BOĞA PEKMEZEKMEK, A. Et Al. 2022. Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos. ACTA PHYSIOLOGICA , vol.234 , 84.

BOĞA PEKMEZEKMEK, A., EMRE, M., Tunc, E., ERDOĞAN, Ş., Yilmaz, B., SERTDEMİR, Y., ... EMRE, Y.(2022). Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos. ACTA PHYSIOLOGICA , vol.234, 84.

BOĞA PEKMEZEKMEK, AYPER Et Al. "Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos," ACTA PHYSIOLOGICA , vol.234, 84, 2022

BOĞA PEKMEZEKMEK, AYPER B. Et Al. "Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos." ACTA PHYSIOLOGICA , vol.234, pp.84, 2022

BOĞA PEKMEZEKMEK, A. Et Al. (2022) . "Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos." ACTA PHYSIOLOGICA , vol.234, p.84.

@article{article, author={AYPER BOĞA PEKMEZEKMEK Et Al. }, title={Effects of High-Molecular-Weight Polyvinyl Chloride (HMW-PVC) Microplastics on Xenopus Laevis Adults and Embryos}, journal={ACTA PHYSIOLOGICA}, year=2022, pages={84} }