Bozkurt, S. And Ayten, U. E. 2022. In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise. MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING , vol.60, no.7 , 1863-1879.

Bozkurt, S., & Ayten, U. E., (2022). In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise. MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING , vol.60, no.7, 1863-1879.

Bozkurt, Surhan, And Umut Engin AYTEN. "In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise," MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING , vol.60, no.7, 1863-1879, 2022

Bozkurt, Surhan And Ayten, Umut E. . "In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise." MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING , vol.60, no.7, pp.1863-1879, 2022

Bozkurt, S. And Ayten, U. E. (2022) . "In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise." MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING , vol.60, no.7, pp.1863-1879.

@article{article, author={Surhan Bozkurt And author={Umut Engin AYTEN}, title={In silico simulation of the interaction among autoregulatory mechanisms regulating cerebral blood flow rate in the healthy and systolic heart failure conditions during exercise}, journal={MEDICAL & BIOLOGICAL ENGINEERING & COMPUTING}, year=2022, pages={1863-1879} }