We hope you never experience a heart attack, cardiac arrest, or any other sort of heart disease, but if you do and surgery is your only option for survival, minimally invasive cardiac surgery offers a safe and less invasive option.
Heart disease is the top cause of death in many affluent countries, including the United Kingdom, the United States, Canada, and Australia, according to the World Health Organization (WHO). According to the Geneva-based health agency’s report, “Global atlas on cardiovascular disease prevention and control,” cardiovascular disorders such as heart attacks and strokes are the main causes of death worldwide.
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According to the agency, about 17 million people die each year from heart disease, and nearly 23.6 million people will die from heart disease by 2030
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Depending on the severity of your cardiac ailment, your cardiologist may just advise you to make lifestyle changes and take medications to manage it. If these two options aren’t enough, your doctor may suggest surgery, a medical device (stent), or another technique to treat a more serious cardiac disease.
Open-heart surgeries, which need a longer incision (ten to twelve inches long) and might take several months to recuperate from, are traditionally used to repair or replace heart valves
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Innovation in Heart Surgery
Minimally invasive cardiac surgery has revolutionized the way some heart procedures are carried out today.
Closed-chest heart surgery, also known as robotic heart surgery, is a type of minimally invasive cardiac surgery that allows cardiac surgeons to perform sophisticated heart surgeries through a smaller incision. The operation also reduces surgical stress and blood loss, as well as allowing patients to have a shorter hospital stay and recuperate faster.
The cardiac surgeons employ a specifically built surgical robotic system that comprises of three parts: a console, robotic arms, and an instrument tower carrying a tiny camera in this highly advanced heart operation.
The surgeon sits at a computer console while doing the surgery, controlling slender robotic arms that are supplied with surgical equipment and a tiny camera (endoscope) that allows the surgeons to see a three-dimensional image of the area being operated on.
The surgeon controls the robotic arms remotely from the system interface, and they imitate the surgeon’s hand, wrist, and finger movements.
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