These researchers strongly recommend that all individuals require protection from the deleterious effects of over exposure to FA in the anatomy laboratory. Anatomists who teach in PT education programs should examine methods to assess and reduce FA exposure specific to their laboratory needs and limitations. This might include: examining the use of ancillary chemicals (such as ammonium carbonate) to reduce FA, adjusting teaching strategies or dissection techniques, and modifying the physical environment to best support existing ventilation systems.
These researchers recommend that PT education programs as a whole should be assessed to help determine the extent of FA overexposure and to aid in developing the healthiest combination of methods (chemicals, ventilation systems, teaching strategies, PPE, and physical behaviors) to reduce FA exposure and irritation levels among students and instructors in PT education program-based anatomy laboratories.
These researchers strongly recommend that all individuals require protection from the deleterious effects of over exposure to FA in the anatomy laboratory. Anatomists who teach in PT education programs should examine methods to assess and reduce FA exposure specific to their laboratory needs and limitations. This might include: examining the use of ancillary chemicals (such as ammonium carbonate) to reduce FA, adjusting teaching strategies or dissection techniques, and modifying the physical environment to best support existing ventilation systems.These researchers recommend that PT education programs as a whole should be assessed to help determine the extent of FA overexposure and to aid in developing the healthiest combination of methods (chemicals, ventilation systems, teaching strategies, PPE, and physical behaviors) to reduce FA exposure and irritation levels among students and instructors in PT education program-based anatomy laboratories.
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