Parasitological investigations upon vegetable organisms found in measles, typhus exanthematicus, typhus abdominalis, small-pox, kine-pock, sheep-pock, cholera, etc / by Ernst Hallier.

  • Hallier, Ernst, 1831-1904.
Date:
1892
Catalogue details

Licence: Public Domain Mark

Credit: Parasitological investigations upon vegetable organisms found in measles, typhus exanthematicus, typhus abdominalis, small-pox, kine-pock, sheep-pock, cholera, etc / by Ernst Hallier. Source: Wellcome Collection.

Provider: This material has been provided by the Francis A. Countway Library of Medicine, through the Medical Heritage Library. The original may be consulted at the Francis A. Countway Library of Medicine, Harvard Medical School.

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    PLATE II. Fig. 1. Mucor from the culture of kine-pock on paste and phos- i:>liate of ammonia placed on a cork, p I are the swellings of the tender Oidium threads. At v is seen the Macroconidia of some chains united, k is the empty Mucor capsule with a round basal cell, and some attached spores. Fig. 2. Cladosporium (Oidium albicans auct.) from the culture of vaccine-lymph on white of egg. m, Ustilago spore-chains not yet arrived at maturity, because they immediately shoot forth cladospores (c Z), whose young spores (o) closely exhibit the na- ture of Aphthous-fungi. Fig. 3. Aspei'gillus glaucus Lk., from the sowing of the vaccine- Ij^mph on cork, at s the mostly hollow bearer of the pencil, s j?, spores ; I s 'P: these in air ; a s p, the same in alcohol. Fig. 4. Arthrococcus lactis, brought forth from the small-pox matter on boiled milk. Fig. o. a bastard between Aspergillus and Penicillium from the same culture. Fig. 6. A fur of Cladosporium (Oidium albicans), appearing on lemon from the s]ioroids of Micrococcus of small-pox, under a good lens. Fig. 7. The same fungus in fragments with Z. F.2. It showed Cladosporium chains (c I) ; UstiLago spores («), in part very large and often septate («?t), large terminating round cells (p), partly with a mitre-formed end cell (p m) ; in part develojDcd Septospo- rium-Stemph3dlium fruit (sp /i), partly becoming Pycnidcn (pj^), with sporoids (sp). Fig. S. Sclerotium apjiearing on the cork of the sowing of small- pox on sugared water with i:»hosphate of ammonia. Fig. 9. Crypto-crystalline formation in Typhus-stool from Munich. Fig. 10. Vegetable organisms appearing in the monkey's stool, (o), thread-sprout; (&), fungus cells ; (c), Mucor spores ; ((7), Micro- coccus-balls from the nearly dissolved spore-wall, still holding together. Fig. 11. From the same, twenty-four liours after feeding with the spores of Rhizopus nigricans Ehr.; (a), Mycothrix chain ; (h c), Micrococcus formation within the parent cell in two different stages ; (c?), couidia, one of which is about sprouting. Fig 12. Yeast and thread formation in human excrement,' after the inhalation of Ehizopus. Fig. 13. Sporoid-formation from the mucous membrane of the throat. Fig. 11. Micrococcus and therefrom produced Mycothris-chains on epithelial cells. Fig. 15. Fungus-formation in the monkey's intestine, on the fourth day after the feeding with Khizoj^us. Fig. 16. Fungus-formation in human fieces, sixteen hours after the feeding with Rhizopus.