Let Us Call You
Let Us Call You
×
Let Us Call You
Konak / İzmir
Offering the opportunity of treatment to more than 2 million patients every year based on 28 years of experience in the Turkish healthcare sector, Medicana Health Group continues to set standards for future healthcare services. Listed among the 500 largest companies in Turkey thanks to 12 hospitals operated in Istanbul, Ankara, Bursa, Konya, Samsun, and Sivas and distinguished investments in the health sector, Medicana Health Group continues to grow with Medicana International Izmir Hospital – the new ring added to healthcare chain of Medicana.
Medicana International Izmir Hospital is one of the most comprehensive health complexes in the Aegean Region. It aims to provide excellence in healthcare services based on modern medical technology, academic physicians, and unique architecture.
As with all other Medicana Health Group hospitals, healthcare services at Medicana International Izmir Hospital are covered by SGK (Turkish Social Security Institution) and private insurance companies. Medicana International Izmir Hospital also sets a higher standard in the multidisciplinary treatment of international patients.
Healthcare services are delivered in line with principles of multidisciplinary diagnosis and treatment approach, maximum comfort, and quality in Medicana International Izmir Hospital, constructed from the principal quality perspective of Medicana Health Group along with an investment of 110 million U.S. Dollars. Combining state-of-the-art hospital architecture with hotel-scale comfort, the hospital is designed to meet the needs of patients and relatives in patient rooms, waiting lounges, outpatient care areas, diagnosis and treatment units, parking lot, and emergency access areas.
Medicana International Hospital serves patients with a capacity of 75 beds, eight operating theaters, 14 intensive care unit beds, and a 140-vehicle parking lot.
Medicana International Izmir Hospital hosts many specialized units thanks to its technical infrastructure, medical technology, healthcare professionals in all departments and multidisciplinary approach. Our hospital has numerous departments, ranging from Neurosurgery and Urology to Cardiovascular Surgery and Gastroenterology; a part of these units will be immediately commissioned, while others will start serving patients very soon.
Tumor Council
Medicana International Izmir Hospital has a multidisciplinary tumor council to deal with diseases. In the modern medicine, committees are designed to discuss and plan treatment of complex diseases. This method increases success rate of treatments. Discussions held in such councils ensure that the disease is addressed in all aspects and finest details and that chance of treatment is maximized, since all physicians gain access to most up-to-date literature knowledge and the communication between physicians is improved. Medical oncologists, radiation oncologists, pathologists, general surgeons, and radiologists as well as physicians of relevant departments are assigned to the Tumor Councils of Medicana International Izmir Hospital.
Breast Health Center
Specialized physicians of Breast Health Unit use multidisciplinary approach for treatment of diseases at Medicana International Izmir Hospital that serves to improve awareness of breast health.
ROBOTIC-ASSISTED SURGERY FOR THE FIRST TIME IN A PRIVATE HOSPITAL IN IZMIR – Da Vinci Technology
Da Vinci Robotic-assisted surgery or robotic technology is the top-tier surgical technology in modern medicine and it is used particularly for urology, gynecology, general surgery, ENT, thoracic surgery and cardiovascular surgery procedures in Turkey, but especially in outstanding centers of the U.S. The technology is distinguished by specific privileges for surgeons and patients and it is, now, one of the most successful surgical modalities used to fight cancer at global scale. The imaging system that is the first part of the robotic-assisted surgery method operates according to the principle of laparoscopic surgery. Images of the interior part of the body are transmitted by a camera and they can be seen by the surgeon. In a surgery performed with da Vinci robot, the surgeon can see three-dimensional images of the surgical site in a console that is distant to the operating table and the sensors attached to fingers of the surgery movearms of the robot to perform the surgery.
Intensive Care Services
Our intensive care units have waiting, information and resting areas for family members along with a Training Room, where mothers and relatives are informed.
International Patient Center Office for International Patients
Medicana International Izmir Hospital has a special unit designed for international patients who travel from various countries to meet diagnosis and treatment needs. Personnel with good command in six languages are available in the center and thus, international patients are ensured to feel at home throughout the inpatient processes.
If you come from the Airport
Get Directions
You can get on the Izban – Subway at the airport station and reach Halkapınar approximately 35 minutes later. It takes about 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
You can get on the Izban subway at the airport station and reach Halkapınar approximately 35 minutes later.
Bus Nr. 202 departs from the airport and arrives at Cumhuriyet Square in Alsancak. It takes 13 minutes to get to Medicana Izmir Hospital by taxi from Cumhuriyet Square.
If you come from the Bus Terminal
Get Directions
You can get on the Bus Nr. 555 departs from the Bus Terminal to arrive at Halkapınar transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Buca
Get Directions
Municipality Bus Nr. 515, which departs from Buca Tınaztepe and stops in Heykel region, arrives at Halkapınar transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Karşıyaka
Get Directions
We are departing from Bostanlı seaport, Municipality Bus Nr. 543 also stops at Karşıyaka seaport and arrives at Halkapınar transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Bornova
Get Directions
Municipality Bus Nr. 498 departs from Bornova Metro and arrives at Halkapınar transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Çiğli
Get Directions
You can take Bus Nr. 574, which departs from Çiğli transfer station and travels to Bostanlı seaport. Municipality Bus Nr. 543 departs from Bostanlı and travels to Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Gaziemir
Get Directions
Municipality Bus Nr. 691 departs from Gaziemir and travels to Lozan. Get on the Bus Nr. 253, which leaves from Konak in Lozan and travels to Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Urla
Get Directions
Municipality Bus Nr. 984 travels to F. Altay. You can get on Bus Nr. 169 departs from Balçova, in F. Altay, and gets off the bus at Halkapınar Transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Çeşme
Get Directions
Get on the private Çeşme Seyahat bus, which departs from Çeşme, and get off the bus in F. Altay. Get on the municipality bus, Nr. 169 in Balçova and get off the bus at Halkapınar Transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Kuşadası
Get Directions
Get on the Izmir bus, which departs from Kuşadası to the Izmir bus terminal. You can get on the Bus Nr. 555 departs from the Bus Terminal to arrive at Halkapınar transfer station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Menemen
Get Directions
Municipality Bus Nr. 800 departs from Menemen and travels to Bornova subway station. Municipality Bus Nr. 498 departs from Bornova subway station and travels to Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Kemalpaşa
Get Directions
Get on the bus Nr. 988 to travel from Kemalpaşa to Evka 3 subway station. Get on the subway train from Evka 3 subway station to F. Altay and get off the train at Halkapınar station. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Yamanlar
Get Directions
Municipality Bus Nr. 78 departs from Yamanlar and travels to Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Tınaztepe
Get Directions
Get on the bus. 304 from Tınaztepe to travel to Konak. Municipality Bus No. 253 departs from Konak and travels to Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
If you come from Seferihisar
Get Directions
Get on the bus Nr. 985 from Seferihisar to travel to F. Altay. Get on the bus Nr. 169, which departs from Balçova in F. Altay and gets off the bus in Halkapınar. It takes approximately 8 to 9 minutes to walk to Medicana Izmir Hospital or 5 minutes by taxi from Halkapınar Izban Subway transfer station.
All our medical technological devices and services at Medicana Ataşehir Hospital are listed below.
Linac
The linear accelerator (Linac) is a device used in cancer treatment and can generate high-energy radiation. This device is crucial in radiotherapy treatment to destroy or control cancer cells. This method targets cancer cells during radiotherapy while minimizing damage to healthy tissues. Thanks to its dose control and effect features, Linac is a tool used to treat various types of cancer.
3 Tesla MR
The 3 Tesla MRI is an imaging device that provides higher quality images in a similar timeframe to the 1.5 Tesla MRI, thanks to its higher magnetic strength. This is mainly used in neurology, orthopedics, cardiology, and imaging of the entire body.
PET-CT
Positron Emission Tomography - Computed Tomography (PET-CT) is used for advanced medical imaging. The images of PET and CT combine anatomical and functional information, providing a comprehensive assessment opportunity. It is primarily used in areas such as cancer diagnosis, treatment planning, and monitoring of the treatment. PET-CT can support early diagnosis of diseases, evaluation of response to treatment, and determination of the extent of disease spread.
da Vinci Robot
The da Vinci Robotic Device is a robotic surgery system used to perform surgical procedures. This system provides the surgeon with precise control and magnification, aiding in executing surgical interventions. Commonly used in various fields such as oncological, gynecological, urological, and cardiovascular surgery, the da Vinci Robotic Device stands out as a technology contributing to the precise, effective, and minimally invasive execution of surgical procedures.
1.5 Tesla MR
The 1.5 Tesla MRI imaging is a technological test that uses radio waves to capture detailed pictures of the body's internal organs. This test can detect diseases in various areas, such as the chest, abdomen, brain, lungs, knee, heart, and pelvis.
Excimer Laser
The Excimer Laser is a tool designed for vision correction and adjusting refractive errors, including myopia (nearsightedness), hyperopia (farsightedness), and astigmatism, by altering the cornea's shape to an appropriate configuration. It is utilized to manage myopia, hyperopia, and astigmatism. This quickly applied device focuses on correcting eye abnormalities to remove the dependency on eyeglasses and contact lenses.
Whole-body MRI
Whole-body MR screening serves as an advanced, comprehensive check-up option for individuals concerned about or at risk for cancer. It scans the entire body in a single session, including the brain and neck, to furnish preemptive information before disease symptoms or tumor dissemination. People with a genetic predisposition to cancer are also candidates for this screening.
3D Imaging and Navigation System for Prostate Biopsy
The 3D Imaging and Navigation System for Prostate Biopsy combines ultrasound images used in MRI and biopsy procedures in three dimensions. Furthermore, its navigation feature facilitates the detection of cancerous tumors. This technology is used in the early diagnosis of prostate cancer.
DSA (Digital Subtraction Angiography) Digital Angiography
DSA (Digital Subtraction Angiography) is used for detailed imaging of all the vessels in the body, allowing for the diagnosis of vascular diseases with the images obtained. This method can detect diseases such as narrowing, malformation, and fistulas in the vessels of different body areas, including the brain, abdominal region, skin, arms, and legs.
HoLEP
HoLEP is a prostate surgery method that uses a holmium laser entered through the urinary canal. Though performed in a minimally invasive manner, it removes the entire prostate similar to open prostate surgery. Spinal anesthesia can be sufficient during the surgery. The HoLEP method is used in the treatment of prostate diseases, allowing for the treatment of benign prostate enlargement.
Ultrasonography
Ultrasonography (US) is a method that uses sound waves to produce images. Many diseases can be diagnosed using an ultrasound device. This device, which does not involve radiation risk or side effects, does not cause any pain to the patient. Since ultrasonography does not involve radiation, patients do not experience unnecessary radiation exposure.
Mammography
Mammography is a radiological imaging method using low-dose rays for screening and diagnosing breast diseases, widely used for early breast cancer detection.
X-Ray
X-ray visualizes the inside of the body, allowing for the imaging of bones and tissues. It plays a significant role in diagnosing many diseases and planning treatment processes.
EUS (Endoscopic Ultrasound)
EUS (Endoscopic Ultrasound) is a procedure that utilizes ultrasonography at the tip of specialized devices used in digestive system endoscopy to image internal organs. This method is used for staging tumors in the digestive system and adjacent organs (stomach, intestines, gallbladder, liver, pancreas) and examining lesions located just below the surface of the digestive system.
EBUS (Endobronchial Ultrasound)
Bronchoscopy involves the direct visual inspection of the entire airway using a specialized imaging instrument known as a bronchoscope. Conversely, Endobronchial Ultrasound (EBUS) represents a technique that permits the ultrasonographic evaluation of the airway wall and the lungs while performing bronchoscopy. This approach is employed in diagnosing various conditions, including lung cancer, bronchial bleeding, lung fibrosis, lymphoma, and tuberculosis.
Computed Tomography (CT)
Computed Tomography (CT) is an imaging method that uses special X-ray technology to create detailed pictures or scans of the inside of the body, combining X-ray images to form cross-sectional views of vessels, bones, and soft tissues.
Robotic Orthopedic Surgery
The Robotic Orthopedic device used in prosthetic procedures for the treatment of joint arthrosis offers prosthetic surgery tailored to the patient's anatomy and biomechanics. Prosthetic surgery aims to cover the damaged joint surfaces, reduce pain, and preserve mobility and functionality.
Quantitative Computed Tomography (QCT) Bone Density Test
Quantitative Computed Tomography (QCT) Bone Density Test measures bone mineral density, typically used to evaluate and manage osteoporosis and determine fracture risk by measuring the mineral content in bones using CT.
