XXXII 
CONTENTS. 
/?. Technique. 
PAGE 
Marpmann, G . — Methods of Examining and Staining Living and Dead Cells and 
Tissues 473 
Lee, A. B . — MicrotomisVs Vade-mecum 504 
Czaplewski — Hints on Bacteriological Technique 680 
Apathy, S . — Microtechnique of Animal Morphology 690 
Cl) Collecting- Objects, including- Culture Processes. 
Pfaffenholz — Improvement in the Hate-Cultivation Method 128 
Smith, Th . — Demonstrating the Presence of Bacillus coli communis in Water . . . . 128 
Dawson, C. F . — Method for Hermetically Sealing Cultures of Bacteria 128 
Steffen, W . — Sputum as a Nutrient Medium for Bacteria 129 
Sleen, van der — Qualitative Bacteriological*'- Examination of Water 129 
Bolton, Meade — Bactericidal Action of Metals 129 
Dungern, v . — Increasing the Toxin Production of the Diphtheria Bacillus .. .. 249 
Tochtermann — Cultivation Medium for Diphtheria Bacillus 249 
Ohlmacher, A.P . — Improvements in the Technique of the Diphtheria Culture Test 249 
Spronck, C. H. H . — Method for Preparing very active Diphtheria Toxin . . . . 250 
Pfaffenholz — Platinum Wire Brush for Inoculating Culture Media with Diph- 
therial Matter 250 
Amann, J . — Cultivation Medium for Diphtheria Bacilli 250 
Abba, F . — Demonstrating the Presence of Bacillus Coli in Water 250 
Sedgwick & Preston — Influence of Variations in Composition of Gelatin on Develop- 
ment of Water Bacteria 251 
Will, H . — Demonstrating Wild Yeasts in Trade Yeasts and new Beer 251 
Beyerinck, M. W . — Cultivation Medium for Nitrate Ferment 251 
Couton & Gasser - Cold Sterilising Bougie Filters and other Apparatus . . . . 252 
Kretz, R . — Apparatus for removing definite Quantities of Fluid Cultivation Media 
(Fig. 53) 252 
Nuttall, G. H. F . — Simple Thermostat applicable to any Microscope (Figs. 54 
and 55) 253 
Bujwid, O . — Filtering Fluid containing Bacteria 254 
Kanthack, A A , & J. W. Stephens — Easy Method of Preparing Serum Agar . . 255 
Mercer, A. C . — Improved Solid Watch-Glass (Figs. 56 and 57) 255 
Sorby, H. C . — Methods for Collecting and Estimating the Number of Small Animals 
in Sea- Water .. 256 
Cort, C. J. — Use of Centrifuged Machine* in Zoologic d Technique (Figs. 68 and 69) 354 
Fairchild, W. G . — Perforated Porcelain Cylinder as Washing Apparatus (Fig. 70) 355 
Hammer — Cultivating Gonococcus .. 355 
Zeltnow — Cidtivating Spirillum Undula majus 355 
Celli, A . — Cultivation of Amoebae on Solid Media 356 
Schardinger, F . — Cultivating Protozoa on Solid. Media 356 
Elsner — Diagnostic Media for Coli and Typhoid Bacteria 357 
Pfeiffer, R., & Vagkdes— Diagnosis of Clxlera by means of Cholera Aidi-Bodies 357 
Noetzel, W . — Demonstrating Capsules of Micro-Organisms 357 
Gilbert & Fournier — Cultures of Pneumococcus on Blood 473 
Gorini, C . — Cultivation of Amoebae on Solid Media 473 
Tochtermann — Blood Serum- Agar Medium for Diphtheria 473 
Zia — Bacteriological Examination of old Cholera Cultures 473 
Morax, V . — Cultivation of the Diplobacillns of Conjunctivitis 474 
Gorini, C . — Bacteriological Diagnosis of Glanders 474 
Wittlin, J. — Bacteriological Examination of Water by Pari etti's Method .. .. 474 
Piorkowski — Urinous Substrata for Differentiating Bacillus coli communis and 
Bacillus typhi abdrrminalis 475 
Hopkins, G. M . — Simple Apparatus for Gathering Microscopic Objects 475 
Migula — Apparatus for Cultivating Anaerobes 565 
Marpmann — Agar Media for Bacteriological Cultures 565 
Conn, H. W . — Delation of Pure Cultures to the Acid, Flavour, and Aroma of Butter 566 
Nicholas, J — Influence of Glucose on Staphylococcus pyogenes aureus 566 
Pfeiffer, R., & Nolle — Diagnosis of Typhoid Bacilli by means of Serum of Animals 
Immunised to Typhoid 566 
