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    • 1899

    Plate XIX depicting various forms of bacterium present in urine. The figures are identified as follows:

    Figure 1: Tubercle Bacilli. Stained red, the majority are slightly curved...The other bacteria and the nuclei of…

    • 1899

    Plate IX depicting tissue samples and uric acid crystals in various forms. The figures are identified as follows:

    Figure 1: Shred Of Tissue (part of a tumour) passed with the urine, consisting of closely packed cells…

    • with special reference to their clinical significance
    • 1899

    Cover and three illustrated plates from an English translation of Atlas der klinischen Mikroscopie des Harnes .

    • 1899

    Plate XI depicting various forms of uric acid crystals and deposits. The figures are identified as follows:

    Figure 1: Uric Acid Crystals (comb forms). Spontaneously precipitated.

    Figure 2: Uric Acid. Colourless,…

    • Part of Spectrum analysis six lectures delivered in 1868 before the society of apothecaries of London
    • 1885

    Chromo-lithograph of the Spectra of the Stars and Nebulae compared with the Solar Spectrum and the Spectra of some of the Non-Metallic Elements.

    • Part of Spectrum analysis six lectures delivered in 1868 before the society of apothecaries of London
    • 1885

    Chromo-lithograph of the Spectra of the Metals of the Alkalis and Alkaline Earths, from the Drawings of [Robert] Bunsen and [Gustav] Kirchhoff. With Scale of Wave-Lengths Added.

    Through research conducted in the…

    • Part of Spectrum analysis six lectures delivered in 1868 before the society of apothecaries of London
    • 1882

    Plate depicting the total solar eclipse that occurred in Egypt on May 17, 1882.

    • 1898

    Illustrated plate depicting the pathogenic micro-organism for bacillus tuberculosis, a diagnostic indicator of tubercular ulceration of the urinary tract. After the work of internist Rudolf von Jaksch (1855-1947).

    • 1898

    Illustrated plate depicting crystallized deposits of ammonium urate in urine after work by Peyer [first name unknown]. As depicted here, such deposits typically consist of dark-brown, spherical masses studded with…

    • 1898

    Illustrated plate depicting uric acid crystals with amorphous urates after work by Peyer [first name unknown]. Commonly associated lithuria (an excess of uric acid or its salts in the urine), such crystals typically…

    • 1898

    Illustrated plate depicting the crystalline compound phenylglucosazone formed as part of a test to detect the presence of sugar in urine. After the work of internist Rudolf von Jaksch (1855-1947).

    • 1898

    Illustrated plate depicting uric-acid crystals in urine after work by Peyer [first name unknown]. As depicted here, the crystals are the normal yellowish-red color and crystallized into rhombic, rectangular prisms,…

    • 1898

    Illustrated plate depicting sediments associated with alkaline fermentation. After the work of Karl Berthold Hofmann (1842-1922) and Robert Ultzmann (1842-1889).

    • 1898

    Scale of colors of urine constructed from nature by Dr. J. Vogel. Intended as a standard for the purposes of comparative analysis, the colors are expressed as follows: (1) pale yellow, (2) light yellow, (3) yellow, (4)…

    • A manual for the use of physicians, surgeons, and students
    • 1898

    Cover and selected plates from the 4th edition of Dr. Charles W. Purdy's Practical uranalysis and urinary diagnosis.

    • 1914

    Illustrated plate depicting miscellaneous forms of microscopic and minute organisms living in water.

    • 1914

    Illustrated plate depicting crustacea, bryozoa, and spongidæ, minute animals and sponges living in water. Figures 1 through 3 depict crustacea magnified at 25 (Figures 1 and 2) and 2 (Figure 3) diameters respectively.…

    • 1914

    Illustrated plate depicting rotifera, microscopic multi-celled organisms, and crustacea, arthropods with jointed appendages, living in water. Figures 1 through 4 depict rotifera magnified at 150 (Figures 2 and 3) and…

    • 1914

    Illustrated plate depicting rotifera, microscopic multi-celled organisms living in water. While microscopic in size, rotifera have digestive and vascular systems and are commonly classified according to three features:…

    • 1914

    Illustrated plate depicting various forms of protozoa, microscopic one-celled organisms, and rotifera, microscopic multi-celled organisms, living in water. Figures 1 and 2 depict protozoa magnified at 500 diameters. The…

    • 1914

    Illustrated plate depicting various forms of protozoa, microscopic one-celled organisms living in water. The magnification of the organisms depicted in Figures 1, 6, 7, 8, and 9 is 500 diameters. The magnification of…

    • 1914

    Illustrated plate depicting various forms of protozoa, microscopic one-celled organisms living in water. The magnification of the organisms depicted in Figures 1, 2, 3, 5, 7, and 9 is 500 diameters. Figures 6, 8, 10,…

    • 1914

    Illustrated plate depicting various forms of protozoa, microscopic one-celled organisms living in water. The magnification of the organisms depicted in Figures 1 through 11 is 500 diameters. Figure 12 is magnified at…

    • 1914

    Illustrated plate depicting various forms of chlorophyceæ (green algae) and fungi, microscopic plant organisms living in water. Figures 1 through 3 depict chlorophyceæ magnified at 125 diameters. Figures 4 through 8…

    • 1914

    Illustrated plate depicting various forms of fungi and protozoa, microscopic plant and animal organisms living in water. Figures 1 through 3 depict fungi and Figures 4 through 10 depict protozoa. All illustrations are…