Keunggulan tepung porang (Amorphophallus konjac) adalah memiliki kandungan serat tinggi, terutama pembubaran serat. Selain itu, tepung ini memiliki kemampuan menyerap air dan bisa membentuk gel yang bisa meningkatkan kelenturan pada mie basah. Rumusan masalahnya adalah bagaimana jika tepung porang digunakan sebagai ramuan dalam pembuatan mie basah, apakah mie basah yang terbuat dari tepung porang lebih disukai oleh konsumen? Penggantian tepung porang ternyata memberikan pengaruh yang signifikan terhadap kandungan air, protein, lemak, karbohidrat dan abu mie basah. Mie dengan lebih banyak tepung porang tersubstitusi, maka kadar air, kadar lemak dan kadar abu meningkat, sementara kadar protein dan karbohidrat menurun. Hasil uji organoleptik yang menggambarkan tingkat preferensi konsumen terhadap mie basah yang dimasak yang dihasilkan, menunjukkan bahwa tepung substitusi porang sampai 15% tekstur dan warna lebih disukai oleh konsumen. Untuk penyedap, substitusi tepung porang 10% masih disukai konsumen dengan frekuensi 40%, sedangkan tepung substitusi porang di atas 10% hanya beberapa negara bagian seperti aroma mie basah yang dihasilkan.Kata kunci: Tingkat kesukaan, mie basah, tepung porang

Mung bean (Phaseolus radiatus L.) is one kind of nuts that have been widely knownthroughout the community. Mung beans contain high nutrient value, so it has the potential to bedeveloped into refined products such example is a highly nutritious vegetable milk. This studyaims to determine the effect of age of sprouts and Na-CMC concentration on the quality of milkproduced mung bean sprouts. The research method using a randomized block design (RBD),which consists of two factors and factorial arranged. The first factor is the age of sprouts (K)which sprouts 12 hours, 24 hours and 36 hours. While the second factor is the concentration ofNa-CMC (N) of 0.2%, 0.3% and 0.4%. From each treatment was repeated three times. Analysisthat used to milk mung bean sprouts are the levels of protein, vitamin C, fat content, viscosity andorganoleptic test consists of aroma, flavor and color.The results showed that there was no significant interaction between the two levels of afactor. At the age of sprouts showed treatment differences were highly significant effect on levelsof protein, vitamin C and viscosity, but did not show significant differences in the effects on fatcontent. While treatment concentrations of Na-CMC manunjukkan no significant difference in theeffect of the protein content, vitamin C, fat content and viscosity, but the addition of Na-CMCconcentration can increase the viscosity of milk. Organoleptic assessment results showed that thetreatment of the aroma that gets the highest percentage was K1N1 (sprouts aged 12 hours at aconcentration of 0.2% Na-CMC), treatment K1N3 (sprouts aged 12 hours at a concentration ofNa-CMC 0.4%) received the highest percentage the flavor while for the color treatment that getsthe highest percentage was K1N3 (age sprouts 12 hours with concentrations of Na-CMC 0.4%)and K2N3 (age sprouts 24 hours with concentrations of Na-CMC 0.4%).Kata kunci: kacang hijau, susu kecambah kacang hijau, umur kecambah, kosentrasi Na-CMC

Hazard analysis and critical control point (HACCP) is a preventive system to ensure food safety. This enables product protection and error correction, reduces costs due to quality defects and reduces overcontrol of the final product. Collecting data using in-depth interviews, field observations, and study of documents owned by the research object. The HACCP system is applied to the noni juice production line in UD Manjur Makmur Lumajang. this small industry is seeking marketing approval from the BPOM (Food and Drug Supervisory Agency). Therefore, in order to follow the HACCP concept and ensure the safety of the food produced, some changes are required in the production process. Determination of critical control points (CCP) has focused on activities that are considered critical to pose a hazard, critical limits at each critical control point have also been determined The main hazards found were in sorting, seal opening and pouring in a press. The application of the HACCP principle will enable more accurate control of the noni juice production process.

Marine beef is a meat product that has been fat dissolved so that the protein is a major part of the product. Marine beef dry form solid and hydrophilic, has a different performance from the base ingredients, but still contains nutrients according to the characteristics of the original. Weakness marine beef products is shaped in the form of flour so it does not allow for direct consumption. Suweg addition of flour mixture and emulsifier in the manufacturing process can serve as a regulator of the water content, hardness and adhesion to produce a final product that is more compact and high taste. This study aims to determine how optimal levels suweg flour and Na-CMC can be added to marine beef in order to obtain dry products based marine beef with the physical properties, the speed of rehydration and sensory properties that aroma, flavor and texture is good and acceptable to consumers. Treatment of dry meatballs are rich in protein from marine beef with the addition of flour suweg 15% and 1% Na-CMC is the best treatment with the shortest rehidrated pace with time 130 seconds at a temperature of boiling water and the scent of the most preferred by the panelists organoleptic test.Key word: marine beef, protein rich meatballs, suweg, Na-CMC

One of the variant of Morinda citrifolia fruit drink is called noni juice and known as Noni Super Power’s brand name at UD Manjur Makmur. This beverage is naturally fermented by spontaneous fermentation at 28-30°C during six months in a bottle that has been cleaned and tightly closed. During the marketing process to consumers, the design packaging of noni drink is needed to attract consumers buying. Meanwhile, the primary packaging of noni juice at UD Manjur Makmur is less attractive to consumers, there is also no secondary and tertiary packaging and it became the product's packaging weakness. So, label and packaging for noni juice products are needed to design to promote product identity and display product visuals to raise the consumers’ interest. This study was conducted to solve these problems. In this research, benchmarking of products, the Guide on Labeling of Processed Food Agency for National Drug and Food Control (2020), and the observation, imitation, modify methodology were applied. This research resulted in the design of primary, secondary, and tertiary packaging for noni fruit juice drinks. Following the benchmarking, the guide of processed food label requirements, and evaluating the packaging and labels (2020), the new design packaging and labels were better than before. As packaging of noni juice, plastic bottles with new design label are used for primary packaging, followed by rectangles (boxes) made from samson paper (size of 6,3 × 6,3 × 18 cm) for secondary packaging, and cardboard boxes made from corrugate (size of 30 × 20 × 40 cm) for tertiary packaging. Furthermore, the new design packaging (especially tertiary packaging) can accommodate a large amount of noni juice bottles during the marketing and distribution of its product. Keywords: consumers’ interest, noni juice, label, packaging