Hostname: page-component-78c5997874-mlc7c Total loading time: 0 Render date: 2024-11-08T11:31:36.206Z Has data issue: false hasContentIssue false

The use of poppy seed cake as a cattle food and its effect on yield of milk and composition of the butter fat

Published online by Cambridge University Press:  27 March 2009

H. E. Annett
Affiliation:
(Opium Research Laboratory, Cawnpore.)
Jatindra Nath Sen
Affiliation:
(Opium Research Laboratory, Cawnpore.)

Extract

Wherever the opium poppy is cultivated its seed forms a valuable secondary crop. India has a bigger outturn of seed than any other country. In the years immediately preceding the war the bulk of the poppy seed produced in India was exported. The following Table gives an idea of the proportion of the total production exported for a number of years past.

Type
Research Article
Copyright
Copyright © Cambridge University Press 1919

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

page 416 note 1 Bull. Imp. Inst. 1917, 15, 3, p. 392.Google Scholar

page 416 note 2 Loc. cit. p. 390.

page 417 note 1 Lewkowitsch, , Chem. Tech. of Oils, Fats and Waxes, 11, p. 477.Google Scholar

page 417 note 2 Ghee is clarified butter and is obtained by heating butter till the greater part of its moisture is evaporated.

page 417 note 3 Parry, , Foods and Drugs, 1.Google Scholar

page 417 note 4 Bulletin of the Imperial Institute, 1917, 15, No. 3, p. 392.Google Scholar

page 418 note 1 Muller, , “Alkaloids von Papaver somniferum.” Archiv der Pharmacie, 1914, 252 (4), p. 292.Google Scholar

page 418 note 2 Dict, of Applied Chem. vol. 4, art. “Opium Seed Oil,” p. 334.Google Scholar

page 418 note 3 Cranfield, , “Effect of feeding with cocoanut cake and linseed cake on the composition of butter fat.” Analyst, 36 (1911), p. 445CrossRefGoogle Scholar

Cranfield and Taylor, “Effect of feeding on composition of milk and butter; linseed cake and hempseed cake.” Ibid. 40 (1915), p. 433; “Ditto. Dried yeast and decorticated cotton meal.” Ibid. 41 (1916), p. 240. Cranfield, ditto, “decorticated groundnut cake and decorticated cotton cake.” Ibid. p. 336.

page 418 note 4 Eckles, , Dairy cattle and milk production, p. 255.Google Scholar

page 418 note 5 Hansen, , “The effect of palm oil cakes upon milk production in cows.” Handw. Jahrb. 47 (1914), p. 1, abs. inGoogle ScholarExpt. Sta. Rec. 33 (1913), p. 674.Google Scholar

page 419 note 1 1 maund = 82·2 lb., 40 seers = 1 maund.

page 419 note 2 1 rupee = 2s. 0d. (Oct. 1919).

page 423 note 1 Berry, , “Yield and composition of cow's milk during lactation.” West of Scot. Ag. Col. Bul. 76; abs. inGoogle ScholarExperiment Station Record 37 (1917), p. 373.Google Scholar

page 424 note 1 Siegfield, , “Influence of feeding with cocoanut cakes and beetroot leaves on the composition of butter fat; especially as regards Polenske and Reichert-Meissl values of the same.” Chem. Zeit. 31, 1907, p. 511Google Scholar; Zeits. Unters. Nahr. und Genussm. 13 (1907), p. 513CrossRefGoogle Scholar; abs. in Analyst, 32 (1907), p. 256.Google Scholar

Alleman, , “Influence of fertilizing and feeding on the milk constituents.” Molk, Zig. 27 (1913), p. 1666Google Scholar; abs. in Expt. Sta. Rec. 30 (1914), p. 475Google Scholar; and Boes, and Weyland, , “Influence of sugar beet feeding on the composition of the milk fats,” Zeits. Unters. Nahr. und Genussm. 29 (1915), p. 473; abs. inCrossRefGoogle ScholarExpt. Sta. Rec. 33 (1915), p. 674.Google Scholar

page 424 note 2 Cranfield, loc. cit.; Siegfield, loc. cit.

page 424 note 3 Wells, Smith and Ewing, , “Changes in the composition of butter fat produced by feeding cotton seed oil”; abs. in Expt. Sta. Rec. 35 (1916), p. 775.Google Scholar

page 424 note 4 Eckles, and Palmer, , “Effect of feeding cotton seed products on the composition and properties of butter.” Missouri Sta. Res. Bull. 27Google Scholar; abs. in Expt. Sta. Rec. 37 (1917), p. 72.Google Scholar

page 427 note 1 Lewkowitsch, , Chemical Technology and Analysis of Oils, Fate and Waxes. Third edition, 2, p. 944.Google Scholar