Malaria / by James Henry Salisbury.

  • Salisbury, James Henry, 1823-1905.
Date:
1885
Catalogue details

Licence: Public Domain Mark

Credit: Malaria / by James Henry Salisbury. Source: Wellcome Collection.

Provider: This material has been provided by London School of Hygiene & Tropical Medicine Library & Archives Service. The original may be consulted at London School of Hygiene & Tropical Medicine Library & Archives Service.

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    PalmellaociP, 111. Palnu-Uie, 44, 45. Panama fever, 1 i;^. Pancreas, lesion of, 74. Pathology of intermittent fever, 72. Penieillium a cause of erysipelas, 23. Penicilliuni, in air passages, may be confounded with diphtheria, 24. PeniciUium often fully develops in chronic a^ne cases, 58, 78. Perinospora infestans as a poison, 14. Periodicity of symptoms in fungus, poisoning, 1 7. Perspiration in ague contains same plants as occur in ague bogs, 71. Perspiratory apparatus an outlet for malaria, 56. Pern, in some of its dry districts, is malarious, 4. Plague may be taken for cases of in- tense fungus ])oisoning, 16. Plant formation resembling the early j stages of spleen cell development, 60. Plants constantly found in the urine of all congestive types of ague, 61. Plants described as ague plants only met by writer when ague was al- ready present, G2. Plants found on the soil and in the night air of ague districts, also in the bl(jod, sputum, sweat, and urine of ague cases, 4G. Plants that excite fermentation in urine of ague cases, 78. Poisonous properties of cryptogams, 14, 22. Porrigo decalvans, favosa, lupinosa, found in cryptogamic disease, 19. Potato rot caused by Perinospora in- festans, 14. Potatoes perished in thirty-six hours during the prevalence of the malig- nant fever of 1795, 10. Prescriptions for malaria, 89. Prevention of airue by sprinkling soil with caustic lime, 39. Production of malaria by inhaling night exhalations from boxes of ague soils, 48. Production of malaria by soil being, freshly exposed, 34, 35, 39. Protococcus nivalis, 120. Protuberans, 47. Puccinia, spores of, in sweat of a baker who had ague, 71. Quinine, action of, in malaria, braces the system, controls development, for a time checks the growth of the plants, does not eliminate them, 56, 86. Quinine allows Nature to eliminate the plants, 87. Quinine destroys the plants' power of organizing the reproductive ele- nu'nt, 70. Quinine not a specific, 86. (Quinine sometimes aggravates the disease when the eliminating or- gans are deranged and their func- tions suppressed, 88. Rabbits unfit subjects for crucial ex- periments in the production of ague, 137. Rationale of hemorrhages, etc., 77. Rationale of invasion in ague, 75-77. Rationale of mental depression, due to oxaluria, phosphuria, or defect- ive supply of fibrin to muscular tis- sue, 77. Rationale of spleen infection, 77. Results obtained by aspirating the \air of ague districts at all hours of the day and night, 31, 32. Rye, when diseased, produces fever among the poor and ill-fed, 15, 24. Sarcina ventricula identical with an alga found in hydrant water, 19. Scales, white and curd-like, found in ague urine and boggy ground, 60. Search to find out where the plants in the morning sputum come from, 28. Singapore, marshy, hot, covered with jungles, and infested with tigers, rarely has fevers, 6. Siplionaceaj, 109. Six hundred persons poisoned by meat at a musical festival, 15. Soils of malarial districts, morphol- ogy of, 26. Soloo, with a temperature like that of the western coast of Africa, is healthy, 6. Specifics unknown in medicine; it is Nature that cures, 89.