Utilization of croton seed as a possible animal feed: a review
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Date
2019-09Author
Owade, JO
Gachuiri, C.K.
Abong, GO
Type
ArticleLanguage
en_USMetadata
Show full item recordAbstract
Croton is one of the largest genera in the Family Euphorbiaceae. Its species are distributed in a wide range of environmental and climatic conditions. The plants have for a long time been exploited for medicinal purposes but still hold the potential for nutritional purposes. The seeds of the plant have been exploited in oil extraction to produce biofuel but the residual seedcake has been less utilized. The use of croton seed and seedcake as feed has been in practice in Kenya and other countries but questions on its safety have been raised. Croton seeds are known to contain various phytochemicals and toxins such as crotin I, crotonic acid and tiglic acid that have deleterious health effects on animals. Notwithstanding the rich nutritional composition of the croton seeds, its safety concerns have limited their utilization as feeds. The croton seeds are rich in both essential fatty acids and protein whereas the residual seedcake is only rich in protein. However, the seedcake has toxic phytochemicals that include cardiac glycocides, alkaloids, phorbal esters and many others which are injurious to the animals and could result in death. Detoxification of the seedcakes poses a breakthrough for their use in poultry feeding. However, such techniques should not reduce the rich nutritional property of these seeds. This review focuses on the utilization of croton seedcake as a possible animal feed, documenting breakthroughs and limitations of the practice
URI
https://www.researchgate.net/profile/Joshua_Ombaka/publication/335542789_UTILIZATION_OF_CROTON_SEED_AS_A_POSSIBLE_ANIMAL_FEED_A_REVIEW/links/5d6cd18992851c8538859314/UTILIZATION-OF-CROTON-SEED-AS-A-POSSIBLE-ANIMAL-FEED-A-REVIEW.pdfhttp://erepository.uonbi.ac.ke/handle/11295/152821
Citation
Owade, J. O., ChK, G., & Abong, G. O. (2019). Utilization of croton seed as a possible animal feed: a review. Online J. Anim. Feed Res, 9(4), 178-186.Publisher
Online J. Anim. Feed Res