Sebecić Blazenka, Dragojević I Vedrina, Horvatić M
Faculty of Pharmacy and Biochemistry, Department of Food Chemistry, A. Kovacića 1, 10000 Zagreb, Croatia.
Nahrung. 2002 Jun;46(3):200-3. doi: 10.1002/1521-3803(20020501)46:3<200::AID-FOOD200>3.0.CO;2-O.
To evaluate some wheat flour based hard biscuits produced in Croatia with regard to their Fe and Mn contents and thereby their functionality, Fe and Mn are determined by cold-vapor atomic absorption spectrometry (CVAAS) in seven biscuits: classic white wheat flour biscuits and in dietetic biscuits enriched with whole wheat grain flour or whole wheat grain grits, soya flour and milk. Presented data show that Fe contents in seven analyzed biscuits range from 9.32 up to 24.80 mg/kg while Mn contents range from 3.76-16.37 mg/kg depending on type and share of cereal milling products and mineral content of other raw materials used. Thus, enriched biscuits produced from wheat flour type 850 and whole wheat grain flour, having the highest concentrations of Fe and Mn, were about 150% and 250%, respectively, richer in those elements in comparison with classic white flour biscuits of Petit Beurre type. Data show that wheat flour based hard biscuits, particularly enriched biscuits, can be considered as a good additional source of Fe and Mn in diets.
为评估克罗地亚生产的一些以小麦粉为基础的硬饼干的铁和锰含量及其功能,采用冷蒸气原子吸收光谱法(CVAAS)测定了七种饼干中的铁和锰:经典白小麦粉饼干以及富含全麦粉或全麦粗粒、大豆粉和牛奶的营养饼干。给出的数据表明,根据谷物磨粉产品的类型和比例以及所用其他原材料的矿物质含量,七种分析饼干中的铁含量在9.32至24.80毫克/千克之间,锰含量在3.76至16.37毫克/千克之间。因此,由850型小麦粉和全麦粉制成的强化饼干,铁和锰的浓度最高,与小黄油型经典白面粉饼干相比,这些元素的含量分别高出约150%和250%。数据表明,以小麦粉为基础的硬饼干,特别是强化饼干,可以被视为饮食中铁和锰的良好额外来源。