Primers used in this study.

<div>Chlamydia trachomatis, the most prevalent bacterial agent of sexually transmitted infections, poses a significant threat to reproductive health. The release of progeny through the orchestrated lysis of host cells plays a crucial role for the...

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Bibliographic Details
Main Author:	Wentao Chen (626428) (author)
Other Authors:	Xin Su (338394) (author), Yuying Pan (14800243) (author), Han Zhou (109068) (author), Yidan Gao (14620035) (author), Xuemei Wang (39992) (author), Lijuan Jiang (501223) (author), Lihong Zeng (15594179) (author), Qingqing Xu (465549) (author), Xueying Yu (605947) (author), Xiaona Yin (9023591) (author), Zhanqin Feng (3721183) (author), Bao Zhang (186933) (author), Wei Zhao (14321) (author), Yaohua Xue (3150252) (author), Lingli Tang (436791) (author), Heping Zheng (538162) (author)
Published:	2025
Subjects:	Biophysics Microbiology Cell Biology Immunology Cancer Infectious Diseases Computational Biology Biological Sciences not elsewhere classified vitamin e reduces trends toward attenuation prevalent bacterial agent low genital tract like activity factor host protein slc7a11 host cells plays deficient strain fails conserved survival strategies sexually transmitted infections chlamydia trachomatis ,</ cpaf ), resulting new infections chlamydia </ significant threat reproductive health process involves orchestrated lysis novel mechanism lipid peroxidation inhibiting ferroptosis induce ferroptosis glutathione depletion crucial role chlamydial protease
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Primers used in this study.

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