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LIVE POLIO IRUS VACCINES

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Index<br />

627<br />

Reversion<br />

dangers of, 485<br />

due to mutation in culture media, 505<br />

eliminated by coverage of population, 420, 584<br />

objection to use of live vaccine, 414<br />

to produce paralytic disease, 458, 497<br />

Rhesus monkeys (Macaca mulatta)<br />

detection of inapparent virus infection, 85<br />

in IM vaccine tests, technique, 90<br />

IS and IC inoculation, 68<br />

Rhim, J., paper 377-385<br />

Rhodes, Andrew J., 457, 460, 464-465, 480, 481<br />

Ribonucleic acid<br />

and d marker study, 44<br />

classic patterns in DNA genetics not applicable,<br />

190<br />

infectivity from "hot" and "cold" virus, 63<br />

MS cell, infection rate, 61<br />

mutation by changing composition, 5, 110<br />

not produced by "cold" variant at high temperatures,<br />

63<br />

size equivalent of one gene, 47<br />

Richardson, Suzanne, 473<br />

Riordan, John T., paper 174-184; 139<br />

Ritts, Raymond D., 4<br />

Rivas, Nicaragua<br />

epidemic, 1959-60, 547<br />

RNA, see Ribonucleic acid<br />

Robbins, Frederick C., paper 302-307; 45, 49, 324-<br />

325, 327<br />

Roca-García, M., paper 31-37, 330-340<br />

Rocky Mountain spotted fever vaccine<br />

subjects sensitized by insufficient antigen, 374<br />

Rodrigues island<br />

field trial, 477-478<br />

RSFSR<br />

three vaccinations 1960, 419, 582<br />

RSSE antibodies<br />

sera examined for, 535<br />

Rubin, H., 8<br />

Ruegsegger, James M., paper 330-340; 437<br />

Russia, see Soviet Union<br />

Rustin, George, 97, 131<br />

RVA, see Residual virus activity<br />

SA viruses<br />

see Simian virus<br />

Sabin, Albert B., paper 101-108, 315-322, 377-385; 5-6,<br />

18, 23, 28-29, 34-35, 39, 42, 45, 49, 66, 87, 90,<br />

100, 109, 122, 124, 132-133, 143, 145, 157, 159.<br />

192-193, 199, 205, 228, 236, 275, 308-309, 324,<br />

329, 371, 373, 376, 410-411, 430, 432, 482,<br />

505, 576-577, 579-580, 591, 593-598<br />

Sabin strains, see Vaccine, Attenuated<br />

Safety<br />

and change in markers, 7<br />

and epidemiological considerations, 29<br />

based on susceptibles, 12<br />

Czechoslovakia, 507<br />

evaluation, 6, 47<br />

for contacts, 454<br />

Leopoldville, Congo, 466-473<br />

Minnesota, 462<br />

Safety-continued<br />

need for, 576<br />

no reversion, 577<br />

no untoward reactions, 400<br />

question has been settled, 463<br />

Sabin's attenuated strains, 120, 482, 576<br />

Soviet Union, 494, 584<br />

tests need simplification and improvement, 584<br />

vaccinees and community, 141<br />

virulence greatly increased after 180th passage, 474<br />

St. Cloud Reformatory, Minnesota, 357<br />

St. Joseph's Abbey<br />

closed-institution study, 332-333<br />

St. Paul, Minnesota<br />

mass trial, 17,000 participants, 461<br />

St. Petersburg, Florida<br />

infectious central nervous system disease epidemic.<br />

458-459<br />

Saline<br />

induced trauma by injecting IC, 98<br />

Salk vaccine, see Vaccine, Killed (Salk)<br />

Salk and Youngner pH test, see pH test<br />

Salt, see Sodium chloride<br />

San José, Costa Rica, 113<br />

house-to-house campaign, 561<br />

investigation of polio reports, 569<br />

ten cases in vaccinees, 571<br />

vaccination program, 1960, 563<br />

Sanderson, I. T., 79<br />

Sanitary facilities<br />

Toluca and Cincinnati, compared, 591<br />

Santo Domingo de Heredia, Costa Rica<br />

field trial, 113-120<br />

Schaeffer, Morris, 34<br />

Schar, M., 124, 322-323<br />

Schneider, N. J., paper 435-444; 439<br />

Sciatic nerve<br />

surgical section, to determine route to CNS, 94<br />

Seasons<br />

and polio incidence, 386, 437, 493, 494, 453<br />

conditions for successful immunization, 578<br />

decline occurred independent of vaccination, 411<br />

Sottunga trial, 535<br />

Seattle<br />

high attack rate in unvaccinated, 575<br />

Seitz pad, 124<br />

Selective advantage<br />

mutants in first passage tissue culture, 109<br />

Sensitizing agent<br />

vaccine with low antigen, 374<br />

Serial transfer<br />

from one child to another, 7<br />

Seroimmunity<br />

acquired during first 4 years, 386<br />

related to spread and poliomorbidity, 520<br />

Serologic immunity<br />

in population group, 542<br />

Serologic survey<br />

liquid and candy vaccine, 416<br />

monovalent and trivalent, 240, 365, 366, 384<br />

sampling adequacy, 559<br />

Serological response<br />

and virological findings correlated, 272

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