Vegetable leather pada berbagai perbandingan rumput laut (Eucheuma cottonii) dan daun beluntas (Pluchea indica L.) : evaluasi sifat sensori dan fisik

Chintia Agrefina Brilian, Sussi Astuti, Sri Hidayati, Fibra Nurainy
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Abstract

Vegetable leather can be produced from beluntas leaves which have a high crude fiber content mixed with hydrocolloid compounds such as seaweed (Eucheuma cottonii) as a binder. The purpose of the study was to obtaini a comparison ofi beluntas leavesi and seaweed E. cottonii which produced ithe bestasensory and physical properties of vegetable leather. The studye was arranged in a Completely Randomized Block Design (CRBD) withi 6 levels of treatmenti with a comparison ofi beluntas leavesi and seaweed  (Eucheuma cottonii) i.e. 30%:70%; 40%:60%; 50%:50%; 60%:40%; 70%:30% and 80%:20% and 4 repetitions. The data homogeneity and additivity were tested using Bartletti and Tukey tests, then analyzed for varianceeand further itested with LeastaSignificant Difference (LSD) at 5% level. The resultsdshowed the comparison of 30% beluntas leaves : 70% seaweed was found to be the best treatment, which resulted in a texture score of 4.55 (compact), aroma score of 4.30 (not scented with beluntas leaves), taste score of 4.83 (like), color score 4.55 (blackish green) and overall acceptance score 4.42 (like), physical test tensileestrength of 9.43 MPa, percent elongationpof 1.34% and thickness of 0.13 mm. The moisture content of the best vegetable leather was 13.34%, ash content was 19.74%, fat content was 1.29%, protein content was 13.14%, and antioxidant activity was 1576.14 ppm.
海藻(学名Eucheuma cottonii)和鳞茎叶(学名Pluchea indica L)比较植物皮质:对感官和身体特征的评估
植物皮革可以由具有高粗纤维含量的beluntas叶子与水胶体化合物如海藻(Eucheuma cottonii)作为粘合剂混合而成。本研究的目的是比较产生植物皮革的最佳感官和物理性能的白须鲸和棉藻。本研究采用完全随机区组设计(CRBD),共6个处理水平,分别为:30%:70%;40%: 60%;50%: 50%;60%: 40%;70%:30%, 80%:20%,重复4次。采用Bartletti检验和Tukey检验检验数据的同质性和可加性,然后进行方差分析,并在5%水平下进行LSD检验。结果表明,以30%白鳍鱼叶为对照,以70%海藻为最佳处理,其质地评分为4.55(致密),香气评分为4.30(无白鳍鱼叶香味),口感评分为4.83 (like),颜色评分为4.55(墨绿色),总接受评分为4.42 (like),物理测试抗拉强度为9.43 MPa,伸长率为1.34%,厚度为0.13 mm。最佳植物皮含水量为13.34%,灰分含量为19.74%,脂肪含量为1.29%,蛋白质含量为13.14%,抗氧化活性为1576.14 ppm。
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