Measuring fluoride in human saliva and water

Background and objective: Fluoride is used to prevent dental caries, and it has been one of the most effective and widespread agents. Fluoride level has been shown in saliva, plaque, and oral soft tissues after use of fluoridated toothpaste that persists at potentially active concentrations for hour...

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Main Authors: Kwestan Muhammad, Salim K. Mohammed, Kamaran Y. Mohammadamin, Victor Kuri
Format: Article
Language:English
Published: Hawler Medical University 2019-08-01
Series:Zanco Journal of Medical Sciences
Subjects:
Online Access:https://zjms.hmu.edu.krd/index.php/zjms/article/view/681/591
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spelling doaj-c89392ee7079462f97193fd845b36bb02020-11-25T02:18:33ZengHawler Medical UniversityZanco Journal of Medical Sciences1995-55881995-55962019-08-01232242246Measuring fluoride in human saliva and waterKwestan Muhammad0Salim K. Mohammed1Kamaran Y. Mohammadamin2Victor Kuri3Hawler Medical UniversityHawler Medical UniversityHawler Medical UniversityPlymouth University, Plymouth, UK.Background and objective: Fluoride is used to prevent dental caries, and it has been one of the most effective and widespread agents. Fluoride level has been shown in saliva, plaque, and oral soft tissues after use of fluoridated toothpaste that persists at potentially active concentrations for hours. This study aimed to evaluate how fluoride in toothpaste intake can affect the salivary fluoride and test fluoride in tap water in the different places of Erbil city. Methods: Forty five volunteers were examined. In the morning after overnight fasting before brushing teeth, the saliva of the subjects (healthy non-smoker adults) was taken before brushing teeth, which was a baseline. After 10 and 20 minutes of washing mouth with water (after brushing), saliva was taken and then the cotton pad was held under the tongue for 5 min. Saliva samples were frozen at -20 Co for later analysis. Tap water samples in different places in Erbil city were analyzed. Results: Toothpaste significantly (P = 0.002) increased salivary fluoride after brushing teeth. The fluoride concentration of tap water in Erbil city was very low at the places that use groundwater. Conclusion: This research indicates that salivary fluoride significantly increases after brushing teeth. The fluoride concentration naturally occurring levels in the tap water in the places where the source is groundwater are not enough.https://zjms.hmu.edu.krd/index.php/zjms/article/view/681/591FluorideDental cariesSaliva
collection DOAJ
language English
format Article
sources DOAJ
author Kwestan Muhammad
Salim K. Mohammed
Kamaran Y. Mohammadamin
Victor Kuri
spellingShingle Kwestan Muhammad
Salim K. Mohammed
Kamaran Y. Mohammadamin
Victor Kuri
Measuring fluoride in human saliva and water
Zanco Journal of Medical Sciences
Fluoride
Dental caries
Saliva
author_facet Kwestan Muhammad
Salim K. Mohammed
Kamaran Y. Mohammadamin
Victor Kuri
author_sort Kwestan Muhammad
title Measuring fluoride in human saliva and water
title_short Measuring fluoride in human saliva and water
title_full Measuring fluoride in human saliva and water
title_fullStr Measuring fluoride in human saliva and water
title_full_unstemmed Measuring fluoride in human saliva and water
title_sort measuring fluoride in human saliva and water
publisher Hawler Medical University
series Zanco Journal of Medical Sciences
issn 1995-5588
1995-5596
publishDate 2019-08-01
description Background and objective: Fluoride is used to prevent dental caries, and it has been one of the most effective and widespread agents. Fluoride level has been shown in saliva, plaque, and oral soft tissues after use of fluoridated toothpaste that persists at potentially active concentrations for hours. This study aimed to evaluate how fluoride in toothpaste intake can affect the salivary fluoride and test fluoride in tap water in the different places of Erbil city. Methods: Forty five volunteers were examined. In the morning after overnight fasting before brushing teeth, the saliva of the subjects (healthy non-smoker adults) was taken before brushing teeth, which was a baseline. After 10 and 20 minutes of washing mouth with water (after brushing), saliva was taken and then the cotton pad was held under the tongue for 5 min. Saliva samples were frozen at -20 Co for later analysis. Tap water samples in different places in Erbil city were analyzed. Results: Toothpaste significantly (P = 0.002) increased salivary fluoride after brushing teeth. The fluoride concentration of tap water in Erbil city was very low at the places that use groundwater. Conclusion: This research indicates that salivary fluoride significantly increases after brushing teeth. The fluoride concentration naturally occurring levels in the tap water in the places where the source is groundwater are not enough.
topic Fluoride
Dental caries
Saliva
url https://zjms.hmu.edu.krd/index.php/zjms/article/view/681/591
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