Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus

The aim of the study were to find: 1)The effect of high intakes of dietary fiber on iron absorption and haemoglobin regeneration efficiency percentages, through combination of pH 4 and 7 with length of boiling time of 0 (raw), 5, 15, and 25 minutes. 2)The role of iron binding to dietary fiber on ha...

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Main Author: Leny Yuanita
Format: Article
Language:English
Published: Indonesian Biological Society 2012-02-01
Series:Journal of Biological Researches
Subjects:
pH
Online Access:http://berkalahayati.org/journal/85e19f20
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spelling doaj-cfb0cfe5a1294894a303c15407ee9b112020-11-24T21:32:08ZengIndonesian Biological SocietyJournal of Biological Researches0852-68342337-389X2012-02-0111151110.23869/bphjbr.11.1.20052Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicusLeny Yuanita0Jurusan Kimia FMIPA Universitas Negeri SurabayaThe aim of the study were to find: 1)The effect of high intakes of dietary fiber on iron absorption and haemoglobin regeneration efficiency percentages, through combination of pH 4 and 7 with length of boiling time of 0 (raw), 5, 15, and 25 minutes. 2)The role of iron binding to dietary fiber on haemoglobin regeneration efficiency. The experiment involved yard long beans and 110 of male Rattusnorvegicus (Wistar strains) as dietary fiber sources and animal model resp-ectively. The results revealed that: 1) High intakes of yard long bean fiber will decreased iron absorption and haemoglobin regeneration efficiency. pH, boiling time and its interaction affected on iron absorption and haemoglobin regeneration efficiency (p < 0,05). On dietary fiber treatment, the highest iron absorption and haemoglobin regeneration efficiency at raw- pH 4 were higher than standard feeding treatment; while the lowest at pH 7- boiling time 5 minutes treatment. The treatment’s results at raw-pH 7 and pH4- boiling time 25 minutes were identical with standard feeding treatment. 2) An increasand decrease of boiling time and pH respectively increased iron absorption and haemoglobin regeneration efficiency, due to a decrease of iron binding to dietary fiber. The same results also occurred with non boiling treatment (raw condition) due to the role of exhancer substances on iron non heme absorption. http://berkalahayati.org/journal/85e19f20dietary fiberiron absorptionhaemoglobin regeneration efficiencypHboiling time
collection DOAJ
language English
format Article
sources DOAJ
author Leny Yuanita
spellingShingle Leny Yuanita
Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
Journal of Biological Researches
dietary fiber
iron absorption
haemoglobin regeneration efficiency
pH
boiling time
author_facet Leny Yuanita
author_sort Leny Yuanita
title Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
title_short Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
title_full Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
title_fullStr Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
title_full_unstemmed Pengaruh diet tinggi serat pangan terhadap absorpsi Fe dan efisiensi regenerasi Hb Rattus norvegicus
title_sort pengaruh diet tinggi serat pangan terhadap absorpsi fe dan efisiensi regenerasi hb rattus norvegicus
publisher Indonesian Biological Society
series Journal of Biological Researches
issn 0852-6834
2337-389X
publishDate 2012-02-01
description The aim of the study were to find: 1)The effect of high intakes of dietary fiber on iron absorption and haemoglobin regeneration efficiency percentages, through combination of pH 4 and 7 with length of boiling time of 0 (raw), 5, 15, and 25 minutes. 2)The role of iron binding to dietary fiber on haemoglobin regeneration efficiency. The experiment involved yard long beans and 110 of male Rattusnorvegicus (Wistar strains) as dietary fiber sources and animal model resp-ectively. The results revealed that: 1) High intakes of yard long bean fiber will decreased iron absorption and haemoglobin regeneration efficiency. pH, boiling time and its interaction affected on iron absorption and haemoglobin regeneration efficiency (p < 0,05). On dietary fiber treatment, the highest iron absorption and haemoglobin regeneration efficiency at raw- pH 4 were higher than standard feeding treatment; while the lowest at pH 7- boiling time 5 minutes treatment. The treatment’s results at raw-pH 7 and pH4- boiling time 25 minutes were identical with standard feeding treatment. 2) An increasand decrease of boiling time and pH respectively increased iron absorption and haemoglobin regeneration efficiency, due to a decrease of iron binding to dietary fiber. The same results also occurred with non boiling treatment (raw condition) due to the role of exhancer substances on iron non heme absorption.
topic dietary fiber
iron absorption
haemoglobin regeneration efficiency
pH
boiling time
url http://berkalahayati.org/journal/85e19f20
work_keys_str_mv AT lenyyuanita pengaruhdiettinggiseratpanganterhadapabsorpsifedanefisiensiregenerasihbrattusnorvegicus
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