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Journal : Mediagro

KADAR PROTEIN, KADAR LEMAK, KADAR AIR, DAN TOTAL MIKROBA BAKSO DAGING SAPI YANG DIOLAH DENGAN PENGENYAL TEPUNG KELADI, TEPUNG TAPIOKA DAN ASAP CAIR TEMPURUNG KELAPA Sukisman Abdul Halid; Abdul Rahim; Minarny Gobel; If'all If'all
MEDIAGRO Vol 19, No 2 (2023): MEDIAGRO
Publisher : Universitas Wahid Hasyim

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31942/mediagro.v19i2.8438

Abstract

The lifestyle and eating patterns of the community make residents more demanding for instant food products and guaranteed food safety for consumption. One of the foodstuffs that are in great demand by the public is beef meatballs. The process of making meatballs generally uses ingredients a tapioca starch thickener that can create meatballs with the characteristics of taste, chewy, compact, and juicy that are favored by consumer .In addition to the use of tapioca flour as a meatball thickener, it is necessary to look for other thickening agents as a meatball thickener, namely taro flour as a safe alternative to use as a natural thickener in the manufacture of meatballs. In this research, an analysis of the physical and chemical properties was attempted, including protein content, fat content, water content, as well as an analysis of the total microbial( Total Palte Count/ TPC) beef meatballs processed with taro flour, tapioca flour, and coconut shell liquid smoke. The results showed that the highest protein content was obtained in the B2 meatball sample, namely 12, 22+ 0. 12% and the lowest was obtained in the B3 meatball sample, which was 9. 11+ 0. 54%, the highest fat content was obtained in the B2 sample code, namely 0, 24+ 0, 01% and the lowest was obtained in sample code B4 of 0, 17+ 0, 01%, the highest water content obtained in sample code B1 of 76, 10+ 0. 67%, and the lowest was obtained in sample code B0( control) of 70, 20+ 0. 03%, and the highest average total number of microbes was obtained in sample code B4 which was 5, 92+ 0. 12 log cfu/ gr, and the lowest was obtained at sample code B1 of 0. 07+ 0. 07 log cfu/ gr.
Co-Authors A. Lanyala, Ilham Abd Hamid Abdul Hadid Abdul Halid Abdul Rahman ADHI SAPUTRA Adhi Saputra Akbar Akbar Amalia Noviyanty Amalia Noviyanty Andri Anggraeni Dwi Pangesti Anthon Monde Arifuddin Lamusa Asnani Asnani Asrawaty Asrawaty Asrawaty, Asrawaty Asriani Hasanuddin Badrin Badrin Baharuddin Baharuddin Chitra Anggraeni Salingkat Chitra Anggriani Salingkat Chitra Anggriany Salingkat Delfrin Poliwa Desi Wahyuni Arsih Diky Gunawan Suwiryono Diky Gunawan Suwiyono Eko Priyantono Eko Rusmanto Farid Farid Gatot S. Hutomo Gatot S. Hutomo Gatot Siswo Hutomo Gatot Siswo Hutomo Gatot Siswo Hutomo Gatot Siswo Hutomo Gatot Siswo Hutomo Haryadi Haryadi Haryadi Haryadi Herlianti Herlianti Herwanto Wasmun Hidayat, Alif I Kadek Agus Heriawan I Nyoman Partayasa If'all, If'all Ilham A. Lanyala Irmayanti Irwan Lakani Ismail Jugni Hadiustri Agape Jusman, Jusman Khusnul Hatimah Korompot, Siti Maimuna Laurencia Br. Manurung, Dewi Sartika Made Antara Made Krisna Laksmayani Made Krisna Laksmayani Made Tangkas Mappiratu Mappiratu Minarny Gobel Minarny Gobel Moh. Darwis Mohammad Deden Muh. Misbahul Munir Muhammad Fawzul Alif Nugroho Muhammad Iqbal Muhardi Muhardi Muhd. Nur Sangadji Munir, Muh. Misbahul Mutmainah Mutmainah Naomi Uli Arta Siagian Nur Alam Nur Alam Nur Alam Nur Alam Nurfathia Djau Partayasa, I nyoman Ponirin Ponirin Ponirin Ponirin Ponirin Pratiwi Pratiwi Pratiwi, Yuliani Putri Andini Rahmat Muhajir Rahmi, Rahmi Rizal Rizal Rizal Rizal Rizki Anandar Rosmianti Rostiati Dg Rahmatu Rostiati Dg. Rahmatu Rusmanto, Eko Sakka Samudin Septian Palma Ariany Shahabuddin Saleh Siti Maemunah Sitti Marwiah Sri Ayu Sukisman Abdul Halid Sukmawati, Sukmawati Syahraeni Kadir Syahreni Kadir Syamsuddin Laude Syamsudin laude Umar Santoso Usman Made Victoryos Metoli Wasmun, Herwanto Yudha Kurniawan Yuliani Pratiwi Yuniarti L. Imran yunita, Haerina ⁠Muhammad Fawzul Alif Nugroho ⁠Syahraeni Kadir