浓缩苹果消化纤维对面团流变特性的影响

N. M. Derkanosova, A. Stakhurlova, T. V. Ponomareva, M. Vukić, D. Vujadinović
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引用次数: 0

摘要

在配方成分中加入经证实具有生理作用的配料,开发出营养丰富的烘焙产品,属于健康营养领域。根据能量和营养物质生理需求的最新规范,这些成分包括能满足机体对消化纤维需求的原料。在先前发表的研究的延续,干燥和压碎的苹果皮,作为直接压榨果汁技术的次要产品,对面团流变特性的影响进行了研究。将一级小麦粉与苹果皮混合制成浓缩膳食纤维模型。用Brabender拉伸仪测定了面团的物理性质。研究表明,苹果消化纤维浓缩物对面团的稳定性和延展性有显著影响,并对面团静置过程中这些指标的变化规律有显著影响。由一级小麦粉和营养纤维以90:10和85:15的质量分数混合而成的面团的流变特性表明,要达到烘焙成品的传统形状、孔隙结构和外观是很困难的。因此,需要开发技术参数和推广面包的措施,通过添加10%以上的苹果膳食纤维浓缩物来保证面包在消化纤维方面的功能。
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Influence of the concentrated apple alimentary fiber on the rheological properties of the dough
The  development  of  enriched  bakery  products  by  adding  ingredients  with  proven  physiological  effects  into  recipe  compositions  belongs  to  the  field  of  healthy  nutrition.  In  accordance  with  the  updated  norms  of  the  physiological  needs  for  energy  and  nutrients,  these  ingredients  include  raw  materials  that  can  meet  the  organism  need  for  alimentary  fiber.  In  continuation  of  previously  published  studies,  the  effect  of  dried  and  crushed  apples  husks,  as  a  secondary  product  in  direct pressed  juice  technology,  on  the  rheological  properties  of  the  dough  was  studied.  Model  mixtures  of  first  grade  wheat  flour  and  apple  husks  were  identified  as  dietary  fiber  concentrate.  The  physical  properties  of  dough  were  determined  on  a  Brabender  extensograph.  It  has  been  established  that  the  alimentary  fiber  concentrate  from  apples  has  a  significant  effect  on  the  stability  and  extensibility  of  the  dough , as  well  as  on  the  patterns  of  changes  in  these  indicators  during  the  resting  process.  The  rheological  characteristics  of  dough  from  mixtures  of  first grade  wheat  flour  and  alimentary  fiber  concentrate  at  a  ratio  in  mass  fractions  of  90:10  and  85:15  shows  the  difficulty  of  achieving  the  traditional  shape,  porosity  structure,  and  appearance  of  finished  bakery  products.  Accordingly,  there  are  required  both  the  development  of  technology  parameters  and  measures  of  bread  promotion,  the  functionality  of  which  in  terms  of  alimentary  fiber  is  ensured  by  the  addition  of  more  than  10 %  of  dietary  fiber  concentrate  from  apples.
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