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John Gach Books, Inc. 10514 Marriottsville Road (Rear Building) PO Box 267 Randallstown, Maryland 21133 |
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Section 3: Bacteriology, Microbiology, Microscopy, Encephalitis, Virology (N-Z)
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The definitive review before the advent of microbiotics.
OCLC locates four copies: Columbia; NY Acad Med; Center for Res Libr; and College of Physicians of Phila.
Gershenfeld was Professor of Bacteriology and Hygiene and Director of the Bacteriological and Clinical Chemistry Laboratories at the Philadelphia College of Pharmacy and Science.
Not a misprint in the title: the author deliberately uses "microbiology" instead of "microbiology" (see page 10). Giltner was Professor of Bacteriology and Hygiene at Michigan State College.
Member of the Royal College of Physicians, Goodall was Pathologist and Assistant Medical Officer to West Riding Asylum. Includes detailed discussions of methods for staining neural tissue (including Freud's method, pp. 101-102).
Poole was a charter member of the Society of American Bacteriologists, of which he was president in 1911. See Clarke's Pioneer Microbiologists of America, pp. 140-41.
Greenish was Professor of Pharmaceutics to the Pharmaceutical Society of Great Britain, and Director of the Pharmacy Research Laboratory.
Hammer taught dairy bacteriology at Iowa State for over 25 years.
Born in Hungary, Heitzman was lecturer in morbid anatomy at the University of Vienna; emigrating to New York in 1874 he later took up dermatology and became a founding member of the American Dermatological Association.An early American work on cytology and histology, surveying the current state of knowledge of cell theory as revealed by microscopical techniques. Contains chapters by Frank Abbott, H. G. Beyer, C. F. W. Böddecker, J. C. Davis, Louis Elsberg, J. Baxter Emerson, J. W. Frankl, and others.
Hewlett was Professor of Bacteriology in the University of London. His A Manual of Bacteriology (1898 - 9th and last edition 1932) was a standard British early 20th century bacteriological textbook.
Born in Baltimore and trained at Hopkins, Hiss was Professor of Bacteriology at Columbia University. "Made important investigations on bacteriology of Dysentery and made improvements in technique" [Bulloch, p. 373]. At the time of writing Zinsser was at Stanford, later also professor at Columbia and responsible for many important contributions to bacteriology & immunology [Bulloch, p. 406].
Section VI, pages 239-339, deal with bacteriology and parasitology.
"Hueppe, a colleague of Koch, wrote an admirable manual on bacteriological methods, a subject to which he gave several original contributions" [GM 2503]. Translated into English in 1886. "Wrote extensively on bacteriological subjects and published valuable books, especially [this book]" [Bulloch, A History of Bacteriology, p. 374].
Open Court Bibliography H34; Cordasco 90-3758. Professor of Hygiene in the University of Prague, Hueppe "wrote extensively on bacteriological subjects and published valuable books" [Bulloch's History of Bacteriology, p. 374]. Jordan, the translator, was Assistant Professor of Bacteriology in the University of Chicago.
The first book in English to attempt to resurrect Béchamp's reputation as a biologist equal or greater to Pasteur in importance. A French chemist who first synthesized Atoxyl in 1859, Pierre Jacques Antoine Béchamp (1816-1908) developed a pleomorphic theory that posited bacteria to result from disease rather than causing it. He held that scavenging bacteria arise from microorganisms that he held to be present normally in matter, including live tissue, and that he believed fed on necrotic cells.
12 microbiological papers (11 in English and one in Danish) plus a complete bibliography of Jensen's publications and 5-page introduction by Aage Henriksen about Jensen (in Danish).
Not in OCLC.
Sedgwick was an important pioneer American bacteriologist and contributor to public health. See Clarke's Pioneer Microbiologists of America, pp. 109-111.
Kaplan was director of clinical and research laboratories at the NY Neurological Institute and serologist to the Montefiore Home. This is the first American work on the subject.
GM 4212; Bulloch's History of Bacteriology, p. 376. First four Lieferungen complete, without the 1876 5. Lieferung, which is part II of Geschlechtsorgane. A 6. Lieferung by Schwartze on Gehör-Organ and 7. by Eppinger on Larynx Trachea were added respectively in 1878 and 1880. These were, however labeled in reverse Band II, 1. Abth, 1. Lief. (Eppinger) and Band II, 2. Abth., 1. Lief. (Schwartze)."German pathologist and pioneer in bacteriology. Born in Königsberg. Studied there under Rathke and Helmholtz, and in Würzburg under Kölliker and Virchow, following the latter to Berlin. . . . In 1895 he emigrated to America and settled in Rush Medical College, Chicago [returning to Europe in 1900]. . . . Klebs was a most prolific writer and worker. Published [an] important memoir on the pathology of gun-shot wounds 1872 and wrote on the bacteriology of enteric fever, rinderpest, vaccinia, diphtheria, syphilis, and tuberculosis. He also wrote but did not finish a large Hanbuch d. path. Anatomie. Klebs was one of the first in every advance in bacteriology but had the misfortune to miss almost every discovery that has turned out to be correct" [Bulloch's History of Bacteriology, p. 376]. The 1. Abt., 3. Lieferung of his Handbuch contains a classic description of glomerulonephritis ("Krebs' disease") on pp. 644-48 [GM 4212]. "With Pasteur, he was perhaps the most important precursor in the bacterial theory of infection; indeed, he did most to win the pathologists to his view" [Garrison's History of Medicine, pp. 580-81].
GM 4212; Bulloch's History of Bacteriology, p. 376. First five Lieferungen complete with the 1876 5. Lieferung, which is part II of Geschlechtsorgane. A 6. Lieferung by Schwartze on Gehör-Organ and 7. by Eppinger on Larynx Trachea were added respectively in 1878 and 1880. These were, however labeled in reverse Band II, 1. Abth, 1. Lief. (Eppinger) and Band II, 2. Abth., 1. Lief. (Schwartze).
Kolle was a voluminous writer and a successful worker in many branches of bacteriology, immunology, and chemotherapy. With Wasserman he edited the monumental Handbuch der pathogenen Microorganismen, 3 editions" [Bulloch p. 377]. His and Hetsch's important textbook saw its last revised edition in 1987.
GM 2517, citing both the edition and third editions. The second of three editions of this essential early reference work on pathomicrobiology, much expanded from the first edition. Both editors were distinguished microbiologists—see the biographical synopses in Bulloch's History of Bacteriology. Wasserman (who was knighted in 1910, thus the "von") developed the important Wasserman reaction test for syphilis.
GM 2517, citing both the 1903-1909 first edition and this edition. The final, vastly expanded edition of this essential work on pathogenic microbes. All four of the editors were distinguished microbiologists—see the biographical synopses in Bulloch's History of Bacteriology for each. Wasserman (who was knighted in 1910, thus the "von") is the Wasserman who developed the famed Wasserman reaction test for syphilis.
Boerner was Professor of Medicine at Temple University and Head of the Department of Pathology & Bacteriology, Research Institute of Cutaneous Medicine; Garber was Associate in Pathology, Peking Union Medical College.
24 papers including Derek Richter's "Metabolism in Relation to Cerebral Growth and Development"; Julius Axelrod's "Factors Affecting the Metabolism of Epinephrine and Other Amines"; Seymour S. Kety's "Amino Acids, Amines, and Behavior"; Albert Szent-Györgi's "On the Possible Role of Quantum Phenomena in Normal and Abnormal Mental Functions"; G. W. Harris's "Neuroendocrine Relations."
Translation of pages 41-150 and the bibliography, pp. 239-246, from Krasil'nikov's 1949 Opredeletil' bakterii i aktinomitsetov.
Bullock, p. 378: "Hygienist and bacteriologist. Born in Berlin. Assistant to Flügge in Breslau. Prof. in Bonn 1898, Königsberg 1909, Leipzig 1913. He wrote very extensively on bacteriology, and was associated with the discovery of B. dysenteriae". His important 1900 paper on dysentery is GM 5092, which notes that "futher work on dysentery by Kruse led to the coupling of his name with Shiga to designate both the 'Shiga-Kruse bacillus' and 'Shiga-Kruse disease'."
Küster was In 1921 Professor of Botany at Giessen.
Contains Hymie Anisman & Angelo Santi's "Behavioral Techniques in Pharmacological and Neuropharmacological Analysis"; Edward L. Bennett & Mark R. Rosenzweig's "Behavioral and Biochemcial Methods to Study Brain Responses to Environment and Experience"; Lahue's "Cell Fractionation"; Reinhard Rüchel et al's "Polyacrylamide Gel Electrophoreses: Principles, Techniques, and Micromethods"; J. Voogd & H. K. P. Feirabend's "Classic Methods in Neuroanatomy"; Olle Lindvall et al's "Fluorescence Microscopy of Biogenic Monoamines"; G. Vrensen et al's "Electron Microscopy in Neurobiology"; Martin J. Hollenberg & Allan M. Erickson's "Scanning Electron Microscopy: Applications to Neurobiology"; H. J. Groenewegen et al's "Autoradiography in the Nervous System"; S. S. Oja & P. Kontro's "Isotope Methods."
Autobiography of the famed pathological anatomist. In 1894 Professor extraordinary of general pathology and pathological anatomy in Rostock; from 1899 professor at the pathological-anatomical department of the hygienical institute in Posen; from 1905 head of the pathological and bacteriological institute in Krankenstift in Zwickau; from 1907 held the chair at the academy of medicine in Düsseldorf, from 1913 in the University of Kiel, and from 1917 till his retirment in 1929 in Berlin. Lubarsch co-founded the journal Ergebnisse der allgemeinen Pathologie und pathologischen Anatomie der Menschen und der Tiere in 1896. Named after him are Lubarsch crystals (found in the epithelial cells of the testis) and Lubarsch-Pick syndrome. "He published important work on immunity and phagocytosis" [Bulloch, p. 381].
Professor of Pathology and Bacteriology at The Johns Hopkins University, MacCollum was an early Hopkins microbiologist. In 1897 he gave the first description of actual fertilization of a female gamete by a single flagellated male organism, while he and Opie were the first in America to follow Ross in the study of the hematozoa of birds [See Clark's Pioneer Microbiologists in America, p. 101]. The 7th and last edition appeared in 1940.
Professor of Pathology and Bacteriology at The Johns Hopkins University, MacCollum was an early Hopkins microbiologist. In 1897 he gave the first description of actual fertilization of a female gamete by a single flagellated male organism, while he and Opie were the first in America to follow Ross in the study of the hematozoa of birds [See Clark's Pioneer Microbiologists in America, p. 101]. The 7th is the last edition, of which there were several issues or printings through 1945.
Macé was professeur d'histoire naturelle médicale a la Faculté de Médecine de Nancy.
Working almost entirely apart from the Western psychiatric tradition and literature, Malis found evidence for an exogenous, viral cause of schizophrenia.
Marshall was Professor of Bacteriology and Hygiene, Michigan Agricultural College.
One of the two most influential turn-of-the-century American textbooks of bacteriology, which saw its ninth & last edition in 1919. McFarland spent most of his career at the University of Pennsylvania. "His text and Sternberg's Textbook of Bacteria (1892) were well-thumbed and much appreciated by all the early students in the field" [Clark Pioneer Microbiologists in America, p. 196].
A German botanist and bacteriologist, Migula was professor of botany in the technical school of Karlsruhe. He published a number of books, the most important of which was his 1897-1900 System der Bakterien. See Bulloch, p. 383.
Standard British reference text, which saw its 11th and last edition in 1949. The American edition contains numerous changes, most notably restoration and expansion of the chapter on fungi deleted from the 3rd English edition and the addition of several photographic reproductions and engravings of apparatus.
Section 1: Bacteriology, Microbiology, Microscopy, Encephalitis, Virology (A-F)
Section 3: Bacteriology, Microbiology, Microscopy, Encephalitis, Virology (N-Z)
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