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Nilüfer / Bursa
Medicana Bursa Hospital is the 13th Hospital of Medicana Health Group. It provides residents of Bursa with world-class healthcare services and has managed to meet the healthcare needs of South Marmara in a single healthcare facility; it is one of the very significant investments in the health sector. The infrastructure is available to render services in line with international patient care standards, state-of-the-art devices, and a large team of academic personnel. Services are provided in modern diagnosis and treatment units equipped with advanced medical technologies.
Having a fair position among a limited number of outstanding private hospitals due to its modern technology and technical features, Medicana Bursa Hospital has already become a reference hospital in the region, as it admits patients from neighboring cities, such as Balıkesir, Yalova, Çanakkale, and Kütahya.
The private Hospital is distinguished by 24/7 emergency medicine services, advanced medical procedures, and a sophisticated team of physicians.
Indoor Area of 40,000 m2
Medicana Bursa Hospital has a capacity of 300 beds, 223 of which are active. The Hospital's indoor Area is 40,000 sqm and includes active. The Hospital has eight operating theaters and two delivery rooms. In addition, the Hospital is 40,000 square meters. The Hospital has closed and opened parking lots.
Medicana Bursa Hospital hosts many specialized units thanks to its technical infrastructure, medical technology, healthcare professionals in all departments, and multidisciplinary approach. The Hospital has many specialized units, from Oncology and Neurosurgery to Cardiovascular Surgery and Interventional Radiology.
Oncology Unit (Radiation Oncology, Medical Oncology)
Oncologic Surgery Unit (All Departments)
Cardiology and Cardiovascular Surgery Unit
Congenital and Pediatric Cardiac Surgery Unit
Vascular Surgery Unit
Phytotherapy Unit
Interventional Radiology Unit
Home Care Unit
Hair Transplant Unit
Hematology Unit
Pediatric Hematology and Oncology Unit
Nuclear Medicine Unit
Nephrology Unit
Endocrinology Unit
Ophthalmology Unit
Advanced Oncology Unit
The Hospital features an Oncology Unit designed to meet all patients' medical and social needs. The unit utilizes up-to-date technology and the standard clinical approach of all relevant medical disciplines (Surgery, Medical Oncology, and Radiation Oncology). Available devices include Versa HD and Synergy Platform, which enable numerous therapeutic modalities in a single device, such as Volumetric Arc Therapy (VMAT), Intensity-Modulated Radiotherapy (IMRT), Imaging-guided Radiotherapy (IGRT), Stereotactic Radiosurgery and Radiotherapy.
Oncologic Surgery
In the Oncologic Surgery department of Medicana Bursa Hospital, radical surgeries and minimally invasive procedures, which play an essential role in cancer treatment, are performed using top-tier technology in cancer surgery. Adopting a multidisciplinary treatment approach also in the surgical treatment of cancer, Medicana Bursa Hospital discusses treatment options for cancer patients in a multidisciplinary tumor council, and patient-specific treatment plans are concluded. Renowned physicians serve patients with academic titles and healthcare professions with advanced experience in patient care in departments of general surgery, thoracic surgery, gynecologic oncology, urology, neurosurgery, head & neck surgery, and oncoplastic surgery.
The General Surgery department deals with the diagnosis and treatment of breast cancer, benign tumors and diseases of the breast, esophageal cancer, benign diseases of the esophagus, stomach cancer, colon cancer, rectal tumors, anorectal tumors, liver cancers, benign and malignant tumors of the liver, tumors of gallbladder and bile ducts and pancreas.
In the Gynecologic Oncology Unit of the Department of Gynecology and Obstetrics, laparoscopic procedures are carried out for the treatment of cervical cancers, ovarian cancers, and vulvar-vaginal cancers.
The Otolaryngology and Head & Neck Surgery department performs surgery to treat throat, pharynx, larynx, paranasal sinus, and nasal cavity tumors, tonsil and salivary gland cancers, and tumors of the mouth cavity, the floor of the mouth, tongue, uppermost part of the throat, the Area located between the posterior throat and nasal cavity, the lower part of the throat, earlap, and external auditory canal.
The Neurosurgery Department deals with the surgical treatment of cerebral, cerebellar, and spinal tumors.
A multidisciplinary approach is also crucial for treating lung cancer. Experienced Urologists perform surgeries for kidney cancer, testicular cancer, and other urologic oncological conditions—care Services.
Intensive Care Services
Offering healthcare services with a capacity of 58 beds, the intensive care units are organized into Neonatal Intensive Care Unit (12 beds), Coronary Intensive Care Unit (8 beds), CVS Intensive Care Unit (7 beds) and General Intensive Care Unit (31 beds).
Superior technological infrastructure
It is one of the private hospitals equipped with the most up-to-date and state-of-the-art medical devices in the region, as evidenced by the excimer laser in ophthalmology, MRI and CT in Radiology, Linak in Radiation Oncology, PET/CT in Nuclear Medicine, Angiography devices compatible with Interventional Radiology, EUS (Endoscopic Ultrasound) and Fibroscan in Gastroenterology, HoLEP and Fusion Biopsy in Urology and Nanoknife (IRE) in General Surgery.
First Patient Safety…
As with all hospitals of Medicana Health Group, Medicana Bursa Hospital adopts a patient-centered service approach that prioritizes patient satisfaction and good-humored service delivery. Experienced physicians deliver multidisciplinary diagnostic and therapeutic services. Patient rights, safety, and requirements are prioritized. The Hospital provides evidence-based, up-to-date, and highly qualified healthcare services by paying attention to advancements and ethical values.
Comprehensive Solution for Emergency Service Requirements of Bursa
Emergency service infrastructure is planned to fulfill emergency medicine demands created by proximity to the main roads of Bursa and quickly developing and growing settlement areas. Emergency Services can be accessed through the shortest route within the entire structure. Intervention rooms with modern equipment enable emergency interventions and resuscitation procedures for patients with cardiac arrest, injury, or trauma. At the same time, observation beds are available for the critically ill patients, who require close monitoring. The Emergency Medicine Department has a total capacity of 15 beds, including nine beds for adult patients (four female, five male), five beds for children, 14 beds for observation and monitoring, and 1 bed in the isolation room.
International Patient Center Office for International Patients
Medicana Bursa Hospital has a particular unit designed for international patients who travel from various countries to meet diagnosis and treatment needs. Personnel with good command of Arabic and English are available in the center, and thus, international patients are ensured to feel at home throughout the inpatient processes.
Its proximity to shopping malls in the city and ease of transportation due to its proximity to the main roads and the rail system position Medicana Bursa Hospital as the primary Hospital presented many health problems for residents of Bursa. Due to the location, the Hospital is planned by considering the emergency cases and continues to offer accurate, efficient, and quick solutions. Our Hospital is near the Carrefour Shopping Mall between Acemler and Nilüfer subway stations.
If you come Kestel-Gürsu
Private Vehicle
Take Ankara Road to İzmir-University (follow the subway line), and you will see our Hospital on the left side of the road when you reach Nilüfer district.
Subway
If you take the subway, get on the subway train No.2 to Uludağ University and get off at Nilüfer station, and you will see our Hospital when you walk towards Acemler station.
If you approach from Uludağ University – Görükle
Private Vehicle
When you drive towards Bursa, you will see our Hospital near the road.
Subway
take train No.2 to Kestel and get off at Nilüfer station. Then, walk towards Acemler station, and you will see our Hospital.
If you come from the city bus station
Subway
Get on the municipality bus No. 93 and get off the bus in front of the bus station pudding shop across from our Hospital; use the overpass to reach our Hospital.
Transportation with a Private Vehicle
Private Vehicle
You will see Özdilek Mall on the right side of the road when you drive towards the city town. Drive left to İzmir Road after you leave the mall behind. You will see our Hospital on the left side of the road when you reach Nilüfer district.
If you travel from Mudanya
Subway
Take the bus from Mudanya to Bursa and leave at Emek subway station. Then, take subway train No. 1 to Kestel and get off at Paşa Çiftliği station. Finally, get on the oncoming subway train No. 2, get off at Nilüfer station, and walk towards Acemler Station; you will see our Hospital.
Parking Lot
The Hospital has open and closed parking lots, along with valet parking.
Cafeteria:
Robin Cook Café renders both cafeteria and food services in the hospital. Moreover, Starbucks, a world-class brand, offers a menu of drinks enriched by various coffees.
Hairdresser
Hairdresser serves all patients in their rooms; patients are served upon request of the primary nurse.
Heliport
Our Hospital does not have a heliport. However, there is a heliport at a very close location across the Hospital.
Prayer Room
On the B1 floor, our Hospital has two prayer rooms to accommodate all religions and beliefs.
ATM
There is no ATM inside the Hospital. ATMs of all banks are available in the shopping mall across the Hospital.
Store
There is no store in our Hospital. There are three large shopping malls at very close distances (Marka Shopping Mall, Carrefour Shopping Mall, Parkora 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.
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.
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.
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.
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.
Femtosecond Laser
Femtosecond Laser is used in eye surgery or LASIK (Laser-Assisted In Situ Keratomileusis). In this method, vision impairments or refractive errors such as myopia (nearsightedness), hyperopia (farsightedness), and astigmatism can be treated using laser systems.
Fibroscan
Fibroscan employs ultrasound technology to assess liver conditions by detecting damage and quantifying the accumulation of scar tissue. Serving as a non-invasive alternative to traditional liver biopsy, it evaluates liver fat levels and fibrosis, providing an estimation of liver damage. This technique is pivotal in monitoring different liver disorders and determining the success of treatments, offering a patient-friendly option for continuous liver health assessment without the need for invasive procedures.
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.
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.
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.
