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Bessey Bessey, King King (1933)
The distribution of vitamin C in plant and animal tissue and its determinationJ. Biol. Chem., 22
D. Tressler, G. Mack, C. King (1936)
VITAMIN C CONTENT OF VEGETABLES. I. SPINACHJournal of Food Science, 1
Wheeler Wheeler, Tressler Tressler, King King (1939)
Vitamin C content of vegetables. XII. Broccoli, cauliflower, endive, cantaloup, parsnips, New Zealand spinach, kohlrabi, lettuce, and and kaleFood Research, 4
R. Harris, H. Wissmann, D. Greenlie (1940)
The Effect of Reduced Evaporation oh the Vitamin Content of Fresh Vegetables in Refrigerated Storage.Journal of Laboratory and Clinical Medicine, 25
Feener Feener, Palmer Palmer, Fitzgerald Fitzgerald (1937)
Seasonal variations in vitamin C content of fresh market vegetablesRefrig. Eng., 34
J. Roe (1936)
The determination of ascorbic acid as furfural and a comparison of results obtained by this method and by indophenol titration.Journal of Biological Chemistry, 116
M. Hochberg, D. Melnick, B. Oser (1943)
Photometric Determination of Reduced and Total Ascorbic AcidIndustrial & Engineering Chemistry Analytical Edition, 15
F. Fenton (1940)
Vitamin C Retention as a Criterion of Quality and Nutritive Value in Vegetables1Journal of the American Dietetic Association
Yaroshenko Yaroshenko (1938)
Change in vitamin C content of fresh vegetables within a short timeKholodilnaya Prom., 16
K. Wheeler, D. Tressler, C. King (1939)
Vitamin C Content of Vegetables. XII. Broccoli, Cauliflower, Endive, Cantaloup, Parsnips, New Zealand Spinach, Kohlrabi, Lettuce, and Kale.Journal of Food Science, 4
Mack Mack, Tapley Tapley, King King (1939)
Vitamin C in vegetablesX. Snap beans. Food Research, 4
G. Mack, W. Tapley, C. King (1939)
Vitamin C in Vegetables. X. Snap Beans.Journal of Food Science, 4
O. Bessey (1938)
A method for the determination of small Quantities of ascorbic acid and dehydroascorbio acid in turbid and colored solutions in the presence of other reducing substances.Journal of Biological Chemistry, 126
Tressler Tressler, Mack Mack, King King (1936)
Vitamin C content of vegetables. I. SpinachFood Research, 1
EXPERIMENTAL PROCEDURE The first approach to this problem was made by determining the loss of vitamin C immediately after harvesting the vegetables. Samples of the different vegetables were placed in the acid-extraction solution at the garden Tohile other samples were packed in crushed ice and taken to the laboratory within one hour. Assays lyere made on all samples immediately upon arrival in the laboratory. Those samples packed in crnshed-ice containers r e r e held for further storage in the containers both a t room temperature and at a temperature of 6 to 7"C.(42.8 to 44.6"F.). Samples were removed from the crushed ice and placed in the hydrator of a 'Supported in part by a grant from the Wisconsin Ice and Coal Company, Milwaukee, Wisconsin. We are indebted to Earl and Loraine Cardinal for carrying ont some of the studies reported in this paper. RETENTION O F ASCORBIC ACID IN VEGETABLES mechanical refrigerator, in a wire basket in the bottom of a n ice refrigerator, and on a table in the laboratory. Additional work XTas done during the fall and winter months mhen home-grown vegetables were not available ; therefore many of the samples used were shipped to
Journal of Food Science – Wiley
Published: Mar 1, 1944
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