S. Karagül And I. F. Kartaloğlu, "The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.," Journal of back and musculoskeletal rehabilitation , 2025
Karagül, S. And Kartaloğlu, I. F. 2025. The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.. Journal of back and musculoskeletal rehabilitation .
Karagül, S., & Kartaloğlu, I. F., (2025). The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.. Journal of back and musculoskeletal rehabilitation .
Karagül, Sevil, And IŞIL FAZİLET TURNA. "The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.," Journal of back and musculoskeletal rehabilitation , 2025
Karagül, Sevil And Kartaloğlu, IŞIL F. . "The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.." Journal of back and musculoskeletal rehabilitation , 2025
Karagül, S. And Kartaloğlu, I. F. (2025) . "The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.." Journal of back and musculoskeletal rehabilitation .
@article{article, author={Sevil Karagül And author={IŞIL FAZİLET TURNA}, title={The effects of dynamic flamingo balance exercises and balance training with a Tetrax(®) posturography device on the balance performance and fall risk of patients with Parkinson's disease.}, journal={Journal of back and musculoskeletal rehabilitation}, year=2025}