Walk through the surgical day for robotic cardiac procedures. Learn about Intraoperative Neuromonitoring and using the Da Vinci Robotic Surgery System.
Send us all your questions or requests, and our expert team will assist you.
Surgery And Recovery
On the day of surgery the patient arrives at the hospital admission unit. Nursing staff verify the identity of the patient and the scheduled procedure. An IV line is placed to deliver fluids and medications. The surgeon and anesthesiologist visit to answer final questions and mark the surgical site. This preparation phase is calm and structured to ensure all safety protocols are met before entering the operating room. The patient is then taken to the surgical suite where the team is ready.
Once in the operating suite the patient is given general anesthesia to induce deep sleep. A breathing tube is placed to control respiration. For some robotic procedures a special tube is used to deflate one lung creating space in the chest.
The surgical team then carefully positions the patient usually with the right side of the chest elevated. Proper padding is used to protect pressure points. The space between the ribs provides access for the robotic instruments without spreading the bones.
During complex cardiac surgeries Intraoperative Neuromonitoring may be used to protect the brain and spinal cord. This technology allows the team to monitor the electrical activity of the nervous system in real time.
Electrodes are placed on the head and body to detect signals ensuring that blood flow to the brain is adequate throughout the procedure. This adds an extra layer of safety preserving neurological function and reducing the risk of stroke or other complications during heart surgery.
The surgeon makes several small incisions or ports between the ribs usually eight to twelve millimeters wide. The robotic camera and instrument arms are inserted through these ports. The Da Vinci Robotic Surgery System cart is then driven up to the operating table and docked or attached to these ports. The surgeon then scrubs out and sits at the control console while a surgical assistant stands by the patient to change instruments and assist with suction or clip application.
The surgeon performs the operation by manipulating the master controls at the console. The Da Vinci Robotic Surgery System translates these movements into precise actions inside the heart. For valve repair the surgeon cuts out diseased tissue and sutures the valve ring in place. For bypass they sew the graft vessel to the coronary artery. The 3D high definition vision allows for identification of vital structures. Small blood vessels are sealed instantly to prevent bleeding. The precision is unmatched by human hands alone.
For many robotic heart surgeries the heart must be stopped to allow for precise suturing. A heart lung machine takes over the job of pumping blood and oxygenating it. This is connected via tubes placed through small incisions in the groin vessels rather than the large chest opening. This technique is called peripheral cannulation. The perfusionist manages the machine while the surgeon operates. Once the repair is complete the heart is restarted and the machine is disconnected.
If any tissue such as a tumor or part of a valve needs to be removed it is placed inside a retrieval bag within the chest and pulled out through one of the port sites. The robotic arms are undocked and drainage tubes are placed to remove fluid and air from around the heart. The small incisions are closed with dissolvable sutures or surgical glue. The anesthesia team then wakes the patient up and ensures they are stable before transport.
The patient is transferred to the Intensive Care Unit or ICU. Here specialized nurses monitor vital signs oxygen levels and heart rhythm continuously. It is normal to feel groggy. Pain is managed with IV medication and often a nerve block placed during surgery to numb the chest wall. Most patients spend about twenty four hours in the ICU before moving to a regular hospital room or step down unit depending on their progress.
Pain after robotic surgery is generally manageable and significantly less than open surgery because the breastbone remains intact. Most patients utilize a multimodal pain control strategy including oral medications. The nursing team encourages early mobilization. Patients are helped to sit in a chair and walk in the hallway often on the day after surgery. Walking is crucial to expand the lungs prevent pneumonia and speed up the return of bowel function.
The hospital stay for robotic surgery is short relative to open heart surgery. Most patients go home within three to five days. Discharge criteria include controlled pain ability to walk normal vital signs and stable heart rhythm. Patients receive a discharge summary with instructions on wound care breathing exercises and when to call the doctor. The quicker return to home allows patients to recover in a comfortable environment.
Send us all your questions or requests, and our expert team will assist you.
Pain is generally moderate and well controlled with medication it is significantly less than open surgery because the sternum is not cut.
You will be encouraged to walk the morning after surgery to help your circulation and lungs recover.
For most robotic heart surgeries they are removed within twenty four to forty eight hours once drainage decreases.
It helps the team monitor brain function during surgery to ensure safety and prevent neurological complications.
The scars are very small typically one to two centimeters each located on the side of the chest and fade well over time.
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