OBH: Photobiomodulation
Class IV Laser Parameters, Mitochondrial Cytochrome C & Dosing
Instant digital access. Complete on your schedule.
Class IV Laser Parameters, Mitochondrial Cytochrome C & Dosing
Photobiomodulation (PBM) is more than choosing a laser and setting a treatment time. Light wavelength, energy delivery, tissue characteristics, and the biological response all shape how clinicians evaluate this technology. This Orthobiological Hacker digital course examines the mechanisms behind PBM and the clinical reasoning needed to assess where light-based interventions fit in rehabilitation. Through 11 lessons, learners explore cellular energy and signaling, tissue-specific considerations, dose-response principles, and the research behind potential applications. The emphasis is on understanding the evidence and applying sound judgment, rather than memorizing a single set of settings. The result is a more structured way to interpret PBM research, assess claims, and connect light-based technologies to a broader rehabilitation plan.
- CEU Hours4 CEUs
- FormatONLINE CEU COURSE
- InstructorsOBH Faculty
- CategoryDiplomas
Course details
- The role of mitochondrial chromophores, cellular energy, nitric oxide, and signaling responses in PBM
- How wavelength, tissue depth, and energy delivery influence clinical reasoning
- Why dose-response relationships matter and why increasing dose does not necessarily improve response
- How published dosing guidance informs, rather than replaces, individualized decision-making
- Research contexts involving musculoskeletal tissue, pain mechanisms, and regenerative rehabilitation
- How to critically assess proposed combinations of PBM with other rehabilitation interventions