Kurt, T. And Arslan, Y. E. 2024. 3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications. 7th TERMIS WORLD CONGRESS 2024 , (Washington, United States Of America), 267-268.

Kurt, T., & Arslan, Y. E., (2024). 3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications . 7th TERMIS WORLD CONGRESS 2024 (pp.267-268). Washington, United States Of America

Kurt, Tugce, And YAVUZ EMRE ARSLAN. "3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications," 7th TERMIS WORLD CONGRESS 2024, Washington, United States Of America, 2024

Kurt, Tugce And Arslan, YAVUZ E. . "3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications." 7th TERMIS WORLD CONGRESS 2024 , Washington, United States Of America, pp.267-268, 2024

Kurt, T. And Arslan, Y. E. (2024) . "3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications." 7th TERMIS WORLD CONGRESS 2024 , Washington, United States Of America, pp.267-268.

@conferencepaper{conferencepaper, author={Tugce Kurt And author={YAVUZ EMRE ARSLAN}, title={3D hydrogels from detergent-free decellularized spinal cord meninges reinforced with hydrophilic silk fibroin for regenerative medicine applications}, congress name={7th TERMIS WORLD CONGRESS 2024}, city={Washington}, country={United States Of America}, year={2024}, pages={267-268} }