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对三种抗性淀粉2(RS2)和抗性淀粉3(RS3)含量不同的马铃薯品种的理化性质进行的比较研究。

Comparative studies on physicochemical properties of three potato varieties different in RS2 and RS3 contents.

作者信息

Zhang Siyan, Cheng Linrun, Gong Wanxin, Huang Jie, Peng Zhangchi, Meng Kaiwei, Zhang Liang, Shu Xiaoli, Wu Dianxing

机构信息

State Key Laboratory of Rice Biology, Key Laboratory of the Ministry of Agriculture for Nuclear-Agricultural Sciences, Zhejiang University, Hangzhou, China.

Institute of Cop Science, Jinhua Academy of Agriculture and Sciences, Jinhua, China.

出版信息

J Sci Food Agric. 2023 Dec;103(15):7712-7720. doi: 10.1002/jsfa.12853. Epub 2023 Jul 26.

Abstract

BACKGROUND

At present, increasing importance has been attracted to healthy food enriched in resistant starch (RS), which has great benefits in health-promoting. Raw potato has rich RS2, whereas most RS2 may become digestible after gelatinization, resulting in few RS being left in processed potato. Breeding potatoes with high RS2 or RS3 or both can meet the demand for various healthy potato products.

RESULTS

There were apparent discrepancies among three potatoes with contrast RS2 and RS3 content in thermal properties, viscosity and digestibility. ZS-5 had the highest RS2 with 50.17% but the lowest RS3 with 3.31%. Meanwhile, ZS-5 had the largest starch granule, the highest proportion of B3, viscosity and hardness, and the highest digestibility. DN303 with the highest content of RS3 (5.08%) had the lowest hardness and fracturability. MG56-42 with both higher RS2 and RS3 content showed the highest resistance to digestion and moderate hardness and fracturability.

CONCLUSION

The present study enriches the potential resources and provides a reliable scientific basis for high RS potatoes breeding. The various features of different potatoes make it possible to screen potatoes according to different demands. © 2023 Society of Chemical Industry.

摘要

背景

目前,富含抗性淀粉(RS)的健康食品越来越受到重视,其对促进健康有很大益处。生土豆含有丰富的RS2,但大多数RS2在糊化后可能会变得易消化,导致加工后的土豆中残留的RS很少。培育具有高RS2或RS3或两者兼有的土豆可以满足各种健康土豆产品的需求。

结果

三种RS2和RS3含量不同的土豆在热性质、粘度和消化率方面存在明显差异。ZS-5的RS2含量最高,为50.17%,但RS3含量最低,为3.31%。同时,ZS-5的淀粉颗粒最大,B3比例最高,粘度和硬度最高,消化率也最高。RS3含量最高(5.08%)的DN303硬度和脆性最低。RS2和RS3含量都较高的MG56-42表现出最高的抗消化性以及适度的硬度和脆性。

结论

本研究丰富了潜在资源,为高RS土豆育种提供了可靠的科学依据。不同土豆的各种特性使得根据不同需求筛选土豆成为可能。© 2023化学工业协会。

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