MEDICAL SECOND OPINION
Medicana Kadıköy

Medicana Kadıköy Hospital is nearby the Fenerbahçe Şükrü Saraçoğlu Stadium in Kızıltoprak, Kadıköy since 2017 and it delivers world class healthcare services to the entire Anatolian side of Istanbul by a strong team of physicians with academic title.

Adding comfortable and good-humored care approach of Medicana to specialized and outstanding physicians and modern medical technology, Medicana Kadıköy Hospital is an attraction center in terms of health for entire Istanbul…Having 12-storey building, Medicana Kadıköy Hospital and 450 experienced personnel stand by you whenever you need…

Patient-oriented Service Approach…

As is the case with all Medicana Hospitals, Medicana Kadıköy Hospital prioritizes patient safety, continuity and integrity of services and maximum comfort and quality at treatment areas. Incorporating distinguished characteristics of modern hospital architecture, Medicana Kadıköy Hospital is designed to meet needs of patients and relatives in patient rooms, waiting lounges, outpatient care areas and diagnosis and treatment units.

Interior architecture is designed using visuals that evoke positive mood by considering mood of patients. Transportation, emergency access, specialized patient rooms and the spaces created for comfort of relatives are planned meticulously.

Outpatient areas, where procedures and interventions are performed, are also designed by prioritizing comfort of patients. Balance Center and Audiology Laboratory are present in otolaryngology department, while there is an Urodynamia area in Urology department. General Surgery outpatient clinics cover all departments and provide specialized services, such as Nephrology, Rheumatology, Neurology and Cardiology.

Indoor Area of 15,000 m2

Having an indoor area of 15 thousand sqm, the hospital eliminates a serious drawback by delivering services in line with corporate strategy of Medicana with a capacity of 80 inpatient beds, 7 beds in adult intensive care units, modern neonatal care units, operating rooms designed in line with advanced technology to perform all surgeries and more than 40 outpatient examination rooms as well as disabled patient rooms and isolation rooms, while it also has almost 60 renowned doctors with academic title, who are visited and appreciated by residents of Anatolian side.

  • Standard Room

    Medicana Kadıköy Hospital has 61 standard rooms designed to meet all needs of patients and family members. Standard rooms are distinguished with white tones. Mini fridge, television, internet, personal safe, and newspaper services are available in our spacious patient rooms which meet all the basic needs of patients and family members. The rooms include a single-seat sofa for patients’ companions to rest, an information brochure to inform patients and companions about risk of fall, and nurse call cords in toilets and bathrooms.

  • Suite Room

    Suites of Medicana Kadıköy Hospital are designed to be “as comfortable as your home” for meeting various needs of patients and companions; the rooms consist of two separate parts. In the specifically designed rooms, a separate room is available for the visitors. There is also a television in patient room for the patient and companions. There are only 5 suites, where all hygienic conditions are carefully fulfilled, and these rooms have a separate bathroom for companions along with a chair to rest. There is a nurse call button next to the patient bed and a nurse call cord is available in toilets and bathrooms against the risk of fall.

  • King Suite Room

    King Suite is among the rooms designed to meet various needs of patients and their family members at Medicana Kadıköy Hospital. The room creates a difference as it is designed as an apartment consisting of patient room, single room for relatives and a changing room. All efforts are made to ensure comfort of the patient by providing all types of basic and luxury objects that can be needed.

  • Gastroenterology
  • Physical Medicine and Rehabilitation
  • Infectious Diseases
  • Pediatrics
  • General Surgery
  • Neurology
  • Orthopedics and Traumatology
  • Cardiology
  • Otorhinolaryngology
  • Pulmonary Medicine

Mass Transportation Lines

Bus: 16D, 34AS, 4

Train: MARMARAY

Subway: M4

Minibus / Dolmus (Shared Taxi): DOLMUS (SHARED TAXI): D-36

  • If you come from Sabiha Gökçen Airport

    Private Vehicle:
    1.Go to O-4/E80 over Sabiha Gökçen Airport, Airport Crossroad and Kurtköy Pendik Junction at Kurna location.
    2.Go towards southwest direction.
    3.Proceed from the left side of intersection to go towards Sabiha Gökçen Airport direction.
    4.Proceed towards Sabiha Gökçen Airport direction.
    5.Turn left to go along Sabiha Gökçen Airport. Enter Sabiha Gökçen Airport.
    6.Take the first exit from roundabout and proceed along Sabiha Gökçen Airport.
    7.To follow the link road at Pendik/D100/O-4/Ankara/E80/Istanbul direction, use the right lane.
    8.Keep driving towards Airport Crossroad.
    9.To follow the link road at Istanbul/O-4/E80 direction, use the right lane.
    10.Enter Kurtköy Pendik Junction.
    11.Keep driving from the left side of intersection. Follow Istanbul/O-4/E80 signboards and join O-4/E80 way.
    12.To go to Kozyatağı O2 Junction at Istanbul location, follow O-4 route.
    13.Join O-4/E80 way.
    14.Drive at the left side to keep going on O1-O2 Çamlıca Junction/O-4.
    15.Take Kadıköy/Bostancı exit.
    16.Enter Kozyatağı O2 Junction/Istanbul Freeway/O-2.
    17.Go towards Istanbul Freeway/O-1 target over D100 at Acıbadem location.
    18.Use the middle lane to keep going on Kozyatağı O2 Junction and to follow Göztepe/Sahrayıcedit/Erenköy/Kadıköy/Harem/Feribot signboards.
    19.Use the right lane to follow the link road towards Göztepe/Kadıköy/Harem.
    20.Join D100.
    21.Go straight to proceed along D100.
    22.Use the right lane to follow the link road towards Kadıköy/Fenerbahçe.
    23.To go towards Zühtüpaşa target proceed on Istanbul Freeway/O-1.
    24.Follow Istanbul Freeway/O-1 by-road and take the exit at Fenerbahçe Stadyum/Caddebostan direction.
    25.Join Istanbul Freeway/O-1.
    26.Use the 2 lanes at left side to follow the exit at Fenerbahçe Stadyum/Caddebostan direction.
    27.Proceed on Bağdat Street.
    28.Drive to Recep Peker Street.
    29.Proceed at direction of Bağdat Street.
    30.Make a full right turn towards Recep Paker Street.
    31.You will see the hospital at the right.

  • If you are coming from Istanbul Airport

    Private Vehicle:
    1.Go to D020 target at İhsaniye location.
    2.Proceed 1.3 km towards west.
    3.To follow Kemerburgaz link way at Istanbul/Kağıthane direction, keep driving from the left side of intersection and join D020.
    4.Proceed on D020.
    5.Go to Bağdat Street target over Istanbul Freeway/O2 at Istanbul location.
    6.Follow Istanbul Freeway/O-1 by-road and take the exit at Fenerbahçe Stadyum/Caddebostan direction.
    7.Proceed on Bağdat Street.
    8.Make a full right turn towards Recep Paker Street.
    9.You will see the hospital at the right.

  • If you travel from Esenler Bus Terminal

    10.Private Transportation;
    11.To go to Dumlupınar Street, follow Özkan Street and Öztekin Street route.
    12.Proceed towards south of Doğanay Street location from Özkan Street location.
    13.Turn right at Barış Street direction.
    14.Turn left at Öztekin Street direction.
    15.To go to Recep Peker Street at Zühtüpaşa location, follow Avrupa Highway/O-3, 10. Yıl Street, Kennedy Street, Euroasia Tunnel and Taşköprü Street route.
    16.Use the left lane to joint Dumlupınar Street.
    17.Proceed towards Highway Link Road.
    18.To follow the link road at Edirne/O-3/E80/Havalimanı/Aksaray/Hal direction, use the right lane.
    19.Proceed towards Highway Link Road.
    20.Use the right line to follow the link road towards Bayrampaşa/Topkapı/Aksaray/D100.
    21.Join Avrupa Highway/O-3.
    22.To keep going on Adnan Menderes Boulevard, use the middle lane.
    23.Use the right lane to follow the link road towards Yedikule.
    24.Enter 10. Yıl Street. Keep driving at left side of intersection and follow Zeytinburnu/Sahilyolu signboards.
    25.Proceed at direction of 10.Yıl Street.
    26.Take the bear left on 10. Yıl Steet and join Genç Osman Street.
    27.Take a bear right turn and use any lane to switch to Kennedy Street route.
    28.Turn right and use the 2 right lanes to joint link road at Yenikapi/Avrasya Tüneli/Sirkeci/Sultanahmet direction.
    29.Proceed from left to stay on Kennedy Street.
    30.Proceed towards Euroasia Tunnel.
    31.Keep going at right side of intersection, follow Üsküdar/Koşuyolu/Acıbadem signboards and join Köftüncü Street.
    32.Take a bear left turn towards Alidede Street.
    33.Take a bear right turn and use right lane to switch to Dinlenç Street route.
    34.Proceed from right to stay on Dinlenç Street.
    35.Take bear right turn to proceed along Dinlenç Street.
    36.Enter Taşköprü Street.
    37.Proceed at direction of Bağdat Street.
    38.Make a full right turn towards Recep Paker Street.
    39.You will see the hospital at right side.

  • Parking Lot

    Valet parking service is available at our hospital.

  • Cafeteria

    Robin Cook offers both cafeteria and food services in our hospital.

  • Hairdresser

    Hairdresser serves all patients in their rooms; patients, who will give birth, are served upon request of the primary nurse.

  • Prayer Room

    Our hospital has a prayer room that is designed to meet needs of all religions and beliefs. Special services available upon request are as follows:
    Hot Drink Set
    Minibar refill service
    Fruit Dish Service
    Courier service
    Dry Cleaning Service
    Transportation Service
    Coiffeur Room
    Decoration Service
    Photograph service
    Newborn Infant Clothing
    Companion Service
    Animation Service
    Special Celebration Meal Service

Medicana Kadıköy Hospital has following medical technology devices and services:

COMPUTERIZED TOMOGRAPHY (CT)

CT scanner GE Optima 640 128-detector 256-slice

Following examinations are performed by the scanner;

Abdominal CT Angiography

Renal CT Angiography

Coronary CT Angiography

Peripheral CT Angiography

Cerebral and Carotid Angiography

CT Virtual Bronchoscopy

CT, Brain Perfusion

CT-guided biopsy:

Cranial (Brain) CT

Orbital CT

CT of Paranasal Sinus

CT of Cervical Spine

CT of Thoracic Spine

CT of Lumbar (Lumbosacral) Spine

CT of the Neck (Soft tissue)

CT of Thorax (Lung)

CT of the Temporal Bone – IAC (Internal Acoustic Canal)

CT of Temporomandibular Joint

CT of Upper Limb (Hand, Wrist, Forearm, Wrist, Humerus, Shoulder, Clavicle)

CT of Abdomen and Pelvis (Abdominopelvic)

CT of Pelvis

CT of Hip

CT of Sacroiliac Joint

CT of Sacrum - Coccyx

CT of Lower Limb (Foot, Ankle, Cruris, Knee, Femur)

Contrast-enhanced CT Angiography of Single Anatomic Region

CT scanner GE Optima 640 128-detector 256-slice

Following special CT images are acquired by the scanner along with routine imaging modalities;

Coronary CT Angiography

Peripheral CT Angiography

Cerebral and Carotid Angiography

CT Virtual Bronchoscopy

CT, Brain Perfusion

CT-guided biopsy:

Coronary CT Angiography

CT allows evaluation of diseases, which develop in heart and coronary arteries, within a very short time.

Peripheral CT Angiography

CT angiography is a technique with ever increasing use at clinical settings and proved accuracy for evaluating pathologies of arterial system in lower limb.

It is 100% safe method to image blood vessels in smokers and diabetic patients.

Cerebral and Carotid CT Angiography

The technique is used to image blood vessels of the neck and brain. The method is commonly used in embolism and bleeding.

The outcomes are extremely safe.

CT Virtual Bronchoscopy

Advanced computer technology allows creating virtual images of the tracheobronchial tree using the data acquired from spiral computerized tomography of thorax. Virtual bronchoscopy simulations present major endobronchial anatomic findings correctly. This technique may play role in bronchoscopy planning, endoscopy training and endobronchial treatment.

It is an alternative particularly for patients, who avoid endoscopic examination.

CT, Brain Perfusion

CT Perfusion (CTP) is a CT modality that is commonly used to diagnose cerebral ischemia and evaluate the prognosis.

CT-guided Biopsy

CT-guided diagnostic biopsy can be performed for organs and body parts, such as lung and chest wall, adrenal gland, pancreas, bones, spine and lymph nodes.

MAGNETIC RESONANCE IMAGING (MRI)

There is 1.5 Tesla GE Signa Explorer MRI scanner at our hospital.

Following examinations are performed by the scanner;

MR Spectro

Cardiac MRI

MR Perfusion

Diffuse Tensor Imaging (DTI)

Peripheral MR Angio (Contrast-enhanced and non-contrast enhanced)

Iron Analysis in Liver

MR Enteroclisis (MR Enterography)

Carotid Angiography (Contrast-enhanced and non-contrast enhanced)

Renal Angiography (Contrast-enhanced and non-contrast enhanced)

CSF Flow Analysis

Cranial MRI

MRI of the Pituitary Gland

MRI of the Orbit

MRI of Nasopharynx

MRI of the Neck (Soft tissue)

MRI of cervical spine

MRI of Dorsal (Thoracic) Spine

MRI of Lumbar (Lumbosacral) Spine

MRI of the Neck (Soft tissue)

MRI of Thorax

Breast MRI

MRI of the Temporal Bone – IAC (Internal Acoustic Canal)

MRI of Temporomandibular Joint

MRI of Upper Limb (Hand, Wrist, Forearm, Wrist, Humerus, Shoulder, Clavicle)

MRI of Abdomen and Pelvis (Abdominopelvic)

MRCP (MR Cholangiography)

MRI of Pelvis (Bone)

MRI of the Prostate (Multiparametric)

MRI of Scrotum

Penile MRI

MRI of Hip

MRI of Sacroiliac joint

MRI of Sacrum - Coccyx

MRI of Lower Limb (Foot, Ankle, Cruris, Knee, Femur)

Contrast-enhanced MR Angiography of Single Anatomic Region

Advanced MRI examinations are also performed along with routine MRI scans.

Cardiac MRI

MR Spectro

MR Perfusion

Diffuse Tensor Imaging (DTI)

Peripheral MR Angio (Contrast-enhanced and non-contrast enhanced)

Iron Analysis in Liver

Carotid Angiography (Contrast-enhanced and non-contrast enhanced)

Renal Angiography (Contrast-enhanced and non-contrast enhanced)

CSF Flow Analysis

Cardiac MRI

Cardiac MR allows functional, morphological, flow analysis and iron analysis at our hospital.

MR Spectroscopy

Magnetic resonance spectroscopy is an MRI modality that measures concentration and distribution of metabolites in brain.

Difference between chemical compositions of these metabolites is present in graphical format. The technique is significantly useful in differentiation of mass lesion (malignant tumor, abscess, demyelinating etc.) detected in cranial MRI.

Differentiation of such diseases and determination of malignancy are very critical regarding treatment planning. It also plays a critical role in differentiation of recurrence and radiation damage in patients, who were managed with surgery and/or radiotherapy.

MR Perfusion

Perfusion MR is a special functional MR imaging modality that measures and images blood flow in brain.

It plays a major role in stroke patients and tumor staging.

Diffuse Tensor Imaging

Diffuse tensor imaging (DTI) images the direction of strongest restriction in diffusion inside the tissue and it provides a quantitative result. Moreover, the diffusion data characterized in the voxel and the white matter can be shown three dimensionally and in a more detailed manner using fiber tractography algorithms.

Peripheral MR Angio (Contrast-enhanced and non-contrast enhanced)

This method is used to image peripheral arteries.

Contrast-enhanced peripheral MRA can be scanned in 10 minutes at our hospital.

For patients with kidney disease, we can perform non-contrast enhanced scans.

It is an alternative to peripheral CT angiography particularly for patients with risk of allergy.

Carotid MR Angiography

This method is used to image diseases of the carotid artery. Contrast-enhanced and non-contrast enhanced scans can be performed.

Renal MR Angiography

Contrast-enhanced and non-contrast enhanced Renal MRA can be scanned at our hospital.

Iron Analysis in Liver

Iron concentration can be analyzed in liver and heart for Thalassemia patients at our hospital.

CSF Flow Analysis

It is reserved for determining potential benefit of diagnosis and treatment of types of hydrocephalus.

Certain features of cerebrospinal fluid, which flows inside the cavities in brain, are examined.

Breast MRI

The patient is not exposed to radiation, as breast MRI does not use ionizing radiation. Contrary to mammography, there is no age limitation.

It offers superiority to diagnose suspected breast lesion detected in mammography and ultrasound and also to detect spread of lesions in diagnosed patients.

Breast MRI is scanned before and after injection of the contrast agent. Images are acquired three dimensionally in the form of thin slices after contrast agent is administered and thus, MRI sequences are completed.

Multiparametric MRI of the Prostate

Multiparametric MRI of the Prostate is the best imaging modality that can detect clinically significant prostate cancer and guides the biopsy procedures.

Multiparametric MRI of the prostate implies numerous MRI sequences (T1- and T2-weighted sequences, diffusion-weighted sequences, ADC mapping, dynamic sequences, Perfusion MR and MR Spectroscopy) that should be run to make a diagnosis and also involves basic MRI sequences.

Ultrasound-guided Interventional Procedures

Ultrasound-guided needle biopsy of kidney, aspiration of renal cyst

Liver needle biopsy and ultrasound-guided percutaneous drainage and aspiration of certain lesions, such as hepatic abscess and hydatid cyst,

Stereotactic mammography-guided breast biopsy, marking

Thyroid fine needle aspiration biopsy, imaging-guided

Ultrasound-guided drainage of intra-abdominal abscess and permanent insertion of catheter

Ultrasound-guided paracentesis (therapeutic)

Ultrasound-guided thoracentesis (diagnostic)

Percutaneous Paracentesis / Thoracentesis (ultrasound-guided)

Prostate biopsy (ultrasound-guided)

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