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软化方法对食用槟榔品质的影响

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采用煮、蒸、碱、酸、微波、酶和反复冷冻7种方法软化槟榔,以未软化的样品为对照,研究软化方法对食用槟榔的咀嚼性、碎渣性、槟榔碱含量、TPA(质构分析)测试、五针穿刺测试和味觉指标的影响.结果表明:蒸(88.1分)、碱(85.3分)和微波(83.2分)的咀嚼性得分最高;对照(84.7分)、煮(80.7分)和冷冻(78.8分)的碎渣性得分最高;对照(4.90%)、冷冻(4.49%)、碱(4.17%)和酸(4.14%)的槟榔碱含量较高;从TPA测试结果看,酶、微波、蒸和碱的软化效果最好;从五针穿刺测试结果看,微波、碱、酸、酶和蒸的软化效果最好;从味觉指标分析看,煮和蒸可以去酸、苦、涩,但是会降低鲜味,微波和冷冻对风味几乎没影响,碱可以去酸、增咸和增鲜,但是会带来苦和涩,酸会给槟榔带来酸和苦,酶对去酸和涩有轻微作用.综合来看,蒸、微波、酶和碱处理具有软化效果显著、对风味影响较小等特点,更适合应用于实际生产.
Effects of different softening methods on quality of edible areca
7 kinds of methods,such as boiling,steaming,alkali,acid,microwave,enzyme and repeated freezing,were used to soft the edible areca.Comparing to the control group,studied the effects of different softening methods on chewiness,slagging,arecoline content,TPA test,five needles puncturing test and taste index of edible areca.Results:steaming (88.1 points),alkali (85.3 points) and microwave (83.2 points) had the highest chewiness score;control (84.7points),boiling (80.7 points) and freezing (78.8 points) had the highest slaggingscore;control (4.90 %),freezing (4.49 %),alkali (4.17%) and acid (4.14%) had the higher content of arecoline;TPA result showed that enzyme,microwave,steaming and alkali had the best softening effect;from the five needle puncturing test,microwave,alkali,acid,enzyme and steaming had the best softening effect;the taste index analysis showed that boiling and steaming can remove acid,bitterness and astringency,but will reduce the umami,microwave and freezing had little influence on flavor,the alkali can remove acids,increase saltinessand umami,but will bring the bitterness and astringency,while acid bring the acid and bitterness,and enzyme have slight effect on remove acid and astringency.In summary,steaming,microwave,enzyme and alkali have the characteristics of softening effect and little influence on flavor,which is more suitable for practical production.

edible arecasofteningchewinessarecoline

赵志友、巢雨舟、袁思颂、柳毅、肖东、夏延斌

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湖南宾之郎食品科技有限公司工程技术研究中心,湖南湘潭411201

湘潭市食用槟榔工程技术研究中心,湖南湘潭411201

湖南省槟榔产业技术创新战略联盟理事长单位,湖南湘潭411201

湖南农业大学食品科学技术学院,湖南长沙410128

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食用槟榔 软化 咀嚼性 槟榔碱

湘潭市重点科技计划项目湖南省科技计划项目

NY-ZJ20161002430S00005/2017-42642

2017

食品与机械
长沙理工大学

食品与机械

CSTPCDCSCD北大核心
影响因子:0.89
ISSN:1003-5788
年,卷(期):2017.33(7)
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