Robert Tisherman
Papers
4
Total Citations
20
H-Index
3
About
Robert Tisherman is a leading researcher in pediatric spinal biomechanics, with a focus on early-onset scoliosis (EOS) and upper cervical stability. His work addresses critical challenges in nonfusion spinal surgeries, particularly the need to reduce repeated lengthening procedures in growing children. Tisherman’s most cited study (2019, 7 citations) introduced a growing rod with sliding pedicle screw system (GRSPSS) for EOS, demonstrating its biomechanical efficacy in avoiding iterative surgeries. He also pioneered the novel use of telescoping growth rods (TelGR) in a porcine model (2018, 2 citations), combining in vivo and in vitro approaches to validate a self-lengthening design. Beyond EOS, Tisherman has made significant contributions to understanding upper cervical stability, quantifying the biomechanical roles of the alar ligaments (2019, 6 citations) and ligamentous structures in Type II odontoid fractures (2018, 5 citations). His research bridges engineering and clinical orthopedics, offering innovative solutions for spinal deformity and trauma. With a cumulative citation impact of 20 across his key works, Tisherman’s studies are foundational for developing less invasive, growth-friendly implants that improve long-term outcomes for pediatric patients.
Research Focus
Key Achievements
Top Papers
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