Z. AKSOYLU ÖZBEK Et Al. , "Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds," In Opuntia spp. , Cham: Springer, 2021, pp.799-825.
AKSOYLU ÖZBEK, Z. Et Al. Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds. 2021. In Opuntia spp. , Springer, Cham, 799-825.
AKSOYLU ÖZBEK, Z., GÜNÇ ERGÖNÜL, P., & TAŞKIN, B., (2021). Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds. Opuntia spp. (pp.799-825), Cham: Springer.
AKSOYLU ÖZBEK, ZEYNEP, PELİN GÜNÇ ERGÖNÜL, And BİLGE TAŞKIN. "Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds." In Opuntia spp. , 799-825. Cham: Springer, 2021
AKSOYLU ÖZBEK, ZEYNEP A. Et Al. "Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds." Opuntia spp. , Springer, 2021, pp.799-825.
AKSOYLU ÖZBEK, Z. GÜNÇ ERGÖNÜL, P. And TAŞKIN, B. (2021) "Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds", Opuntia spp. . Cham: Springer.
@bookchapter{bookchapter, author ={ZEYNEP AKSOYLU ÖZBEK Et Al. }, chaptertitle={Microencapsulation Technology: An Alternative Preservation Method for Opuntia spp. Derived Products and Their Bioactive Compounds}, booktitle={ Opuntia spp.}, publisher={Springer}, city={Cham},year={2021} }