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| 4102 |
3:45 PM | Development of a simple chairside system to assess salivary parameters
L.J. WALSH, University of Queensland, Brisbane, Australia |
| 4103 |
4:00 PM | Human Salivary Anionic Composition Determined by Ion Chromatography
Z.F. CHEN, B.W. DARVELL, and V.W.-H. LEUNG, The University of Hong Kong, Victoria, Hong Kong |
| 4104 |
4:15 PM | Individual variation of mucin concentration in human saliva
P.A. DENNY, W. WU, and P.C. DENNY, University of Southern California, Los Angeles, USA |
| 4105 |
4:30 PM | Saliva reflects changes in bone metabolism of pregnant women
L.A. SEWÓN1, M.A. LAINE1, S.M. KARJALAINEN1, M. LEHTONEN-VEROMAA2, and A. DOROGUINSKAIA1, 1Institute of Dentistry, University of Turku, Finland, 2Public Health Center of Raisio, Finland |
| 4106 |
4:45 PM | The Effect of Cigarette Smoke on Oral Peroxidase Activity of Human Saliva – The Role of Hydrocyanic Acid
A. REZNICK, I. KLEIN, and R. NAGLER, Rambam Medical Center, Timrat, Israel |
| 4107 |
5:00 PM | The use of salivary c-erbB-2 to detect breast cancer in women: A breakthrough in salivary diagnostics
C.F. STRECKFUS, L.G. BIGLER, and L.B. COPELAND, University of Mississippi Medical Center, Jackson, USA |
| 4108 |
5:15 PM | Oxidation of Salivary Trimethylamine by Oral Spray Peroxo-Adducts
M. GROOTVELD, C. SILWOOD, E. LYNCH, and M. TURNER, Queens University, Belfast, United Kingdom |
| 4109 |
5:30 PM | Oxidative Modification of Salivary Biomolecules with Therapeutic Levels of Ozone
A. CLAXSON, C. SMITH, M. TURNER, C. SILWOOD, E. LYNCH, and M. GROOTVELD, Queens University, Belfast, United Kingdom |
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