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Background and Aims: Coronavirus has caused a new pandemic called COVID-19, with widespread and long-lasting effects on human health. Infection with the virus causes damage to various systems, including the respiratory, digestive, kidney and central nervous system.  Therefore, considering the effects of coronavirus on the central nervous system and nervous disorders caused by this virus and the fact that the central nervous system can affect the balance and position sense ,the aim of this study was to compare static balance, dynamic balance and knee joint position sense between women with coronavirus and healthy. Materials and Methods: In this study, a sample of 15 women infected with coronavirus (COVID-19) (age 47.73±3.44 years, height 162.53±4.17 cm, mass 70.33±4.67 kg and BODY MASS INDEX (BMI) 26.63±1.62 kg / m2) and 15 healthy women (age 47.53±3.27 years, height 161.13±4.56 cm and mass 67.66±4.25 kg and BODY MASS INDEX (BMI)  26.11±2.10 kg / m2).  Sharpendromberg and time up and go tests were used to evaluate static and dynamic balance, respectively, and knee joint position sense was recorded by angular reconstruction and by digital camera. Balance and sense of status tests were performed for both groups in the same conditions and finally the results were evaluated using independent T-test. Results: The results showed that there was a significant difference between static and dynamic balance between the two groups of it with coronavirus and healthy (P&lt;0.05) Also, there was a significant difference between knee joint position sense (P&lt;0.05), so that people with coronavirus had 2.64 degrees more reconstruction error than healthy people. Conclusion: Considering that the static, dynamic balance and knee joint position sense of people with coronavirus (Covid-19) decreases, Therefore, this can increase the contingency of dropping and falling in these patients.

Comparison of Static, Dynamic Balance, Knee Joint Position Among Healthy Women and Those Infected with COVID-19