Best Clinics for Robotic Surgery in Turkey

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Robotic surgery, also known as robot-assisted surgery, enables surgeons to carry out a variety of complex procedures with greater control, precision, and adaptability than is feasible with traditional methods. Minimally invasive surgery, or operations done through small incisions, is frequently linked to robotic surgery. Additionally, it is occasionally utilized during various types of open surgery.

The most popular clinical robotic surgical system has an arm for the camera and mechanical arms with surgical instruments fastened to them. At a computer station close to the operating table, the surgeon sits and controls the arms. The console provides a high-definition, enlarged, 3D picture of the surgical site to the surgeon. The surgeon directs the other team members who help with the procedure.Invest in your health, invest in a brighter future. Our comprehensive medical programs deliver real results, while you indulge in the beauty and serenity of our destination.

Robotic surgery is not recommended for some patients for a number of reasons, some of which include:

• Obesity. Some lipids may make it difficult for a surgeon to carry out the treatment as effective as possible. However, depending on a person’s unique anatomy, the type of procedure, and other criteria, not all fat patients will necessarily be ineligible for robotic-assisted surgery.
• Specific illnesses or surgical procedures. Robotic-assisted surgery is ineffective in treating a number of illnesses. Plastic and reconstructive microsurgery is one illustration. There is currently no available technology to carry out plastic and reconstructive microsurgery techniques. Most of the robotic surgery tools used today are far too big and weren’t made to do microsurgery on the delicate tissue needed for many reconstructive treatments. Additionally, the robotic aid technology’s magnification of the surgeon’s perspective is insufficient for adequate sight.
• A particular danger or contraindication. These are circumstances when there is a significant risk of injury. For instance, a trauma patient or a critically ill patient who requires emergency surgery should not undergo robotic surgery.
• A few comorbidity types. Comorbidity is the simultaneous presence of multiple medical conditions. A recent heart attack or abdominal adhesions inhibits a patient from being a good candidate for robotic surgery.

Have a conversation with your healthcare professional if you are unsure whether you qualify for robotic surgery. You might have to wait a while for the doctors to decide whether your particular situation qualifies for robotic-assisted surgery because the hospital frequently has a special board that makes judgments in this regard.

• Blood test. Your surgeon advises blood tests since they can assist identify any physiological issues with your body.
• Electrocardiogram. ECGs are performed prior to robotic surgery because they can identify physiological cardiac problems.

• X-ray of the chest. It is done to determine whether you have any physiological issues with your heart and lungs prior to robotic surgery.
• MRI scan. By using an MRI scan, various images of the body’s organs are captured.
• CT scan. A computed tomography test is used to find malignancies.

Prior to surgery, it’s crucial to,

• Assemble knowledge about the process. With your surgeon, go about the advantages and risks of robotic assistance in surgery.
• Follow your surgeon’s preoperative recommendations for what to eat, drink, and take medications before surgery (usually foods and fluids are to be avoided for at least eight hours before surgery).
• Take an enema or laxatives to clean your bowels before to some treatments (like colon procedures).
• Along with prescription prescriptions, mention any over-the-counter drugs, natural herbs, or dietary supplements you’re taking. Also, remember to adhere to your doctor’s advice regarding when and how much to take.
• Be advised that any form of medicine, such as aspirin, Coumadin, or Plavix, that may produce a reduction in clotting time may result in bleeding during the procedure. Therefore, the consumption of these medications should be stopped 10 days prior to the procedure. 
• Plan for assistance with getting home from the surgery and with everyday tasks until you are fully recovered.

• To put you to sleep and make sure you don’t feel any discomfort, general anesthesia will be administered.
• Your surgeon will first make one or more tiny incisions. Your surgeon inserts ports via these openings (thin tubes).
• Through one of the tiny incisions, any necessary organ removals (such as the removal of the gallbladder) will be carried out.
• Instruments are then inserted into these ports while the robot is still attached to them. 
• Through one of the ports, a long, thin camera called an endoscope is inserted. 
• Through the other ports, the surgeon can insert the surgical tools and perform the procedure.
• During the procedure, the camera delivers high-definition 3D images.
• While seated at a console a few feet away from you, your doctor manages the robotic arm.
•  When necessary, an assistant who stays by your side assists the surgeon by switching out the instruments.
• The wounds are closed and covered with a thin dressing after the treatment is finished.

 

Despite the fact that recovery after robotic surgery is typically quicker and less painful than recovery from traditional surgery, there may be some activity restrictions and lifting limits. Postoperative (after surgery) recommendations may include:

• Your surgeon might advise you to avoid strenuous activity until your healthcare practitioner gives permission to resume regular activities.
• Your doctor might suggest that you wait at least a week to drive.
• After surgery, obey any post-operative instructions or pain medication recommendations given by your surgeon.
• Advice to contact your healthcare practitioner if your pain intensifies (especially if it is not eased by painkillers), and you experience nausea and vomiting, blood, or any other symptoms that could indicate an injury. 

Frequently, minimally invasive surgery is made possible through robotic surgery. Minimally invasive procedures have several advantages, such as

• Fewer complications like surgery site infections
• Decreased amount of pain and blood loss
• Less time spent in the hospital
• Faster recovery
• Smaller scars that are less visible

When compared to traditional methods, surgeons who utilize the robotic system find that it improves precision, flexibility, and control during the process and gives them a better view of the spot.

Robotic surgery allows surgeons to carry out delicate and intricate operations that could be challenging or impossible to carry out with other techniques. The advantages of robotic-assisted surgery can be listed as follows,

• Greater accuracy: The robotic arm moves with greater precision than a human hand. Moreover, they have a wider range of motion. Instruments in small areas can revolve in ways that aren’t normally feasible thanks to the arms.
• Advanced visualization: An advanced camera that delivers magnified, high-definition pictures of the surgery area improves visualization. Additionally, it offers higher 3D imaging capabilities than the human eye.
• Ability to perform surgery inside the body: Traditionally, a considerably wider incision would have been required to perform that part of the procedure outside of the body. However, via small instruments, surgeons easily get to chance to perform steps of the operation inside the body.

Any sort of surgery, including robotic-assisted surgery, carries the following risks:

• Anesthesia risks, including pneumonia. Pneumonia is a severe lung infection in which the alveoli (tiny air sacs) are fluid-filled.
• Drug-related allergic responses
• Breathing difficulties
• Bleeding
• Infection

Apart from these, robotic surgery has the following drawbacks:

• Only accessible at facilities with the necessary funding and skilled surgeons.
• If there are issues, your surgeon might have to switch to an open treatment that requires deeper incisions. Scar tissue from prior operations is one example of this, which makes it challenging for robotic technology to perform the treatment.
• Risk of compression and injury to the nerves.
• Robotic failure, which happens very infrequently.

Kidney cancer

Robotic kidney surgery in Turkey involves making a number of minute incisions to remove and heal the kidney. General anesthesia is administered to the patients, and the surgery takes roughly three to four hours to complete. Recovery takes almost one and a half months.

Hysterectomy

A woman’s uterus is removed during this procedure. In robotic surgical hysterectomy, surgeons in Turkey make small cuts to remove the woman’s uterus while using a narrow laparoscope. After a robotic hysterectomy in Turkey, full recovery takes close to a month.

Spine surgery

Robotic spine surgery in Turkey has improved pedicle screw placement accuracy and reduced radiation exposure for physicians. Less tissue is destroyed during spine surgery when the robot is used accurately and precisely. Robotics used in spine surgery must fully heal for about six months.

Prostate cancer

Robotic surgery for prostate cancer is used in Turkey to remove the entire prostate gland surgically. The prostate gland is removed by inserting a laparoscope with lighting into the pelvic region through minor abdominal incisions. There are many advantages to prostate Da Vinci robotic surgery in Turkey.

The Da Vinci surgical system is a type of robotic-assisted surgery. The Da Vinci Surgical System’s robotic assistance enables surgeons to carry out intricate minimally invasive surgical procedures precisely and accurately. The surgical instruments are attached to Vinci’s robotic arms.

The Da Vinci Surgical System consists of: 

• A surgical console with a focus on comfort four interactive robotic arms on a patient cart a proprietary
• EndoWrist instrument suite
• High-performance vision system

The device is a robotic platform intended to increase the surgeon’s capabilities and provide an open surgery option. Tens of thousands of surgeries have used the da Vinci System successfully. Under general anesthesia, most surgeries last between two and three hours.

 

Laparoscopic Surgery vs Robotic Surgery  

During surgery, precision, dexterity, and control the capability of making 1-2 cm incisions as opposed to larger incisions 

When compared to traditional laparoscopy, which requires the surgeon to work while standing and use hand-held, long-shafted instruments that are rigid and cannot rotate or bend, the da Vinci System is a notable advancement.

To see an image of the target anatomy during a traditional laparoscopy, the surgeon must look up and away from the tools to a nearby 2D video monitor.

Additionally, in the traditional method, the surgeon must rely on the patient’s side help to place the camera in the ideal location. In contrast, the ergonomic design of the da Vinci System enables the surgeon to operate while sitting comfortably at the console, with their eyes and hands aligned with the tools. The surgeon only needs to move his or her hands to reposition the camera or move the equipment.

As a result, the da Vinci Surgical System enables more surgeons to undertake minimally invasive treatments involving intricate and delicate dissection or reconstruction by giving doctors better eyesight, improved dexterity, increased precision, and ergonomic comfort.

Turkey is chosen based on a number of factors, including the availability of visas and flights, lodging, dining, cost of medical care, medical personnel, and services. Turkey’s diversified approach is evident in the amenities it offers. In Turkey, robotic technology is effectively used to treat illnesses. Turkey has advanced in the provision of medical facilities, leading to its international recognition. Medical surgeons in Turkey cure illnesses with advanced methods.

The best hospitals that we work with and which perform Da Vinci Surgical System in the scope of robotic-assisted surgery are as follows,

Memorial Şişli Hospital

Memorial Şişli Hospital was the first undertaking of Memorial Healthcare Investments Corporation, which was established in 1995. In around three years, the Memorial Şişli Hospital was built, and its name started to get associated with trust and leadership. The hospital, which has the most advanced equipment available, became Turkey’s first hospital and the 21st in the entire globe just two years after receiving the JCI (Joint Commission International) Accreditation Certificate for providing high-quality healthcare services.

The following services are available to patients from all over the world at Memorial Hospital,

• 13 operating rooms
• 292 beds
• 4 ICUs (Intensive care units)
• 3 modern laboratories
• Patient accommodations

The hospital has multi-specialized departments that provide the most recent diagnostic and therapeutic techniques, including:

• In vitro Fertilization
• Transplantation
• Genetic Diseases
• Bone Marrow Transplant
• Cancer Center
• Robotic Surgery

Robotic Surgery at Memorial Şişli Hospital

In their various professions, the employees of this hospital are exceptionally professional and committed. In this hospital, both domestic and foreign guests can take advantage of a wide range of amenities, including lodging and rooms with modern imaging test equipment, an advanced radiology department, and an intensive care unit. Here, doctors treat a variety of illnesses with the Da Vinci robot, and when a patient stays for seven days, both cancerous and non-cancerous tumors are removed. The Memorial Şişli Hospital’s robotic surgery has a 95% success rate.

 

Koç University Hospital

In September 2014, Koç University Hospital opened for business as a hospital for research and training. The hospital’s capacity rose to 404 inpatient rooms and 73 intensive care unit beds with the second phase of the Health Sciences Campus finished.

With its innovative approach and dynamic team at North American standards, the Health Sciences Campus, which has a 220.000 m2 net area and houses a medical school, nursing school, research laboratories, and advanced learning center, aims to contribute to qualified human capital in the healthcare sector.

Every employee at Koç Healthcare Institutions is aware that each patient is different, has particular needs, and requires specialized treatment. In order to provide the best care possible, healthcare services are grouped into complete care groups, placing the patients at the core of the system. They provide services as clinical programs and service lines as opposed to a volume-oriented and departmental organization. While all geographic barriers between departments are removed, patients are served with more comprehensive and value-based care.

The hospital provides,

• Around 100 Observation Beds
• Approximately 15 Operating Rooms
• 170 Examination Rooms
• Nearly 16 Bone Marrow Units 
• Around 50 Chemotherapy Units
• 4 Delivery Rooms

Robotic Surgery at Koç University Hospital

The institution primarily uses robotic surgery in the surgical specialties of gynecology, general surgery, and urology. Patients are getting the greatest care possible thanks to advanced technology and highly skilled surgeons.

 

With robot and maintenance costs included, the estimated per-patient total hospital expenditures for robotic surgery start from $8,500.

Best Clinics for Robotic Surgery in Turkey Summary (Price, Duration Time, Hospitalization)

Operation Number	Depends on the state of your medical condition	Time to return to work	1 week
Operation Time	2-3 hours	Recovery	3-4 weeks
Anesthesia	General Anesthesia	Persistence of Results	Permanent
Sensitivity Time	–	Hospital Stay	2-4 days
Price	From 8,500 EUR