Treating Lead Toxicity: Possibilities beyond Synthetic Chelation

Lead, a ubiquitous metal, is one of the most abundant elements present on earth. Its easy availability and cost effectiveness made it an extremely popular component in the industrial revolution. However, its hazardous health effects were not considered at the time. Over the last few decades, with th...

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Main Authors: Shambhavi Tannir, Venkatesh Thuppil
Format: Article
Language:English
Published: Krishna Institute of Medical Sciences University 2013-01-01
Series:Journal of Krishna Institute of Medical Sciences University
Subjects:
tea
Online Access:http://www.jkimsu.com/jkimsu-vol2no1/jkimsu%20vol%202%20no%201%20jan%20-%20june%202013,%204-31.pdf
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spelling doaj-7f518b79c6f341e1b1225b1a6ee2de152020-11-24T22:16:52ZengKrishna Institute of Medical Sciences UniversityJournal of Krishna Institute of Medical Sciences University2231-42612013-01-0102010431Treating Lead Toxicity: Possibilities beyond Synthetic ChelationShambhavi TannirVenkatesh ThuppilLead, a ubiquitous metal, is one of the most abundant elements present on earth. Its easy availability and cost effectiveness made it an extremely popular component in the industrial revolution. However, its hazardous health effects were not considered at the time. Over the last few decades, with the adverse effects of lead coming to the forefront, nations across the world have started to recognize and treat lead toxicity. The most reliable and used method until now has been chelation therapy. Recent research has suggested the use of natural products and sources to treat lead poisoning with minimal or no side effects. This review has tried to summarize a few of the natural products/sources being investigated by various groups.http://www.jkimsu.com/jkimsu-vol2no1/jkimsu%20vol%202%20no%201%20jan%20-%20june%202013,%204-31.pdfOxidative stressantioxidantsside effects of chelationcorianderteagarlicturmericgingeramlaascorbic acidallicinflavonoidscatechins.
collection DOAJ
language English
format Article
sources DOAJ
author Shambhavi Tannir
Venkatesh Thuppil
spellingShingle Shambhavi Tannir
Venkatesh Thuppil
Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
Journal of Krishna Institute of Medical Sciences University
Oxidative stress
antioxidants
side effects of chelation
coriander
tea
garlic
turmeric
ginger
amla
ascorbic acid
allicin
flavonoids
catechins.
author_facet Shambhavi Tannir
Venkatesh Thuppil
author_sort Shambhavi Tannir
title Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
title_short Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
title_full Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
title_fullStr Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
title_full_unstemmed Treating Lead Toxicity: Possibilities beyond Synthetic Chelation
title_sort treating lead toxicity: possibilities beyond synthetic chelation
publisher Krishna Institute of Medical Sciences University
series Journal of Krishna Institute of Medical Sciences University
issn 2231-4261
publishDate 2013-01-01
description Lead, a ubiquitous metal, is one of the most abundant elements present on earth. Its easy availability and cost effectiveness made it an extremely popular component in the industrial revolution. However, its hazardous health effects were not considered at the time. Over the last few decades, with the adverse effects of lead coming to the forefront, nations across the world have started to recognize and treat lead toxicity. The most reliable and used method until now has been chelation therapy. Recent research has suggested the use of natural products and sources to treat lead poisoning with minimal or no side effects. This review has tried to summarize a few of the natural products/sources being investigated by various groups.
topic Oxidative stress
antioxidants
side effects of chelation
coriander
tea
garlic
turmeric
ginger
amla
ascorbic acid
allicin
flavonoids
catechins.
url http://www.jkimsu.com/jkimsu-vol2no1/jkimsu%20vol%202%20no%201%20jan%20-%20june%202013,%204-31.pdf
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