Nicklaus Houston

Temple University, Thomas Jefferson University

Papers

Total Citations

H-Index

About

Nicklaus Houston is a pioneering reconstructive surgeon whose work bridges urology and orthopedics through the lens of robotic-assisted technology. His research centers on two high-impact areas: salvage ureteral reconstruction and precision planning in robotic total knee arthroplasty. In urology, Houston led the multi-institutional CORRUS study on robotic ureteral reconstruction for recurrent strictures after prior failed management—a landmark contribution that has already garnered 23 citations since 2023. This work provides a definitive surgical roadmap for patients with no good alternatives, establishing robotic reconstruction as a viable salvage strategy. In orthopedics, his 2020 study on CT planning for robotic total knee arthroplasty (20 citations) critically evaluated the hidden costs and clinical value of preoperative imaging, challenging routine practices and advocating for more judicious resource use. By analyzing 194 CT reports, Houston demonstrated that a formal radiologist’s read adds minimal actionable information, potentially saving healthcare systems significant expense. His dual-specialty approach—applying robotic precision to both soft-tissue and bony reconstruction—marks him as a translational innovator. With a growing citation footprint and leadership in multi-institutional collaborations, Houston is shaping the future of minimally invasive, data-driven surgical care.