Evaluation of the ability of PEEK, PEEK-pTAN and PEEK-pTAN-siRNA implants to promote bone regeneration in vivo.

<p>(A) Representative histological sections stained with HE staining after 12 weeks of sample implantation. (B) Representative histological sections stained with Masson staining after 12 weeks of sample implantation.</p>

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Bibliographic Details
Main Author:	Zhen Liu (74646) (author)
Other Authors:	Libin Yang (1815109) (author), Yazhuo Ni (20389789) (author), Keying Chen (206618) (author), Qiquan Yan (20389792) (author), Zhiying Zhao (188792) (author), Bo Xu (233514) (author), Yaoyang Li (14334532) (author), Rui Li (4631) (author), Jianwen Li (3764797) (author)
Published:	2024
Subjects:	Biophysics Microbiology Genetics Biotechnology Sociology Cancer Inorganic Chemistry Hematology Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Chemical Sciences not elsewhere classified xlink "> polyetheretherketone new implant material inhibiting bacterial infection gene expression regulation effective technique used biologically inert nature impressive biocompatibility coupled enhancing physiologic osseointegration modified polyetheretherketone surface implant surface modification peek ), bearing modified peek implants rnai ), insubstantial osseointegration excellent biocompatibility peek implants sterilization capabilities securely affixed rna interference pose constraints osseointegrative properties noteworthy degree natural bone method breakthrough merely facilitates innate properties enhanced bacteriostasis elastic modulus effectively simulates clinical application biomechanical properties antibacterial properties
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Evaluation of the ability of PEEK, PEEK-pTAN and PEEK-pTAN-siRNA implants to promote bone regeneration in vivo.

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