Salesi Children's Hospital - Italy
Author Profile
ORCID
Summary
Donatella Di Fabrizio is a dedicated pediatric surgeon whose career seamlessly bridges clinical practice, Robotic Surgery Systems academic excellence, and cutting-edge research. with a strong educational background from leading italian and european institutions, she has specialized in neonatal and minimally invasive surgery techniques. her professional journey includes significant roles in major hospitals across italy and france, where she has contributed to improving pediatric surgical outcomes. her active participation in international congresses and hands-on workshops highlights her commitment to innovation, especially in the fields of robotic surgery and advanced diagnostics. her exposure to technological advancements, including power electronics in surgical robotics, reflects her interest in integrating technology with pediatric surgical care.
Early academic pursuits
Donatella Di Fabrizio embarked on her medical education with a degree in medicine and surgery from the university “g. d’annunzio” chieti-pescara, graduating with top honors cum laude. her academic interests matured through specialized internships in pediatric surgery, both locally and abroad, including the pediatric surgery department of leeds general infirmary in the uk. during this period, her exposure to innovative surgical technologies subtly linked her understanding of technical domains such as power electronics, Robotic Surgery Systems which play a role in advancing surgical equipment and robotic systems.
Professional endeavors
Donatella Di Fabrizio’s professional journey reflects a consistent focus on pediatric surgery. starting as a medical doctor and progressing to a consultant in pediatric surgery at the university hospital of marche, she also completed critical residency periods in prestigious italian and french hospitals. her active participation in first aid training and neonatal surgical masterclasses illustrates her dedication to practical skill development. throughout her career, Robotic Surgery Systems she has encountered advanced surgical devices where power electronics drive precision instruments used in minimally invasive and robotic procedures, influencing pediatric surgical outcomes.
Contributions and research focus
Donatella Di Fabrizio has contributed significantly to pediatric surgery literature, particularly in neonatal and minimally invasive surgery. her research includes studies on esophageal atresia, hirschsprung's disease, and robotic surgery in children. her paper presentations at international congresses demonstrate her commitment to pushing boundaries in surgical methods, Robotic Surgery Systems including the adoption of robotic systems. this aligns with technological innovations where power electronics serve as a backbone for the control and efficiency of surgical robotics, enhancing operative precision in sensitive pediatric cases.
Impact and influence
Her influence extends through her numerous presentations at european and global surgical congresses. her comparative research on thoracotomy versus thoracoscopy and her work on robotic-assisted laparoscopic surgeries have informed new approaches in pediatric surgery. her role as a co-chair and tutor reflects her standing as a mentor in the field. indirectly, Robotic Surgery Systems her engagement with surgical technologies that rely on power electronics showcases her appreciation for interdisciplinary innovations shaping modern surgical practices.
Academic cites
Donatella Di Fabrizio’s research has been cited in topics such as robotic pediatric surgery, minimally invasive procedures, and gastrointestinal disorders in neonates. her collaborative works have been referenced in scholarly discussions on the efficacy and safety of robotic systems in surgery—systems fundamentally supported by power electronics components Robotic Surgery Systems ensuring device reliability and surgeon control during complex operations.
Legacy and future contributions highlight
Her growing legacy in pediatric surgery is built upon her academic rigor, research productivity, and clinical excellence. future contributions are likely to include deeper exploration of robotic and minimally invasive techniques, possibly incorporating artificial intelligence and power electronics to revolutionize surgical practices. Robotic Surgery Systems her continued involvement in international collaborations and advanced surgical training will sustain her impact on the next generation of pediatric surgeons.
Notable Publications
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Title: Paediatric Robotic Transperitoneal Heminephroureterectomy in Complete Duplicated Systems: Early and Long‐Term Outcomes
Authors: Donatella Di Fabrizio; Thomas P. Cundy; Azad S. Najmaldin
Journal: The International Journal of Medical Robotics and Computer Assisted Surgery
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Title: The use of robotic single site system in pediatric surgery: a systematic review
Authors: Donatella Di Fabrizio; Edoardo Bindi; Fabiano Nino; Giovanni Cobellis
Journal: Journal of Robotic Surgery
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Title: Thoracotomy vs Thoracoscopy for Esophageal Atresia with Tracheoesophageal Fistula Repair: Is There a Difference in Quality of Life?
Authors: Donatella Di Fabrizio; Francesca Mastroberti; Alba Cruccetti; Edoardo Bindi; Giovanni Cobellis
Journal: Preprint
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Title: Risk Factors for Complications and Disease Recurrence after Ileocecal Resection for Crohn’s Disease in Children and Adults
Authors: Valeria Dipasquale; Erica Milone; Stefania Nigro; Angela Alibrandi; Enrica Antonelli; Donatella Di Fabrizio; Carmelo Romeo; Giuseppe Navarra; Claudio Romano
Journal: Biomedicines
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Title: Combined Minimally Invasive Treatment of Pyeloureteral Junction Obstruction and Primary Obstructive Megaureter in Children: Case Report and Literature Review
Authors: Donatella Di Fabrizio; Irene Tavolario; Lorenzo Rossi; Fabiano Nino; Edoardo Bindi; Giovanni Cobellis
Journal: Children
Conclusion
Donatella Di Fabrizio’s career stands as a model of medical expertise, research-driven practice, and technological curiosity. her work in pediatric surgery not only advances clinical knowledge but also paves the way for integrating new technologies such as robotic systems powered by power electronics, promising safer and more effective surgical procedures. with her strong academic and professional foundation, she is poised to continue making impactful contributions to pediatric healthcare, training the next generation of surgeons, and embracing innovations that shape the future of minimally invasive and neonatal surgery.