Akkaya, E. C. Et Al. 2024. High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats. BEHAVIOURAL BRAIN RESEARCH , vol.458 .

Akkaya, E. C., KOÇ, T. B., Dalkiran, B., ÇALIŞ, G., DAYI, A., & KAYATEKİN, B. M., (2024). High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats. BEHAVIOURAL BRAIN RESEARCH , vol.458.

Akkaya, ERHAN Et Al. "High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats," BEHAVIOURAL BRAIN RESEARCH , vol.458, 2024

Akkaya, ERHAN C. Et Al. "High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats." BEHAVIOURAL BRAIN RESEARCH , vol.458, 2024

Akkaya, E. C. Et Al. (2024) . "High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats." BEHAVIOURAL BRAIN RESEARCH , vol.458.

@article{article, author={ERHAN CANER AKKAYA Et Al. }, title={High-intensity interval training ameliorates spatial and recognition memory impairments, reduces hippocampal TNF-alpha levels, and amyloid-beta peptide load in male hypothyroid rats}, journal={BEHAVIOURAL BRAIN RESEARCH}, year=2024}