-1</sup>) 及DPPH自由基清除能力 86.83% ,但其亮度和羥自由基清除能力顯著與常壓滲糖 (50min 無顯著差異 (P>0.05 。因此,超聲輔助滲糖( 50min. 更適合百香果果脯的制備。-龍源期刊網(wǎng)" />

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滲糖方式對百香果果脯品質(zhì)特性的影響

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Abstract:Toobtainanoptimal sugar infiltration method forthepreparationof preserved passion fruit,thispaper investigatestheultrasonic-asistedandmicrowave-assistedsugarinfitrationtechnologiesonthesensoryscore,colotexture characteristics,totalsugarcontent,totalphenolcontentandvitroantioxidantcapacityofpreseredpasionfruit,adoptingthe conventional sugar infiltration method as a control.The results show thatthe sensory scores (82.67),hardness (343.02/g) , chewiness (114.31/mJ) ,gelatinization (189.71/g) ,total sugars (58.73%) ,total phenols (3.8mgGAE.g-1) )andDPPHfree radical scavenging ability (86.83%) )ofthepreserved fruitsare increased significantly (P<0.05) by ultrasonic-assisted sugar infiltration method 50min )in comparison with the conventional and wave-assisted technologies,whereas the difference of brightness and hydroxylradical scavenging ability between conventional and ultrasonic group are not significant (P>0.05) : Hence,the ultrasonic-assisted sugar infiltration method ( 50min )is more suitable for the production of preserved passion fruit.

Keywords:Passion fruit; preserved fruit; sugar infiltration method; sugar infiltration time;qualit

百香果(PassifloraedulisSims)學(xué)名西番蓮果,別名雞蛋果、巴西果,為西番蓮科西番蓮屬,因其果汁可散發(fā)出香蕉、檸檬、草莓等多種水果香味而被稱作"百香果"[1,2]。(剩余10362字)

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