Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency

A new plant - based biocomplex has been developed in the form of dietary supplements for prophylaxis and complex treatment. The biocomplex functional properties are determined by biochemical and pharmacological characteristics of its biologically active ingredients: vitamin A, grape seed extract, li...

Full description

Bibliographic Details
Main Authors: E. Y. Lobach, A. N. Austriyevskikh, V. M. Poznyakovsky, E. V. Baimatova
Format: Article
Language:Russian
Published: Maykop State Technological University 2019-06-01
Series:Новые технологии
Subjects:
Online Access:https://newtechology.mkgtu.ru/jour/article/view/264
id doaj-2ceb3769fd0a493592c8bdb0b135672b
record_format Article
spelling doaj-2ceb3769fd0a493592c8bdb0b135672b2021-08-02T09:14:51ZrusMaykop State Technological UniversityНовые технологии2072-09202019-06-0102657710.24411/2072-0920-2019-10207263Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiencyE. Y. Lobach0A. N. Austriyevskikh1V. M. Poznyakovsky2E. V. Baimatova3Kemerovo State University«ArtLife company»Kemerovo State Agricultural InstituteKemerovo State Agricultural InstituteA new plant - based biocomplex has been developed in the form of dietary supplements for prophylaxis and complex treatment. The biocomplex functional properties are determined by biochemical and pharmacological characteristics of its biologically active ingredients: vitamin A, grape seed extract, licorice root, quercetin, lemon balm herb, birch leaves, Pau Darko bark, anise seeds, plantain leaves, linden flowers, bromelain, vitamin C, mullein flowers, Althea root. Matrix tablet technology is used in the manufacture of dietary supplements. The innovativeness of the technology lies in the structure of the tabletted form, consisting of three types of biomer granules, providing controlled speed and prolonged release of active principles and their targeted delivery. Regulated quality indicators, including nutritional value, mg per 1 tablet are established: ascorbic acid - 25; quercetin - 6.25. The study of safety criteria made it possible to determine the sell-by date of 3 years at a temperature not exceeding 250С, in a dry, dark place. The results of clinical studies serve as evidence of the effectiveness and functional orientation of the developed product including it in the diet of patients with chronic obstructive pulmonary disease (COPD). Test materials indicate a positive effect of dietary supplements on the functional state of the bronchi, immunity, resistance to infectious diseases and the effectiveness of traditional treatment of the bronchopulmonary system. An expert assessment and approbation of a specialized product with the inclusion in the Federal Register of dietary supplements have been made.https://newtechology.mkgtu.ru/jour/article/view/264biocomplexherbal ingredientsquality indicatorsfunctional propertiesefficiency
collection DOAJ
language Russian
format Article
sources DOAJ
author E. Y. Lobach
A. N. Austriyevskikh
V. M. Poznyakovsky
E. V. Baimatova
spellingShingle E. Y. Lobach
A. N. Austriyevskikh
V. M. Poznyakovsky
E. V. Baimatova
Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
Новые технологии
biocomplex
herbal ingredients
quality indicators
functional properties
efficiency
author_facet E. Y. Lobach
A. N. Austriyevskikh
V. M. Poznyakovsky
E. V. Baimatova
author_sort E. Y. Lobach
title Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
title_short Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
title_full Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
title_fullStr Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
title_full_unstemmed Plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
title_sort plant-based biocomplex for bronchopulmonary system: indicator quality parameters, efficiency
publisher Maykop State Technological University
series Новые технологии
issn 2072-0920
publishDate 2019-06-01
description A new plant - based biocomplex has been developed in the form of dietary supplements for prophylaxis and complex treatment. The biocomplex functional properties are determined by biochemical and pharmacological characteristics of its biologically active ingredients: vitamin A, grape seed extract, licorice root, quercetin, lemon balm herb, birch leaves, Pau Darko bark, anise seeds, plantain leaves, linden flowers, bromelain, vitamin C, mullein flowers, Althea root. Matrix tablet technology is used in the manufacture of dietary supplements. The innovativeness of the technology lies in the structure of the tabletted form, consisting of three types of biomer granules, providing controlled speed and prolonged release of active principles and their targeted delivery. Regulated quality indicators, including nutritional value, mg per 1 tablet are established: ascorbic acid - 25; quercetin - 6.25. The study of safety criteria made it possible to determine the sell-by date of 3 years at a temperature not exceeding 250С, in a dry, dark place. The results of clinical studies serve as evidence of the effectiveness and functional orientation of the developed product including it in the diet of patients with chronic obstructive pulmonary disease (COPD). Test materials indicate a positive effect of dietary supplements on the functional state of the bronchi, immunity, resistance to infectious diseases and the effectiveness of traditional treatment of the bronchopulmonary system. An expert assessment and approbation of a specialized product with the inclusion in the Federal Register of dietary supplements have been made.
topic biocomplex
herbal ingredients
quality indicators
functional properties
efficiency
url https://newtechology.mkgtu.ru/jour/article/view/264
work_keys_str_mv AT eylobach plantbasedbiocomplexforbronchopulmonarysystemindicatorqualityparametersefficiency
AT anaustriyevskikh plantbasedbiocomplexforbronchopulmonarysystemindicatorqualityparametersefficiency
AT vmpoznyakovsky plantbasedbiocomplexforbronchopulmonarysystemindicatorqualityparametersefficiency
AT evbaimatova plantbasedbiocomplexforbronchopulmonarysystemindicatorqualityparametersefficiency
_version_ 1721235280809164800