Jianzhong Hu
Career
- Career institution, machine-verified: Department of Spine Surgery, Xiangya Hospital, Central South University, Changsha -- the Study 13 affiliation block (he is the only study author in the Spine Surgery block); his record class spans 2009-2026 and also runs a Sports Medicine co-program with the rest of this team (the largest coauthor web with Lu Hongbin on the study).
- No degree or title string was machine-verified anywhere in his corpus; the profile stands on the verified career record, the closed co-author web, and the identifier below.
- Identity anchors: institutional e-mails jianzhonghu@csu.edu.cn and JianzhongHu@hotmail.com under his own author line on 9 corpus records (2014-2026); ORCID 0000-0002-0736-1488 (record created 2017-08) is identity-locked by its works list and is also publisher-tagged under his author line on 6 corpus records. The ORCID record carries no name block and no employment or education entries, so it serves as an identifier and identity-lock, not a credential source. A second tag on PMID 39104113 (0009-0006-7192-5774) is an empty shell and is not cited.
Research Work
- Spine and sports-medicine research class: a 133-record Jianzhong class 2009-2026 (including the "Jian-Zhong" spelling) inside the 1,157-record "Hu J AND Xiangya" pool -- the largest class in this team, with 118 co-records with Lu Hongbin. Class topics: spinal cord injury (57 records), rotator cuff/tendon-bone (28+), LIPUS, facet joint, scaffolds, and the team's imaging-methods line.
- ORCID 0000-0002-0736-1488 carries 22 works, of which 17 match the team corpus verbatim by title (m6A methylation, exosome, UTX/KDM6A, and endothelial-line works including exact matches to the team's classified records); the remaining 5 are spine-domain works (ferroptosis after spinal cord injury, lumbar laminectomy, claudication walking test, thoracic spine surgery, TNF-alpha polymorphisms) -- all in the same Xiangya spine/SCI program.
- Co-author of Study 13, a dose-response study in 120 mature New Zealand rabbits with standard partial patellectomies in which twice-daily low-intensity pulsed ultrasound stimulation produced more new bone formation and mineralization, a better histological interface, and significantly improved biomechanical properties than once-daily treatment or control.
Role in Study 13
Co-author of Study 13. See Study 13: Low-Intensity Pulsed Ultrasound Stimulation for Tendon-Bone Healing (American Journal of Physical Medicine & Rehabilitation, 2018; PMID 29016398).
Identifiers
ORCID: 0000-0002-0736-1488
Relationship statement: King Brand utilized the individual's work in the development of our products and treatments. The study and all the professional's work was independent of King Brand - they did not work for us, nor were they compensated by us - it is truly independent. King Brand has relied on the results of this study, this individual's work, and the work and studies of others in the development of our medical solutions.
Sources
ORCID public record 0000-0002-0736-1488 · ORCID-tagged record (PMID 42009636) · PubMed author class (Hu Jianzhong, Xiangya) · Study 13 on PubMed (PMID 29016398)
Profile verified as of 2026-09-20; annual re-verification scheduled.