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| 1792 | Effects of a limited exposure to fluorides on Candida albicans
S. FLISFISCH, J. MEYER, and T. WALTIMO, University of Basel, Switzerland |
| 1793 | Functional proteins study of Candida albicans from HIV+ children
M.B. PORTELA1, I. SOUZA2, L.F. KNEIPP1, D.S. ALVIANO1, C. HOLANDINO1, T. SOUTO-PADRON1, C.S. ALVIANO1, and R.M.D.A. SOARES1, 1Universidade Federal Do Rio De Janiero, Rio de Janeiro, Brazil, 2Federal University of Rio de Janeiro, Rio de Janeiro, CEP, Brazil |
| 1794 | Histatin-5 Causes ATP Release from Germinated Candida albicans Cells
M.D. CARLISLE, M.M. JEFFERSON, and E.L. THOMAS, University of Tennessee, Memphis, USA |
| 1796 | Inhibitory Effect of Lysozyme and Antifungals against Candida albicans biofilms
Y.H. SAMARANAYAKE, L.P. SAMARANAYAKE, B.P.K. CHEUNG, N. PARAHITIYAWA, J.Y.Y. YAU, and S.K.W. YEUNG, University of Hong Kong, Hong Kong |
| 1797 | Microarray analyses of Candida albicans transporter gene expression with Hst5
K. OKAMOTO-SHIBAYAMA, S. VYLKOVA, and M. EDGERTON, State University of New York - Buffalo, USA |
| 1798 | The Role of the Candida albicans Vacuole During Tissue Invasion
G. PALMER, M. KELLY, and J. STURTEVANT, Louisiana State University, Baton Rouge, USA |
| 1799 | Virulence Characteristics of Candida glabrata in a 3-D Tissue Model
L. LI1, S.W. REDDING2, and A. DONGARI-BAGTZOGLOU1, 1University of Connecticut, Farmington, USA, 2The University of Texas Health Science Center at San Antonio, USA |
| 1800 | Anti-fungal Potential of Paris Polyphylla : Its Effects on Biofilm
L. CHEN, T. SATO, S. KATO, S. KARIYA, S. NAGAO, and R. OHTA, GC Corporation, Tokyo, Japan |
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