为骨密度受损的遗传易感性消费者开发富含钙的黑麦面包技术

I. Nikitin, S. Terentev, M. Klokonos
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引用次数: 0

摘要

本文提出了确定违反骨密度倾向的营养摄入的具体规范,建立考虑到引入额外的倍增因素。在开发推荐用于骨密度失调(MDD)遗传易感性人群营养的黑麦烘焙产品时,可以使用传统和非传统类型的原材料,包括动物来源的原材料。乳清干酪是一种很有前途的原料,可以扩大黑麦烘焙产品的范围。本文介绍了开发钙强化面包的研究结果,推荐用于具有遗传易感性的人的营养受损的骨矿物质密度。通过对成品面包样品质量指标的研究,确定了乳清干酪与面粉质量的最佳配比为25%。与对照样品相比,这种面包的特点是钙含量增加了70%,以及其他与骨组织形成有关的营养素:磷含量增加了30%,硒含量增加了45%,锌含量增加了29%,维生素A含量增加了90%。这项研究得到了世界一流的科学和教育中心“俄罗斯北极:新材料,新技术和研究方法”的支持,并得到了RFBR资助20-316-90043的支持“为易违反矿物质骨密度和骨质疏松症发展的消费者设计个性化营养产品和饮食的方法和方法的证实”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of technology of rye wheat bread, enriched with calcium for consumers with a genetic predisposition to impaired bone mineral density
The  article  presents  specific  norms  of  nutrient  intake  in  identifying  a  predisposition  to  a  violation  of  bone  mineral  density,  established  taking  into  account  the  introduction  of  additional  multiplying  factors. When  developing  rye-wheat  bakery  products  recommended  for  nutrition  of  persons  with  a  genetic  predisposition  to  bone  mineral  density  disorders  (MDD),  both  traditional  and  non-traditional  types  of  raw  materials,  including  those  of  animal  origin,  can  be  used. A  promising  ingredient  for  expanding  the  range  of  rye-wheat  bakery  products  is  ricotta  whey  cheese. The  article  presents  the  results  of  research  on  the  development  of  calcium fortified  bread  recommended  for  the  nutrition  of  persons  with  a  genetic  predisposition  to  impaired  bone  mineral  density. Based  on  studies  of  the  quality  indicators  of  finished  bread  samples,  the  optimal  ratio  of  ricotta  to  flour  mass  was  established,  which  was  25 %.  The  developed  bread  was  characterized  by  an  increased  content  of  calcium  by  70 %  compared  to  the  control  sample,  as  well  as  other  nutrients  in volved  in  the  formation  of  bone  tissue:  phosphorus  – by  30 %,  selenium  –  by  45 %,  zinc  –  by  29 %,  vitamin  A  –  by  90 %. The  study  was  supported  by  the  world class  scientific  and  educational  center  «The  Russian  Arctic:  new  materials,  technologies  and  research  methods»  and  with  the  support  of  the  RFBR  grant  20-316-90043  «Sub-stantiation  of  approaches  and  development  of  a  methodology  for  designing  products  and  diets  of  personalized  nutrition  for  consumers  with  a  predisposition  to  violation  of  the  mineral  bone  density  and  the  development  of  osteoporosis».
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