Chemistry: analytical and immunological testing – Measurement includes temperature change of the material...
Patent
1989-07-12
1991-12-17
Lacey, David L.
Chemistry: analytical and immunological testing
Measurement includes temperature change of the material...
47 58, 47DIG1, 738656, G01N 2520
Patent
active
050735039
ABSTRACT:
A method of biothermographically screening plants for favorable genetic characteristics such as drought resistance or heat tolerance is provided which comprises the nondestructive laboratory measurement of heat production of the plant sample or viable part thereof in a microcalorimeter under a given set of environmental conditions, and then using the measured heat production to assess the plant sample's potential reaction in the wild to those same conditions. The biothermographic analysis of the present invention represents a rapid, nondestructive way of predicting potential biological or economical yield under a variety of environmental field conditions, and can be conducted in a simple and inexpensive manner so as to particularly benefit those in the fields of agricultural biotechnology, plant genetics, and crop management.
REFERENCES:
Cunningham, "Microcalorimetry of Seed Germination," Master's Thesis, Chelsea College, Univ. of London (1978).
Prat, "Microcalorimetric Studies of Germination of Cereals," Can. J. Bot. 30:379-394 (1952).
Abstracts from American Society of Agronomy Annual Meeting, p. 100 (1985).
Enright, "Test Tells Good Seed from Bad", Gaithersburg Gazette, Jan. 8, 1986.
Mee et al., "The Calibration and Determination of Gross Energy in Hawaiian Cane Molasses", Nutrition Reports International, vol. 11, No. 4, pp. 323-326 (Apr., 1975).
Lacey David L.
Snay Jeffrey R.
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