Relationship of chemical properties of different peanut varieties to peanut butter storage stability

Связь химических свойств различных сортов арахиса со стабильностью арахисовой пасты при хранении
A-na GONG, Ai-min SHI, Hongzhi Liu, Hongwei Yu, Li Liu, Wei‐Jing Lin, Qiang Wang
2018-05-01

centrifugal ratefatty acid compositionhigh oleic peanutspeanut butter storage stabilityperoxide value
This study examined the effect of peanut quality on the storage stability of peanut butter. The quality of 17 varieties of peanuts was analyzed, and each was used to prepare peanut butter. For different storage temperatures and durations, stability of the peanut butter was measured according to three indicators: peroxide value, acid value, and centrifugal rate. The correlation between peanut components and peanut butter storage stability was also investigated. The results indicated significant differences in fatty acid composition between different varieties of peanut. Peanut butter prepared with high oleic peanuts (Kainong 17-15) had a significantly longer shelf life than that of other varieties. The significant correlation between the stability of peanut butter and peanut quality suggests that oleic acid and linoleic acid were the main influencing factors on stability. This study finds that the high oleic peanuts (HOP) is the most suitable variety for making peanut butter, which can allow farmers and processors to choose the specific variety for better product and shelf life.
1
High-oleic peanuts were identified as the most suitable variety for producing peanut butter with improved storage stability.
2
Peanut butter made from the high-oleic variety Kainong 17-15 had a significantly longer shelf life than products from other varieties.
3
Peanut butter stability was significantly correlated with oleic acid and linoleic acid contents, identifying them as major influencing factors.
4
Peanut varieties showed significant differences in fatty acid composition, indicating that raw-material chemistry affects peanut butter storage stability.
5
The study compared 17 peanut varieties and evaluated peanut butter stability using peroxide value, acid value, and centrifugal rate.

Peanut butter prepared from different peanut varieties and stored under varying temperatures and durations

The effects of peanut chemical composition—particularly oleic and linoleic acid content—on peanut butter storage stability and shelf life

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2018-05-01
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Authors
A-na GONG
Ai-min SHI
Hongzhi Liu
Hongwei Yu
Li Liu
Wei‐Jing Lin
Qiang Wang
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