DEVECİ, M. Z. Y. Et Al. 2022. INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS. Journal of Applied Biological Sciences , vol.16, no.3 , 493-502.

DEVECİ, M. Z. Y., İŞLER, C. T., & KIRGIZ, Ö., (2022). INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS. Journal of Applied Biological Sciences , vol.16, no.3, 493-502.

DEVECİ, MEHMET, CAFER TAYER İŞLER, And ÖMER KIRGIZ. "INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS," Journal of Applied Biological Sciences , vol.16, no.3, 493-502, 2022

DEVECİ, MEHMET Z. Et Al. "INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS." Journal of Applied Biological Sciences , vol.16, no.3, pp.493-502, 2022

DEVECİ, M. Z. Y. İŞLER, C. T. And KIRGIZ, Ö. (2022) . "INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS." Journal of Applied Biological Sciences , vol.16, no.3, pp.493-502.

@article{article, author={MEHMET ZEKİ YILMAZ DEVECİ Et Al. }, title={INVESTIGATION OF WOUND HEALING BY INFRARED THERMOGRAPHY IN A FULL-THICKNESS SKIN WOUND MODEL IN RATS}, journal={Journal of Applied Biological Sciences}, year=2022, pages={493-502} }