Fluoride (F) concentration in stimulated human parotid saliva was independent of flow rate. The F level in unstimulated saliva was significantly higher than in the stimulated secretion and increased almost tenfold after oral administration of 10 mg F. A significant increase in F level persisted even after 24 hours. Maintenance of increased levels of F in saliva for such periods could serve as a protective function for the teeth.
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References
1.
Grøn, P. ; Mccann, H.G.; and Brudevold , F.: The Direct Determination of Fluoride in Human Saliva by a Fluoride Electrode , Arch Oral Biol13: 203-213, 1968.
2.
Shannon, I.L.; Suddick, R.P.; and Edmonds, E.J.: Effect of Rate of Gland Function on Parotid Saliva Fluoride Concentration in the Human, Caries Res7: 1-10, 1973.
3.
Shannon, I.L., and Edmonds, E.J.: Effect of Fluoride Dosage on Human Parotid Saliva Fluoride Levels , Arch Oral Biol17: 1303-1309, 1972 .
4.
Shannon, I.L., and Chauncey, H.H.: A Parotid Fluid Collection Device with Improved Stability Characteristics , J Oral Ther49:93-97, 1967.
5.
Singer, L.; Armstrong, W.D.; and Vogel, J.J.: Laboratory Methods: Determination of Fluoride Content of Urine by Electrode Potential Measurements, J Lab Clin Med74: 354-358, 1969.
6.
Shannon, I.L. ; Suddick, R.P.; and Chauncey , H.H.: Effect of Atropine-Induced Flow Rate Depression on the Composition of Unstimulated Human Parotid Fluid , Arch Oral Biol14: 761-770, 1969.
7.
Shannon, I.L. , and Suddick, R.P.: Effects of Light and Darkness on Human Parotid Saliva Flow Rate and Chemical Composition, Arch Oral Biol18: 601-608, 1973.
