Microbiology
a. Take a sterile Petri dish and invert it upon the laboratory bench. Rule two parallel lines on the bottom of the dish with a grease pencil, and two more parallel lines at right angles to the first pair--so dividing the area of the dish into nine portions. Number the top righ...
_d._ Place the stock dishes in the ice chest to await the results of incubation. (If any of the subcultures fail, further material can be obtained from the corresponding emulsio...
4. c. The presence or absence of gas formation, as indicated by a froth9. Replace those tubes which show no signs of growth in the incubator. Examine after another period of twenty-four hours (total forty-eight hours incubation) with reference to t...
5. Part I--the _Field and Laboratory Guide_--is designed for~A Laboratory Manual of Invertebrate Zoology.~ By GILMAN A. DREW, PH. D., Assistant Director at Marine Biological Laboratory, Woods Hole, Mass. With the aid of Former and Presen...
6. Part II.--511 pages of text, illustrated. Per part: Cloth, $2.50 net.ATLAS AND EPITOME OF GENERAL PATHOLOGIC HISTOLOGY. By PR. DR. H. DUERCK, of Munich. Edited, with additions, by LUDVIG HEKTOEN, M. D., Professor of Pathology in Rush Medical Coll...
2. c. With the sterilised platinum spatula raise one of the markedcolonies from the "plate 3" and transfer it to the first division in the ruled plate and emulsify it in the drop of water awaiting it. Repeat this process with the remaining col...
1. c. If no obvious differences can be made out choose nine coloniesa. Take a sterile Petri dish and invert it upon the laboratory bench. Rule two parallel lines on the bottom of the dish with a grease pencil, and two more parallel lines at righ...