Advances in 3D correction of adolescent scoliosis: The superiority of scoliocorrector fatma-UI in rotational realignment

Table 1 Scoliocorrector fatma-UI comprehensive evaluation in many aspects

Section	Focus area	Importance
SCFUI development	Design and engineering of SCFUI	Foundational aspect of SCFUI
Finite element analysis	Stress and strain analysis	Ensures device safety and reliability
Biomechanical testing	Material strength and durability	Confirms material suitability for surgical use
Clinical trial design	Methodology and participant selection	Establishes trial validity and integrity
SCFUI vs DVR	Comparative effectiveness	Determines superiority over existing methods
Surgical procedure details	Step-by-step surgical application	Guides surgeons in practical application
Training for surgeons	Essential skills for using SCFUI	Crucial for effective use of SCFUI
Skill enhancement programs	Advanced training techniques	Enhances surgical proficiency
Patient follow-up protocols	Post-treatment monitoring	Critical for assessing treatment success
Long-term outcomes	Physical and health implications	Determines long-term treatment efficacy
Psychosocial considerations	Mental health and quality of life	Addresses patient's emotional and social needs
Cost-effectiveness analysis	Economic impact and healthcare resources	Evaluates financial viability and patient affordability

SCFUI: Scoliocorrector fatma-UI; DVR: Direct vertebral rotation.