Technical Bulletin ..., Volumes 117-147 |
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acetic acetyl acetyl derivative agar Agen alcohol altho Amer amount anthocyanidin Assistants in Research Associate in Research average Bact bacteria Bacteriology Bakteriol beans black-leg calcium calcium caseinate casein cent Centralbl cheese Chem Chief in Research chloride cocci coccus Coll color cross crystals cultures fermented FOSTER L fractions fruit gelatin Geneva glycerol Gorini gram Gram stain Grand Duke growth Hot water Hucker HUGH GLASGOW Imperial Epineuse isolated Jour kefir Kral Collection laboratory lactic acid lactis large number mannitol medium melting point method micrococci Miller Superb minutes nicotine nitrogen obtained organisms Orla-Jensen paracasein pasteurized milk peptone percentage Ph.D phytosterols pigment plants plates produced reaction recrystallized Research Agronomy Research Bacteriology Research Botany Research Chemistry Research Entomology Research Horticulture samples seed seedlings sitosterol soil soluble solution species sterols strains streptococci substance Table temperature thermal death thermophilic tobacco dust treatment Type Cul volatile acid Yellow Egg
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Page 2 - E. MENSCHING, MS, Associate in Research (Agronomy). JAMES D. HARLAN, BS, Assistant in Research (Agronomy). WILLIAM P. WHEELER, Associate in Research (Animal Industry). ROBERT S. BREED, Ph.D., Chief in Research (Bacteriology). HAROLD J. CONN., Ph.D., Chief in Research (Soil Bacteriology). fW1LL1AM A. STOCKING, JR., MSA, Bacteriologist. GEORGE J. HUCKER, MA, Associate in Research (Bacteriology).
Page 13 - F.), is 0.9. 2. Pipette for Measuring Milk. This may be of any form, but that shown in fig. 2, with a rather wide opening at the lower end to allow the milk to run out rapidly is to be preferred. It should contain when filled to the mark, 17.6 cc A pipette of this size will deliver a little less than 17.5 cc of milk. The quantity of milk required for the test sample of 18 gms. is 17.44 cc, if the milk has the average specific gravity of 1.032.
Page 10 - GEORGE W. CHURCHILL, Agriculturist. REGINALD C. COLLISON, MS, Chief in Research (Agronomy. JAMES E. MENSCHING, MS, Associate in Research (Agronomy). JAMES D. HARLAN, BS, PARK V.
Page 9 - ... slightly papillate at bottom, situated between and above the bases of the antennae ; the antennae long and slender, the antennae with the first and second segments more or less annular, broader than long, subequal in length, much shorter than the third, the third longer than the fourth and shorter than the fourth and fifth together, the fifth and following segments subequal, the ninth segment broadly and rather sharply pointed; the wings, including the veins, the stigma, and the costa, brownish;...
Page 62 - BS, Assistants in Research (Botany). WALTER O. GLOYER, MA, W. HOWARD RANKIN, Ph.D., EDWARD E. CLAYTON, Ph.D. (Riverhead), ELMER V. SHEAR, JR., MS (Poughkeepsie), LEON K.
Page 38 - Associate in Research (Animal Industry"). ROBERT S. BREED, Ph.D., Chief in Research (Bacteriology). HAROLD J. CONN, Ph.D., Chief in Research (Soil Bacteriology). GEORGE J. HUCKER, Ph.D., Associate in Research (Bacteriology).
Page 30 - Ph.D., Associates in Research (Plant Pathology). Lucius L. VAN SLYKE, Ph.D., Chief in Research (Chemistry). DWIGHT C. CARPENTER, Ph.D., ARTHUR W. CLARK, BS, LEON R. STREETER, MS, Associates in Research (Chemistry).