The Typhus-Spotted Fever Group

Article1 October 1932The Typhus-Spotted Fever GroupNOXON TOOMEY, M.D., F.A.C.P.NOXON TOOMEY, M.D., F.A.C.P.Search for more papers by this authorAuthor, Article, and Disclosure Informationhttps://doi.org/10.7326/0003-4819-6-4-542 SectionsAboutPDF ToolsAdd to favoritesDownload CitationsTrack CitationsPermissions ShareFacebookTwitterLinkedInRedditEmail ExcerptAmong plagues of great economic importance, typhus fever has had a long and historically prominent place. Particularly during the Middle Ages, the Renaissance, and the early decades of the Industrial Era was typhus most prevalent. However, not even today is typhus a whit less devastating than formerly, whenever war, famine or civic commotion gives it an opportunity to override its barriers.Typhus fever has, since 1837, been recognized as a disease entity, an exanthematic entity, without apparent kinship to the other exanthematic fevers, or the other continued fevers of short or long duration. Separated initially by Gerhard and Pennock, and...References1 YERSINVASSAL AJJ: Typhus fever in Indo-China, Philippine Jr. Sci., 1908, iii, and Bull. soc. path. exot., 1908, i, 156. Google Scholar2 NICOLLECOMTECONSEIL CCE: Reproduction experimentale du typhus exanthematique chez le singe, Compt. rend. acad. sci. de Paris, 1909, cxlix, July 12th. Google Scholar3 NICOLLECOMTECONSEIL CCE: Transmission experimentale du typhus exanthematique par le pou de corps, Compt. rend. acad. sci. de Paris, 1909, cxlix, 486. Google Scholar4 RICKETTSWILDER HTRM: The transmission of the typhus fever of Mexico (tabardillo) by means of the louse, P. vestimenti , Jr. Am. Med. Assoc., 1910, liv, 463-467, 1304-1307. CrossrefGoogle Scholar5 RICKETTSWILDER HTRM: The etiology of the typhus fever (tabardillo) of Mexico City, Jr. Am. Med. Assoc., 1910, liv, 1373-1375. CrossrefGoogle Scholar6 GAVIÑOGIRARD AJ: El tifo experimental en los monos inferiores, Publ. Inst. Bacteriol. Nac. de Mexico, May and June, 1910; Aug. 23, 1910; Nov. 9, 1910; Nov. 12, 1911. Google Scholar7 RICKETTSWILDER HTRM: Further investigations regarding the etiology of tabardillo, Mexican typhus fever, Jr. Am. Med. Assoc., 1910, lv, 309-311. CrossrefGoogle Scholar8 BRILL NE: An acute infectious disease of unknown origin. A clinical study based on 221 cases, Am Jr. Med. Sci., 1910, cxxxix, 484-502. Google Scholar9 ANDERSONGOLDBERGER JFJ: Etiology of tabardillo or Mexican typhus: an experimental investigation, Jr. Med. Res., 1910, xxii, 469-481. Google Scholar10 SMITHSON O: Mossman fever, Jr. Trop. Med. and Hyg., 1910, vol. xiii, No. 12. Google Scholar11 NICOLLECONORCONSEIL CAE: Experimental research on exanthematous typhus, Ann. de l'lnst. Pasteur, 1911, xxv, 97-116. Google Scholar9 ANDERSONGOLDBERGER JFJ: Experimental proof of identity of Brill's disease and typhus fever, U. S. Pub. Health Rep., 1912, xxvii, 149; and New York Med. Jr., 1912, xcv, 990. CrossrefGoogle Scholar13 HEGLERV.PROWAZEK CS: Fleckfieber, Berl. klin. Wchnschr., 1913, 1, 2035-2042. Google Scholar14 PLOTZ H: The etiology of typhus fever (and Brill's disease) Preliminary communication, Jr. Am. Med Assoc., 1914, lxii, 1556. CrossrefGoogle Scholar15 DAROCHA-LIMA H: Zur Aetiologie des Fleckfiebers, Deutsch. med. Wchnschr. 1916, xxvii, 1353-1354; Münch. med. Wchnschr., 1916, xliii, 1381-1384; 1917, lxiv, 33; 1918, lxv, 1454. CrossrefGoogle Scholar16 NICOLLEBLAIZOT : Results de la serotherapie dans le traitement du typhus exanthematique, Ann. de l'Inst. Pasteur, 1916, xxx, 446; and Bull. de l'acad. de méd. Paris, 1916, lxxi, 53. Google Scholar17 NÖLLER W: Blut und Insektenflagellaten Zuchtung auf Platten, Arch. f. Schiffs- u. Tropen-Hyg., 1917, xxi, 53. Google Scholar18 SERGENTFOLEYVIALETTE EHC: Transmission à l'homme et au singe du typhus exanthematique par les poux d'un malade atteinde de fievre recurrent et par des lentes et poux issue des précédentes. Comp. rend. acad. sci. Paris, March 30, 1914, p. 964; and Comp. rend. soc. biol., 1914, lxxvii, 101. Google Scholar20 SCHÜFFNER : Proc. Far Eastern Assoc. Trop. Med. for 1913; 1914, 309-315. Google Scholar21 ESCLUSE : Hémotherapie du typhus exanthematique, Press méd., 1915, xxiii, 452-453. Google Scholar22 VAUGHAN VC: History and epidemiology of typhus, Jr. Am. Med. Assoc., 1915, lxiv, 1804-1810. Google Scholar23 PLOTZOLITZKYBAEHR HPKJ: Etiology of typhus exanthematicus, Jr. Infect. Dis., 1915, xvii, 1-20. CrossrefGoogle Scholar24 TÖFFER H: Zur Aetiologie des "Febris Wolhynica," Berl. klin. Wchnschr., 1916, liii, 323. Google Scholar25 WEILFELIX : Wien. klin. Wchnschr., 1916, xxix, 33, 927. Google Scholar26 DIENES L: Das Weil-Felixsche Bakterium, Deutsch. med. Wchnschr., 1917, xliii, 461-463. CrossrefGoogle Scholar27 NETTERBLAIZOT A: Note sur quelque cas de typhus exanthematique, Bull. de l'acad. méd. de Paris, 1918, lxxix, 90-92. Google Scholar28 STRONG RP: American Red Cross Medical Research Committee report of commission on trench fever, Oxford Univ. Press, 1918. Google Scholar29 LANDSTEINERHAUSMANN KW: Einige Beobachtungen über das Fleckfiebervirus, Med. Klinik, 1918, xiv, 515-518. Google Scholar30 DÖRRPICK RR: Experimentelle Untersuchungen über Infektion und Immunität bei Fleckfieber, Wien. klin. Wchnschr., 1918, xxxi, 829-834. Google Scholar31 MÖLLERSWOLFF BG: Die bisher mit der Fleckfieberschutzimpfung gemachten Erfahrungen, Deutsch. med. Wchnschr., 1918, xliv, 676; and Ztschr. f. Hyg.u Infektskrankheit., 1919, lxxxviii, 41-65. CrossrefGoogle Scholar32 ARKWRIGHTBACOTDUNCAN JAAFM: The association of rickettsia with trench fever, Jr. Hyg., 1919, xviii, 76. CrossrefGoogle Scholar33 WEIGL R: Studies on Rickettsia prowazeki, Przeglad Epidemjologiczny, 1920, i, 15. Google Scholar34 SIKORA H: Über die Zuchtung der Rickettsia pediculi, Arch. f. Schiffs- u. Tropen. Hyg., 1921, xxv, 123. Google Scholar35 SERGENTFOLEYVIALETTE EHC: Iconologie des rickettsia signalées en 1914 chez des poux infectés de typhus exanthematique, Arch. Inst. Pasteur de l'Afrique du Nord, 1921, i, 215. Google Scholar36 SCHULTZ EW: On the etiology of typhus fever, Am. Jr. Med. Sci., 1921, clxi, 78-90. CrossrefGoogle Scholar37 BACOT A: Probable identity of Rickettsia pediculi with Rickettsia quintana, Brit. Med. Jr., 1921, i, 156-157. CrossrefGoogle Scholar38 BACOTSEGAL AJ: The infection of lice (P. humanus) with Rickettsia prowazeki by the injection per rectum of the blood platelets of typhus infected guinea pigs and the reinfection of other guinea pigs from these lice, Brit. Jr. Exp. Path., 1922, iii, 125. Google Scholar40 WOLBACHTODDPALFREY : The etiology and pathology of typhus, 1922, Harvard Univ. Press; also Internat. Jr. Pub. Health, 1920, No. 2, i. Google Scholar41 ATKINBACOT EEA: Experiments on the infectivity of typhus virus contained in lice (P. humanus and Pedicinus longiceps), Brit. Jr. Exp. Path., 1922, iii, 196. Google Scholar42 HONE FS: A series of cases closely resembling typhus fever, Med. Jr. Australia, 1922, i, 1-13. Google Scholar43 KUCZYNSKI MH: Typhus Fieber, Med. Klinik, 1922, xviii, 1579-1581. Google Scholar44 MAXCYHAVENS KFLC: A series of cases giving a positive Weil-Felix reaction, Am. Jr. Trop. Med., 1923, iii, 495-507. CrossrefGoogle Scholar45 BREINL F: Typhus exanthematique et le Proteus X, Arch, de l'lnst. Pasteur de Tunis, 1924, xiii, 208-211. Google Scholar46 WHEATLAND FT: A fever resembling a mild form of typhus, Med. Jr. Australia, 1926, i, 261-266. CrossrefGoogle Scholar47 NICOLLECONSEIL CE: Experimental convalescents' serum in prevention of typhus, Arch. de l'lnst. Pasteur de Tunis, 1925, xiv, 355-383. Google Scholar48 FLETCHERLESSLAR WJE: Tropical typhus, Indian Med. Gaz., 1926, lxi, 529-531. Google Scholar49 FLETCHERLESSLAR WJE: Tropical typhus and Brill's disease, Jr. Trop. Med. and Hyg., 1926, xxix, 374-386. Google Scholar50 MAXCY KF: An epidemiological study of endemic typhus (Brill's disease) of the southern United States, U. S. Pub. Health Rep., 1926, xli, 2967. CrossrefGoogle Scholar51 MCGILLIVRAY WS: Typhus-like epidemics of Australia, Med. Jr. Australia, 1927, i, 743-744. CrossrefGoogle Scholar52 NETTER A: Le typhus endemique bénin (maladie de Brill), Bull. de l'acad. de med. de Paris, 1927, xcviii, 71-81. Google Scholar53 NICOLLESPARROWCONSEIL CHE: Vaccination préventive de l'homme contra le typhus exanthematique par inoculation répetées de petites doses de virus. Etapes et solution du problème, Arch, de l'lnst. Pasteur de Tunis, 1927, xvi, 1-32. Google Scholar54 ISHIWARAOGATA KN: A contribution to the knowledge of the nature of the virus of tsutsugamushi disease. Tokyo Med. News, 1928, No. 2581. Google Scholar55 PINKERTON H: Rickettsia-like organisms in scrotal sac of guinea pig with European typhus, Jr. Infect. Dis., 1929, xli, 337-346. CrossrefGoogle Scholar56 MAXCY KF: Endemic typhus fever of the southern United States: Reaction of the guinea pig, U. S. Pub. Health Rep., 1929, xliv, 589. CrossrefGoogle Scholar59 NAGAYOTAMIYAMITAMIRASATO MTTK: On the virus of tsutsugamushi disease and its demonstration by a new method, Japan Jr. Exp. Med., 1930, viii, 309-318. Google Scholar60 SINCLAIR BA: A possible case of tsutsugamushi or Japanese river fever occurring in the Mandated Territory of New Guinea, Med. Jr. of Australia, 1930, ii, 759. CrossrefGoogle Scholar61 LEWTHWAITE R: Clinical and epidemiological observations on tropical typhus in the Federated Malay States, Bull. Inst. Med. Res. Fed. Malay States, 1930, No. 1, 42 pp. Google Scholar63 LEWTHWAITE R: Experimental tropical typhus in laboratory animals, Bull. Inst. Med. Res. Fed. Malay States, 1930, No. 3, 10 pp. Google Scholar65 FLETCHER W: Typhus-like fevers of unknown etiology, with special reference to the Malay States, Proc. Roy, Soc. Med., 1930, xxxiii, 1021-1027. CrossrefGoogle Scholar66 ANIGSTEIN L: Studies on tropical typhus in British Malaya (preliminary note), Malayan Med. Jr., 1930, v, 62-64. Google Scholar67 MARCANDIERBIDEAU : Note sur l'epidemiologie de la fièvre exanthematique observée à bord des navires de guerre à Toulon. Rôle possible d'un acarien du rat dans la transmission, Rev. de hyg. et med. prév., 1930, lli, 353-364. Google Scholar68 MOOSERDUMMER HC: The relation of organisms in tunica vaginalis of animals inoculated with Mexican typhus to Rickettsia prowazeki and to causative agent of that disease, Jr. Exp. Med., 1930, li, 189-207. CrossrefGoogle Scholar69 MARCANDIERPLAZYLECHUITONPIROT R: Transmission au singe de la fièvre exanthematique observé à bord des navires de guerre à Toulon. Ses rapportes avec le typhus exanthematiques, Bull. de acad. de méd. de Paris, 1931, cv, 1012-1015. Google Scholar70 MCGILLIVRAY WS: Brill's disease or pseudo-typhus, Med. Jr. Australia, 1931, ii, 716-719. CrossrefGoogle Scholar71 NAGAYOTAMIYAMITAMIRAHAZATO MTTH: Sur le virus de typhus exanthematique, Bull. Off. Internat, d'Hyg. pub., 1931, xxiii, 1415-1417. Google Scholar73 WOLFF JW: Enkele waarnemingen bei miptekoots en tropical typhus, Geneesk. Tijdschr. v. Nederl.-Indië, 1931, lxxxi, 35-45. Google Scholar74 WOLFF JW: Observations on the Weil-Felix reaction in tsutsugamushi disease, Jr. of Hygiene, 1931, xxi, 352-360. CrossrefGoogle Scholar75 MONTERO JL: Endemic typhus of São Paulo; types of typhus in America and new form in São Paulo, Brazil-med., 1931, xlv, 805-807, 1096, 1109. Google Scholar76 DYERRUMREICHBADGER REALF: Typhus fever: a virus of the typhus type derived from fleas collected from wild rats, U. S. Pub. Health Rep., 1931, xlvi, 334. CrossrefGoogle Scholar78 DYERCEDERRUMREICHBADGER REETALF: Typhus fever: the rat flea, Xenopsylla cheopis, in experimental transmission, U. S. Pub. Health Rep., 1931, xlvi, 1869-1870; 2481-2498. CrossrefGoogle Scholar79 SHELMIREDOVE BWE: The tropical rat mite, Liponyssus bacoti Hirst, Jr. Am. Med. Assoc., 1931, xcvi, 579-584. CrossrefGoogle Scholar80 MOOSERCASTANEDAZINSSER HMRH: Rats as carriers of Mexican typhus, Jr. Am. Med. Assoc., 1931, xcvii, 231-232. CrossrefGoogle Scholar81 DOVESHELMIRE WEB: Tropical rat mites, Liponyssus bacoti Hirst, vectors of endemic typhus, Jr. Am. Med. Assoc., 1931, xcvii, 1506-1511. CrossrefGoogle Scholar82 PINKERTONMAXCY HKF: Pathological study of a case of endemic typhus in Virginia, with demonstration of rickettsia, Am. Jr. Path., 1931, vii, 95-104. Google Scholar83 NIGGLANDSTEINER CK: Studies on cultivation of typhus fever rickettsia in presence of live tissue, Jr. Exp. Med., 1932, lv, 563-576. CrossrefGoogle Scholar84 DYERWORKMANBADGERRUMREICH REWGLFA: Experimental transmission of endemic typhus fever of United States by rat flea, Ceratophyllus fasciatus , U. S. Pub. Health Rep., 1932, xlvii, 931-933. CrossrefGoogle Scholar85 DYERWORKMANCEDERBADGERRUMREICH REWGETLFA: Typhus fever: multiplication of virus of endemic typhus in rat flea, Xenopsylla cheopis , U. S. Pub. Health Rep., 1932, xlvii, 987-995. CrossrefGoogle Scholar86 ZINSSERMOOSERCASTANEDA HHMR: Epidemiology of typhus fever and the possible evolution of the rickettsia disease group, Proc. Assoc. Am. Phys., May 3 and 4, 1932: Abstr. in Jr. Am. Med. Assoc., 1932, xcix, 70-71. Google Scholar87 SCROGGIE FH: Fever with some resemblance to typhus fever occurring in Port Elizabeth and District, Jr. Med. Assoc. South Africa, 1931, v, 809-814. Google Scholar88 GRAY FC: A note on laboratory investigations of the Port Elizabeth type of fever, Jr. Med. Assoc., South Africa, 1931, v, 814-216. Google Scholar89 ROSS GR: Eruptive fevers of the typhus group, with notes on a fever of the group observed in Southern Rhodesia, South Africa, Med. Jr., 1932, vi, 453-459. Google Scholar This content is PDF only. To continue reading please click on the PDF icon. Author, Article, and Disclosure InformationAuthors: NOXON TOOMEY, M.D., F.A.C.P.Affiliations: Palmyra, Mo.Submitted for publication, July 29, 1932. PreviousarticleNextarticle Advertisement FiguresReferencesRelatedDetails Metrics Cited byEndemic typhus feverFortschritte der Fleckfieberforschung 1 October 1932Volume 6, Issue 4Page: 542-562KeywordsFeversStarvationTicksTyphus ePublished: 1 December 2008 Issue Published: 1 October 1932 PDF downloadLoading ...