Let Us Call You
Let Us Call You
×
Let Us Call You
Beylikdüzü / İstanbul
Medicana International Istanbul has an indoor area of 30,000 m2. It consists of two linked departments, including inpatient and outpatient floors. Our hospital was built with the capacity and technical features to serve patients from Istanbul, the Thrace Region, and Europe.
Medical and Surgical Intensive Care Unit, Cardiovascular Surgery Intensive Care Unit, Coronary Intensive Care Unit, and Neonatal Intensive Care Unit are designed using the most recent means of technology and hospital architecture. Giving priority to patient comfort, CIP, VIP, standard patient rooms, and intensive care patient rooms are equipped with all systems required to carry out medical procedures and treatments.
Medicana International Istanbul Hospital is a competitive hospital based on the sector's position that prioritizes physicians with academic titles, doctors, technological infrastructure (general intensive care, CVS, neonatal), devices, specialized departments and clinics, and hotel services.
Indoor Area of 30,000 m2
Medicana International Istanbul Hospital has a capacity of XXX inpatient beds, eight operating theaters, 26 observation beds, 17 medical and surgical intensive care beds, 9 CVS intensive care beds, five coronary intensive care beds, and ten incubators in neonatal intensive care unit in an indoor area of 30,000 m2.
Parking lots with a capacity of 50 vehicles and free-of-charge valet parking service are also available.
Medicana International Istanbul Hospital meets a significant need of Istanbul and nearby cities, as it is the only center where advanced cancer treatment is performed. Multi-slice CT, PET-CT, MRI, Ultrasound, and LINAC with the capability of IMRT – all available in a private hospital for the first time in Istanbul -conventional radiology and nuclear medicine imaging modalities and radiation oncology make Medicana International Istanbul Hospital the center of cancer treatment.
Thanks to the state-of-the-art PET-CT imaging device in our nuclear medicine unit, which is a leader in cancer treatment, cancerous cells can be detected. Since their spread can be visualized, the necessary treatment is given only to cancerous cells, thus preventing damage to healthy cells.
A state-of-the-art PET-CT scanner installed in the nuclear medicine unit, which plays a prominent role in cancer treatment, can precisely identify cancerous cells. Thus, the treatment targets only cancerous cells, and healthy cells are not harmed.
Our Bone Marrow Transplantation Center has allowed patients from numerous cities in Turkey and many countries to turn over a new leaf for a second life in Istanbul since 2020. We are proud and happy to perform bone marrow transplantation as of 2020. We aim to fulfill many patients' bone marrow transplantation needs and maximize survival rates by our specialist doctors – each specialized in relevant field healthcare personnel, and patient rooms with 11 HEPA filters, which meet world standards.
Medicana International Istanbul Hospital aims to get high success rates in advanced medical practices by allowing patients to turn a new leaf into a second life with organ transplantation. Delivering services at international standards soon after they are put into service, our hospital has surgeons specializing in kidney transplantation. Our teams are supported by nephrologists, gastroenterologists, infectious disease doctors, psychiatrists, nutrition and diet experts, and experienced healthcare personnel. Medicana Istanbul, Organ Transplantation Center, admits patients from Istanbul and nearby cities and international patients traveling from a large geography.
Our specialist cardiologists use MitralClip for mitral regurgitations, Mitral Contour System (Carillon), Mitral Balloon Valvuloplasty (dilatation of mitral valve with balloon), perform EPS, Ablation, and non-surgical replacement of aortic valve (TAVI), implants pacemakers, carry out coronary interventions (balloon angioplasty used to restore patency of coronary arteries by inserting a catheter into a blood vessel of groin, arm or wrist in a non-surgical procedure, stent implantation and other procedures) and treats all heart and valve diseases, arrhythmia, coronary artery diseases, heart valve diseases, heart failure, and hypertension to help patients get well again.
Our In Vitro Fertilization Center delivers high-quality healthcare services by experienced doctors using state-of-the-art medical infrastructure. The center uses the most recent technology and treatment methods in assisted reproductive techniques. The unit hosts renowned and reliable specialists who have set the world alight in reproductive medicine. Our In Vitro Fertilization Center team comprises experienced gynecologists, obstetricians, Andrology (male infertility) specialists, embryologists, biologists, and nurses.
Quality, significant, and substantially cost-effective healthcare services are delivered thanks to a triangle of service formed by a laboratory characterized by increased skills and capabilities, clinicians – who have the knowledge and closely monitor advancements- and informed patients in terms of medical practices of which we witness the best examples in developed countries.
Clinical laboratories of Medicana International Istanbul Hospital are aware of their duties within the story hospital's laboratory context. The hospital's laboratory spiral is monitored monthly by the quality indicators within the Quality Control Program to achieve high standards and maximize the quality of service.
This operating process ensures that the clinical laboratory's analysis accuracy and pre- and post-analytic processes are monitored. Laboratory staff and other personnel the laboratory provides services to are regularly trained.
Clinical laboratories deliver service 24/7 based on well-educated and experienced personnel who have a dynamic mood, believe in teamwork, respect human rights, and are tolerant.
The hospital has 14 beds in the medical-surgical intensive care unit, 13 beds in the CVS intensive care unit, seven incubators in the neonatal intensive care unit, and seven beds in the Coronary intensive care unit.
Our intensive care units have waiting, information, and resting areas for family members and a Mother-Baby Adaptation – Training Room, where mothers are informed.
The design is based on unique architecture for children's playgrounds at the pediatric outpatient and pediatric inpatient clinics.
All services are organized to fulfill the needs of inpatients and outpatients at the Emergency Room of Medicana International Istanbul Hospital. One operating theater for conditions that require urgent surgical intervention and seven close monitoring beds, including one isolation room, are present in the Emergency Room along with decontamination, resuscitation, acute intervention, radiological imaging, and observation rooms. Moreover, there are two red zone beds, one yellow zone bed, 1 CPR room, and one imaging room.
Medicana International Istanbul Hospital is one of the most advanced healthcare facilities in Istanbul and nearby cities in the Middle East, the Balkans, and Caucasia, thanks to technological infrastructure, specialized staff, and modern buildings.
Medicana International Istanbul Hospital has also brightened the medical tourism of Istanbul with the high-quality services delivered to patients. The hospital has an outstanding position in medical tourism, particularly with cardiology, general surgery, neurosurgery, cardiovascular surgery, in vitro fertilization, organ and tissue transplantation, ophthalmology, oral and dental health, plastic surgery, and cosmetology departments.
Full-time English, Russian, Arabic, Kurdish, and Somali interpreters work 24/7 at the hospital.
If you come from Anatolian side
Get on metrobus No. 34AS at Kadıköy Söğütlüçeşme station and get off the metrobus at Avcılar station. Then, get on metrobus no. 34C or 34 BZ and get off the metrobus at Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you come from Üsküdar, get on the bus no. 16A, 16F, 16M, 16U, 16Ü, or 320A and get off at Uzunçayır station to arrive at Metrobus no: 34C or 34 BZ. Get off the metro bus at Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you come from Kartal, Pendik, Maltepe or Tuzla, get on Kadıköy-Kartal metro and get off the metro at Ünalan station. Go to metrobus station for transit. Get on metrobus no. 34AS and get off the metrobus at Avcılar station. Then, get on metrobus no. 34C or 34 BZ and get off the metrobus at Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you come from Ümraniye, take the Üsküdar-Ümraniye metro and get off at Altunizade station to reach the Metrobus. Get on metrobus No. 34AS and get off the metrobus at Avcılar station. Then, get on metrobus no. 34C or 34 BZ. Then, get off the metro bus at Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you travel from the European side
Suppose you are coming from Avcılar, Küçükçekmece, Beylikdüzü, Bahçelievler, or Mecidiyeköy. In that case, you can take Metrobus 34C or 34BZ at any Metrobus station and then get off at Cumhuriyet Mahallesi to arrive at Medicana International Istanbul Hospital.
If you come from Güngören, Bağcılar, or Esenler, you should get on the Kabataş-Bağcılar tramline and get off at the Zeytinburnu stop for transit. Then, get on metrobus No. 34C or 34BZ and get off the metrobus in Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you come from Taksim, take the Taksim metro and get off at Mecidiyeköy-Şişli station. Go to the Metrobus. Take Metrobus no. 34BZ and get off at Cumhuriyet Mahallesi station to arrive at Medicana International Istanbul Hospital.
If you travel from Sabiha Gökçen Airport
Private Vehicle
Via O-7 and E80:
1- Get on Anadolu Highway/O-4/E80 in Fatih from Sabiha Gökçen Airport and Airport Roundabout
2- Take O-7 and E80 to Avcılar Haramidere accommodation road in İstanbul. Take the exit toward Avcılar from E80
3- Continue on Avcılar Haramidere accommodation road. Take D100/E5 to Beylikdüzü Rd. in Büyükşehir
Via Anadolu Highway/O-4:
1- Get on Anadolu Highway/O-4/E80 in Fatih from Sabiha Gökçen Airport aalanı and Airport Roundabout
2- Continue on Anadolu Highway/O-4. Take D100 to Avrasya Tunnel in İstanbul. Take the Avrasya Tunnel exit from D100
3- Get on D100/E5 in Gültepe from Kennedy Main St.., Rauf Orbay Avenue., Eski Havaalanı Cd. and Yeşilköy Cd.
4- Follow D100/E5 to E-5 Side Road in Mevlana. Take the exit toward Beylikdüzü from D100/E5
5- Take Atatürk Blv. Roundabout, Atatürk Blv. and Atatürk Avenue. Roundaboutto Beylikdüzü Road. in Büyükşehir
Via E80:
1- Get on Anadolu Highway/O-4/E80 in Fatih from Sabiha Gökçen Airport and Airport Roundabout
2- Follow Anadolu Highway/O-4/E80 to Avcılar Haramidere accommodation road in İstanbul. Take the exit toward Avcılar from E80
3- Continue on Avcılar Haramidere accommodation road. Take D100/E5 to Beylikdüzü Cd. in Büyükşehir
Mass transportation:
Bus: 34BZ, 34C, 34G, 145T, 76, A239, 132H, 34AS, 34G, 76Y, 146, 303A, 76BA, 429A
Subway: M4
Marmaray: B1
Get directions;
A - M4 -> B1 -> 34BZ, 34C, 34G -> 145T, 76, A239
B - M4 -> B1 -> A239
C - 132H -> B1 -> 76
D - M4 -> B1 -> 76
E - M4 -> 34AS, 34G -> 76Y, 146 -> 303A, 76BA, 429A
If you travel from Istanbul Airport
Private Vehicle
Via Kuzey Marmara Highway/O-7:
1- Get on Kuzey Marmara Highway/O-7 in Tayakadın from Terminal Rd.
2- Continue on Kuzey Marmara Highway/O-7 to Çatalca. Take exit three from Kuzey Marmara Highway/O-7
3- Get on D100/E5 in Büyükçekmece from Çatalca İstanbul Road/D569
4- Follow D100/E5 to E-5 Side Road in İstanbul. Take the exit toward Beylikdüzü/Esenyurt from D100/E5
5- Continue on E-5 Yanyolu. Take Atatürk Main St. Roundaboutto Beylikdüzü Main St. in Büyükşehir
Via O-7:
1- Continue to İmrahor
2- Continue on Kuzey Marmara Highway/O-7. Take Avrupa Highway/O-3/E80 to Avcılar Haramidere accommodation road in İstanbul. Take the exit toward Avcılar from Avrupa Highway/O-3/E80
3- Continue on Avcılar Haramidere accommodation road. Take D100/E5 to Beylikdüzü Main St.. in Büyükşehir
Via O-7 and D100/E5:
1- Continue to İmrahor
2- Follow Kuzey Marmara Highway/O-7 to D100/E5 in İstanbul. Take the exit toward Tekirdağ from O-7
3- Follow D100/E5 to Beylikdüzü Main St. in Büyükşehir
Mass transportation:
Bus: HVIST-8, 303A, 401T, 448, A239, 145T, 401, H-6, 336H, 418
Get directions;
A - HVIST-8 -> 303A, 401T, 448
B - HVIST-8 -> A239, 145T
C - HVIST-8 -> 448, 303A, 401, 401T
D - HVIST-8 -> H-6 -> 336H -> 418
Meal Hours:
Our patients are provided with breakfast, lunch, and dinner subject to a program planned and approved by the Dietician.
Service Hours:
Breakfast: 06.00 - 07.00
Lunch: 12.00 - 13.00
Dinner: 17.00 - 18.00
To call your patients:
Please call our hospital at +90 (212) 867 75 00. If you know the room number of your patient, press 8, followed by the room number.
If you need to know the room number, our hospital's call center will help you.
Parking Lot
A valet parking service is available.
Cafeteria:
Starbucks is on the ground floor of our hospital. ISS Cafe provides cafeteria-style food services on the minus second floor.
Prayer Room
Our hospital has one prayer room designed to meet the needs of all religions and beliefs.
ATM
Near the entrance are ATMs of Ziraat Bank, Akbank, QNB Finans Bank, Garanti Bank, and Deniz Bank.
Store
BEYLICIUM SHOPPING MALL, EKİNOKS SHOPPING MALL, MARMARAPARK SHOPPING MALL, and 5 M MİGROS SHOPPING MALL
All of the medical technological equipment and services available at Medicana Bursa 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.
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.
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.
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.
TrueBeam
TrueBeam is a linear accelerator device used in radiotherapy treatment. TrueBeam can be used for the treatment of all types of cancer that require radiotherapy and can target tumors smaller than 0.5 mm. It is particularly preferred for treating tumors located near the brain and other small-volume, high-risk organs in the body.
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.
Spect CT
SPECT CT is an imaging technique that allows the use of two different types of images, either separately or together, in a single body scan. The combined images provide information about the functions of body areas and organs. It is mainly used in the investigation of involved lymph nodes in breast cancer, malignant melanoma, head and neck tumors, early-stage cervical cancer, and bladder cancer.
Femto Cataract Laser
The Femto Cataract Laser is a device used to treat cataract disease, which typically arises from the clouding of the eye's lens and reduces vision ability. It involves creating a corneal incision with a laser beam instead of a blade, aiming to cause less damage to surrounding tissues while correcting astigmatic defects.
3D Tomosynthesis-Featured Digital Mammography
3D Tomosynthesis features digital Mammography scans the breast tissue in three dimensions. This method allows for obtaining multiple images from different angles and creating a three-dimensional image of the breast tissue in 1 mm slices. This technology is used for the early diagnosis of breast cancer.
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.
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.
Prostate Fusion Laser
Prostate Fusion Laser is a device used for patients with prostate diseases.
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.
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.
4D Breast Ultrasonography
4D Breast Ultrasonography is an imaging device used in the diagnosis of breast cancer. As an additional method to mammography, it is used in screening for breast cancer in dense breast tissues.
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.
