The patient is incubated and to help the patient breathes he or she is connected to a ventilator all throughout the surgery. The surgery is carried out in general anesthesia where the patient has no sense at all. The skin covering the abdominal region is sterilized and then covered in thin but tightly secured drapes filled with beta dine. The surgical incision is made in this region above the abdomen.
The donor's liver is kept ready on a different operating table submerged in a sterile iced cold solution for storage. The liver transplant surgeon clamps off arteries, veins and bile ducts for bypassing them. The patient’s diseased liver is gradually isolated from the body and all the while doing this the surgeon ensures minimum loss of blood by exposing blood vessels slowly.
Since this is a vital surgery, an anesthetist will constantly monitor the effects and the amount of anesthesia that is being administered to the patient.
The liver is detached from the patient’s body and is sent to the pathology department for further study. For a very short period of 40 minutes, the patient will be lying without the liver and till the new liver is again surgically connected to the body.
Now the new liver is inserted in the patient’s body through the chest cavity and the surgical team will start making all the connections. First, the vena cava (the body’s largest vein) is connected and there after the portal vein is connected.
After connection of the portal vein, the surgeon will open the clamps that were attached earlier and now the liver will enter a time of profusion. Blood will start flowing in the new liver changing its color from beige to pink and finally into a dark and healthy purple. Another sign of a good flow of blood is when some amount of blood oozes out from the new liver’s artery. Sutures are now employed to close the region which is made of smooth synthetic material.
The surgeon must check the new liver for yellow-colored bile output to be sure the donor's liver is working properly. The surgeon must conduct a Kasai technique for ensuring bile duct discharge to the intestine. The surgeon will then remove the weakened ducts from the liver. This is achieved by removing the ducts at the spot where bile is about to get drained by short and stable parts of the patient's intestine. The Kasai procedure creates a Y-shaped passageway for the drainage of bile from the liver into the intestine.
The length of the intestine between the stomach and the bile duct is so balanced to avoid the reflux of food into the liver.
Ultrasound must be conducted to be sure that blood is flowing normally through the arteries and veins that were addressed during the surgery.
Once that is done the abdomen can be stitched closed and completed.
After the closure of the incision, the patient will be transferred to ICU to be further monitored for a period.