Studies on the physico-chemical characteristics of 14 promising strains of triticale and two check wheat varieties (Kalyansona and WL 7 1 1) grown under similar agronomic conditions were conducted. Significant differences were obtained for 1000 kernel weight ranging from 34.9 to 51.8 g, hectolitre w
Studies on the composition, quality and processing oftriticale. Part II. Mineral composition of grain and flour
โ Scribed by Sehgal, K. L. ;Bajaj, S. ;Sekhon, K. S.
- Publisher
- John Wiley and Sons
- Year
- 1983
- Tongue
- English
- Weight
- 347 KB
- Volume
- 27
- Category
- Article
- ISSN
- 0027-769X
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โฆ Synopsis
Mineral composition of grain and flour in 14 promising triticule strains from lndia are reported. The mean values for whole grain, i. e. Ca (0.47 mg/g), P (2.70 mg/g), K 4.60 mg/g, Na (352 pg/g), Zn (41.6 pg/g), Cu (7.0 pg/g), Fe (73.4 pg/g) and Mn (33.6 pg/g) were obtained as compared to those of flour, i. e. Ca (0.27 mg/g), P (0.97 mg/g), K (1.64 mgig), Na (231 pg/g), Zn (26 pg/g), Cu (4.0 pg/g), Fe (42 pgk) and Mn (10.5 pg/g), respectively. These values were found to be considerably higher than those of wheat. Highly significant positive correlations of ash with sodium and zinc in whole grain were observed. In the case of triticale flour, highly significant positive correlations of ash with manganese, phosphorus and potassium were obtained.
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