Publikacje
Application of Adenosine Triphosphate-Driven Bioluminescence for Quantification of Plaque Bacteria and Assessment of Oral Hygiene in Children
Pediatric Dentistry 32(3), 195-204 (2010); H Fazilat, R Sauerwein, J McLeod, T Finlayson, E Adam, J Engle, P Gagneja, T Maier, C Machida

Navigating Risk Assessment
May 2010, Allison DiMatteo, BA, MPS

Dental Caries: A pH Mediated Disease

OHSU Pediatric ATP Study

Application of Adenosine Triphosphate-Driven Bioluminescence for Quantification of Plaque Bacteria and Assessment of Oral Hygiene in Children
Pediatric Dentistry 32(3), 195-204 (2010); H Fazilat, R Sauerwein, J McLeod, T Finlayson, E Adam, J Engle, P Gagneja, T Maier, C Machida

ATP Bioluminescence: Quantitative Assessment of Plaque Bacteria Surrounding Orthodontic Appliances; R Sauerwein, P Pellegrini, T Finlayson, J Kimmell, I Kasimi, D Covell Jr, T Maier, CA Machida, Oregon Health and Science University, Portland, USA
ATP Bioluminescence: Quantitative Assessment of Plaque Bacteria Surrounding Orthodontic Appliances; R Sauerwein, P Pellegrini, T Finlayson, J Kimmell, I Kasimi, D Covell Jr, T Maier, CA Machida, Oregon Health and Science University, Portland, USA
Plaque Retention by Self-Ligating vs Elastomeric Orthodontic Brackets: Quantitative Comparison of Oral Bacteria and Detection with Adenosine Triphosphate-Driven Bioluminescence, P Pellegrini, R Sauerwein, T Finlayson, J McLeod, D Covell Jr, T Maier, CA Machida; American Journal of Orthodontics and Dentofacial Orthopedics, April 2009
Griffith University Study - Results coming soon!

OHSU ATP Validation Study - Results coming soon!

Oral Biofilm Activity, Culture Testing and Caries Experience in School Children; K B Hallett, P K O'Rourke; Royal Children's Hospital, QLD Institute of Medical Research, Brisbane, Australia, 2009

Publikacje

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