The decisions and manoeuvres made by the surgeon once you are asleep on the table - tailored to your defect, your tissues, and your recovery goals. These are the techniques that turn a good operation into the right operation for you.
No two hernias - and no two patients - are identical. While the broad approach (open, laparoscopic, or robotic) is chosen in clinic, the actual operation is customised in real time: how the sac is handled, whether the defect is closed, which plane the mesh sits in, whether a component separation is needed, and how nerves and blood supply are preserved.
These intra-operative decisions are what separate a routine hernia repair from a durable reconstruction - and they require both training and judgement. The list below covers the special techniques most often deployed in Dr. Kumar's practice.
Each technique is selected based on intra-operative findings - the size of the defect, the quality of tissues, prior scarring, and your long-term functional goals.
Re-approximating the muscle and fascia in the midline (or over the defect) before mesh placement - restores anatomy, distributes mesh tension, and improves functional outcome.
Releasing the external oblique (anterior) or transversus abdominis (posterior) to allow the rectus muscles to come back to the midline in large defects - the foundation of AWR.
A posterior component separation that creates a large retro-muscular space for sublay mesh placement - the gold standard for complex incisional and recurrent ventral hernias.
Careful identification and protection of the ilioinguinal, iliohypogastric and lateral cutaneous nerves to reduce post-op chronic groin pain after inguinal hernia repair.
Complete reduction of the hernia sac and meticulous peritoneal closure to prevent adhesions and bowel-related complications - especially important in TAPP and TEP.
Mesh size, shape and overlap (typically 3-5 cm beyond defect) decided after measuring the defect under pneumoperitoneum - not from the scan alone.
Choosing between self-fixating mesh, fibrin glue, tacks, or transfascial sutures based on defect location, tissue quality, and risk of chronic pain.
Careful, often painstaking sharp and hydro-dissection adhesiolysis in recurrent or incisional hernias to free the bowel and create a clean plane for mesh placement.
Direct inspection of incarcerated or strangulated contents to assess viability - deciding whether bowel resection is needed in the same sitting or as a staged procedure.
Most recurrences, chronic pain, and poor functional results after hernia surgery are not failures of mesh - they are failures of intra-operative judgement. Choosing the right plane, closing the defect where possible, releasing the right component, and protecting the right nerve are the things you cannot see in a marketing brochure but which determine whether your repair lasts a lifetime.