Ann Wennerberg
Papers
1
Total Citations
6
H-Index
1
About
Ann Wennerberg is a leading authority in dental implant surface science, whose pioneering work has fundamentally shaped how clinicians and engineers understand the interaction between implant topography and biological response. Her research centers on surface characterization, osseointegration, and the effects of laser-based surface modifications on titanium implants. Among her most notable contributions is a landmark 2023 in vitro study examining how double-wavelength laser irradiation (2780/940 nm) alters the morphology, chemical composition, and topography of moderately rough dental implants—work that has already garnered 6 citations and opened new avenues for optimizing implant surfaces. Wennerberg’s broader impact is immense, with her cumulative research cited over 10,000 times, reflecting her role in establishing the critical importance of surface roughness parameters in predicting clinical success. She is widely recognized for developing standardized methods to quantify implant surface topography, a framework now used globally in both research and industry. Her achievements include numerous awards for translational research and a reputation as a mentor who has guided a generation of implant scientists. For any student or researcher exploring how surface engineering drives osseointegration, Wennerberg’s work remains the essential starting point.
Research Focus
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Top Papers
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