Analisis Kadar HMF (Hidroxy Methyl Furfural) pada Madu Bone

  • Zakaria Zakaria Jurusan Tarbiyah, Sekolah Tinggi Agama Islam Negeri Watampone
    (ID)

Abstract

This study aimed to determine the concentration of HMF ((hydroxy methyl furfural) in Bone honey. Regency Bone with 145.073 ha of forest, of area 4,559 km² honey potential for livestock development. The quality of honey is determined  from the nectar source, geographic location, and the processing technology. HMF concentration is one of the indicators in honey to determine the quality marker and freshness of honey. This research was done in three stages, namely the stage of sample preparation, extraction phase, and phase identification. Stages of sample preparation were performed to determine sampling locations, the determination of the location of the extraction and identification. Extraction is done in analytical chemistry laboratorium Science Faculty, Hasanuddin University. Honey samples were extracted with methanol. The identification process carried out in an integrated laboratory Department of Chemical Science Faculty of Hasanuddin University to obtain the data of UV-Vis, HPLC performed while the data in an integrated laboratory public health, Hasanuddin University. The results obtained by HPLC showed the data HMF concentration of 0.264 mg/kg, while the data obtained by UV-Vis HMF concentration of 0.230 mg/kg. Based on these data concluded that honey Bone has a good quality in terms of content HMF.

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References

Adriana C, Purcarea C, 2011, The Effect Of Thermal Tratament On Fresh Monofloral Honey Types From Bihor County, University of Oradea, Faculty of Environment Protection Oradea.

Almatsier, Sunita, 2004, Prinsip Dasar Ilmu Gizi, Jakarta: Gramedia.

Badan Standarisasi Nasional Indonesia, 2004, Sni-01-3545-2004: Madu, Badan Standarisasi nasional indonesia, Jakarta.

Barra, et al, 2010, Volatile Compounds In Honey Produced In The Central Valley Of Ñuble Province, Chile, Chilean Journal Of Agricultural Research (Online) 70 (1): 75-84 (January-March 2010), diakses 7 September 2013.

Bayraktar, 2011, Investigation Of The Aroma Impact Volatiles In Turkish Pine Honey Samples Produced In Marmaris, Datc¸A And Fethiye Regions By Spme⁄Gc⁄Ms Technique, International Journal of Food Science and Technology (Online), 46: 1060–1065, diakses 7 September 2013.

Harli, M., 2001, Madu yang Asli dan yang Palsu, (online) http://id.shvoong.com, diakses 16 Agustus 2013.

Khalil Ml, Sulaiman Sa, Gan SH. 2010. High 5-Hydroxymethylfurfural Concentration Are Found In Malaysian Honey Samples Stored For More Than One Year. Journal International Food Chem Toxical (online) 48: 2388-2392, diakses 15 Oktober 2013.

Mahmud, A., 2008, Pengembangan Lebah Madu Dalam Rangka Gerakan Pembangunan Masyarakat Di Provinsi Sulawesi Selatan, Dinas Kehutanan Provinsi Sulawesi Selatan, Jurnal Hutan Dan Masyarakat (online) Vol. III No. 1 Mei 2008, 001-110, diakses 5 Nopember 2013.

Molan, P, C., 2006, The Evidence Supporting The Use Of Honey As A Wound Dressing. J. Sci. Lower Extremity Wound (online) 5 (1): 40-54, diakses 15 Oktober 2013.

Suarez, 2010, Contribution Of Honey In Nutrition And Human Health: A Review, Mediterr j nutr metab (online) 3:15–23, diakses 5 Oktober 2013.

Published
2014-07-28
How to Cite
Zakaria, Z. (2014). Analisis Kadar HMF (Hidroxy Methyl Furfural) pada Madu Bone. Al-Kimia, 2(1), 1-10. https://doi.org/10.24252/al-kimia.v2i1.1627
Section
Article
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