Bellido Luque, Juan (Spain)
Seville
About Bellido Luque, Juan (Spain)
Prof. Dr. Juan Bellido Luque
Senior consultant
Quirón Salud Sagrado Corazón
Gastrointestinal Surgery
Seville
Spain
Hernia Expert for Abdominal Wall-, Umbilical- and Inguinal-Hernia
Training on DynaMesh®-CICAT implants with focus on surgical treatment of primary and secondary ventral hernias up to „loss of domain” situations.
Training on DynaMesh®-ENDOLAP 3D implants with focus on endoscopic (laparoscopic) repair of inguinal hernias using current minimally invasive surgical techniques (TEP and TAPP).
Training on DynaMesh®-ENDOLAP implants with focus on endoscopic (laparoscopic) repair of inguinal hernias using common minimally invasive surgical techniques (TEP and TAPP).
Training on DynaMesh®-IPOM implants with focus on surgical treatment of primary and secondary ventral hernias and especial focus on parastomal hernia repair after ostomy surgery.
Activity
Minimally Invasive Abdominal Wall Reconstruction in eTEP-Technique
Categories & Products of this Event
Categories
- Hernias
- Abdominal Wall Hernia / Umbilical Hernia
Products
- DynaMesh®-CICAT
Minimally Invasive Abdominal Wall Reconstruction in eTEP-Technique
Categories & Products of this Event
Categories
- Hernias
- Abdominal Wall Hernia / Umbilical Hernia
Products
- DynaMesh®-CICAT
Minimally Invasive Abdominal Wall Reconstruction in eTEP-Technique
Categories & Products of this Event
Categories
- Hernias
- Abdominal Wall Hernia / Umbilical Hernia
Products
- DynaMesh®-CICAT
Minimally Invasive Abdominal Wall Reconstruction in eTEP-Technique
Categories & Products of this Event
Categories
- Hernias
- Abdominal Wall Hernia / Umbilical Hernia
Products
- DynaMesh®-CICAT
Specialists
DynaMesh®-CICAT implants are designed for soft tissue reinforcement and soft tissue bridging of the fascial and connective tissue structures of the abdominal wall as part of surgical treatment for epigastric hernias, umbilical or incisional hernias, and also as part of incisional hernia prevention.
DynaMesh®-ENDOLAP implants serve to support the tissue and stabilise the fascial structures of the groin. They were specially developed for the endoscopic (laparoscopic) repair of inguinal hernias using common minimally invasive surgical techniques (TEP and TAPP).