JOHNSON ?~ND MORN, 230; inhibition of - - - - replication by actinomycin 1). DUESBERG AND ROBINSON, 742

Ribonucleic acid, (see also Deoxyribonucleic acid, sowbane mosaic virus, photosensitizing dyes, cow- pea mosaic virlts); inhibition of - - synthesis in HeLa and L cells by Mengovicus, MCCORMICK AND PENM.~N, 135; differential effect of act#ino- mycin D on infectivity of single and double stranded poliovirus - -, KOCH et al., 388; in situ breakage of turnip yellow mosaic - - and fragment aggregation, BOSCH et al., 453; studies on influenza virus - -, PONS, 523; jnhibit,ion of cell free foot,-and-mouth disease virus - - synthesis by antibody, POL.\TNICK et al., 609

Rindecpest virus, electron microscopy of cyto- plasmic inclusion bodies in - -- infected cells, TSJIM.I et al., 92

RNA polymecase, foot-and-mouth disease vicus- induced - - in hamster kidney cells, POUT-

NICK AND ARLINGH~~US, 601 Rous sarcoma virus, antigenic characteristics of

interaction between -- - - and mammalian cells; complement fixing and transplantation ant,igens, BU~EN~I~ ANI) B,~uER, 489; detection of avian leukosis viremia in chicks by transplanta- tion of Bryan strain ~ - - hamster tumors, SIIRMI et al., 567

s

Salmonella typhimurium phage, see Bactecio- phage P22

Serological studies, see .4denovirus, -Jrican swine fever virus, r;lf-antibody, apple mosaic virus, beet western yellows virus, joot-and-mouth disease v&s, herpes simplex virlC.y, mammary tumor virus, neuraminidase, poliovirrcs, polyoma virus, ROILS sarcoma viryLs, southern bean mosaic virun, ST740 virus, tabacco mosaic GLs, and vaccinia virus

760 sl’B.JECT INl)ES

Shope papilloma virus, sre -3 ,girrasc Sout,hern beail mosaic virus, clectrophoretic and

bttoyalrt deilsity varia~lts of ~ -, khG-

I)oFF-F.\IR(‘IIIT.I), 142; cross-reactive antibodies in antisera to ~~ ~~ -~~ -, TREMAINE .\ ND

WRIGHT, 481 Sowbane mosaic virus, biological and biochemical

characterizatioii of ~~ - --, K.\oo, 217 Staining procedures, -~ ~ for differentiat)ing

plant virus iiiclttsions ill cpidermal strips, CHRISTIE, 2G8

S\-40 virus, localization of --- - induced neo- antigen with ferriiin labeled antibody, OSHIRO

et al., 183; stttdy of iritracellular - - antigens by indirect immuiioferritin technique, LEVIK-

TH.\L et al., 555

T

Temperature effects, see Hucieriophage &Yl74, tobacco mosaic virus, wsic7rh sfomatitis virus, und picornaviruws

T-eveu bacteriophage, rest rict,iott of iionglttcosyl- ated -- - -: properties of permissive mutants of E. coli B AXD K12, REVEL, 688

Thymidine kinase, - -~ in herpes simplex virtts infect,ed BHK21 cells, KLEYPERER cl al., 120

Tobacco etch virus, physiology of - - - iii- duced wilt of tabasco peppers, ~H.\RRIAL ASIJ

PIRONE, 154 Tobacco mosaic virus, electron microscope studies

of viral antigen in -- ~- - infected cells, SHALL.\ AND .bIrcr , 78; analysis of proteiu com- ponents of - - -, WAKG .\NIJ KNIGHT, 101; light indttced susceptibility to - - - infection. I. effects of light, intensity, temperatrue, and lengt,h of preinoculatioir dark period, HELMS AND MCINTYRE, 191; changes in ascorbate con- centration of Pinto bean leaves with -- ~- ~- induced local lesions, MILK, JR., AND SANTILLI, 197; differentiation of plants from - ~ ~- in- clusion-bearing and inclrtsion-free single tok~acco

cells, CH.\NDRA AXI) HILDEDRANDT, 414: serological studies on naturally occurring strains and chemically indrmed mutants of - --.’ -, VAS REGESMORTEL, 467; immunodiffusion of

and interaction with agar, WETTER,

49X; arquisit,ioti alid rf:lc;rsc of itifcct ioils --- by aphids, I’flroxn, MI); irt r,iro removal of pro-

tein from - - -- after itrocttlation of tobacco Icaves, ,Cu.\\\‘, 665; similarity irr symptoms pro- duced in tobacco plants by actilromycin 1) and - - -- , TIIRAI AND WILIJM tiV, 721

Tomato yellow leaf c11r1 virtts, He~aisin tnbaci fac- tor related to “periodic arquisititrn” of - - - - ~-, COIIEN, 180

Turnip yellow mosaic virus, in SILM breakage of - -~ RNA aud fragment aggregation,

BOSCH et al., 15.1

U

Ultraviolet irradiation stttdies, see Rl/te-green algal virus

V

T’accinia virus, immunological evidence for DNA polymerase in - - infected cells, MAGEE AND

MILLER, 64

Varicella-Zost,er virus, separation of - -- - from human embryonic lung fibroblasts, BRUNELL,

732 I-esicular stomat,itis virus, separation of infec-

tious and atttointerfering particles in - - - preparations, H.\CKETT e/ u/., 114; comparison of Coca1 virus and - -- -~-, THORMAR, 323

Visible light effect,s, see Tobacco mosaic vims, and vesicrdar slomatitis virw

Visna virus, plaque assay of - --- using secondary cellular overlay as indicator, HARTER AND CHOP-

PIN, 176; cell fusing activity of - - particles, H.\RTER .\NI) CHOPPIN, 279

W

Western S-disease virus, let,halit,y of injected peach - -- - ~ - to leafhopper vector, JEXSEN

cl al., 532; infection of leafhoppers by - - - -, III. salivary, neural and adipose histo- pathology, WHITCOMU et al., 39

White clover mosaic virits, chemical studies on _ .-. -~ - , b11s1 ASD KSIGHT, 55

Wound-trtmor virus, (see a1.w quasi-equilibrium zonal density gradient centrijugation); response of - - - iufection in insects to vector age and temperatttre, SIXHA, 746