Medical Imaging Laboratory

The Medical Imaging Laboratory, which requires the techniques and technologies needed for radiological examinations in the diagnosis or treatment of diseases, has been put into service as a training and research laboratory.

The Medical Imaging Laboratory, which is used for educational purposes, has a well-equipped team to train students for patient approaches and positions to consolidate their knowledge before going on the field.

In addition to theoretical knowledge, students have the opportunity to work in a real laboratory environment with advanced practical and practical training, and they can take a step into their professional working lives with the experience they have gained when they graduate.

Administrative Staff

Vice Rector

Prof. Dr. Ahmet İLVAN

[email protected]

444 1 428 - 56102

Laboratories Coordinator

Öğr. Gör. Veli Bülent UÇAR

[email protected]

444 1 428 - 14628

Academic Staff

Öğr. Gör.

Funda Fındık GÜMÜŞ

[email protected]

444 1 428 - -

Medical Imaging Techniques Department Head

Dr. Öğr. Üyesi Füsun ÇETİN

[email protected]

444 1 428 - 57003

Prof. Dr.

Mustafa DEMİR

[email protected]

444 1 428 - -

Lecturer

Samet AYKAÇ

[email protected]

444 1 428 - 58001

Medical Imaging Laboratory

Collimator

General Information It aims to conduct screening by adjusting the angle and intensity of the area in which the X-ray will be applied.
Brand & Model Kolimatör Aselsan D110C
Technical Details

Vibrations which has 3000 MHz frequency are created in the 10 diameter chambers.

Such high frequency electromagnetic waves are transmitted to the channel in the middle of these chambers.

 

Laser Imaging

General Information The tape, transmitted by the stative after placing the x-ray film, is transferred to the imaging device. The device then scans the tape and transmits the image to the x-ray film. Thus, helps the writing and imaging of radiogram to the film.
Brand & Model Konica Drypro 751
Technical Details

Filtration and Half-Value Thickness Test

X-Ray Field and Beam Field Suitability (Collimation) and Perpendicularity Test

Focus Point Size and Separation Efficiency Test

Automatic Beaming Control Test

X-Ray Unit

General Information X-ray’s feature of passing through tissue is the fundamental reason behind their usage in diagnostic radiology. Its fluorescence and photographic properties helps to obtain an image. Obtained film tapes are processed through CR film printing machine. The film obtained from the printer is delivered to the patient.
Brand & Model Processor SRX-101A
Technical Details

Heat resistant tube.

Vacuumed for longer use and efficient x-ray production.

5cm2 tube entrance

Tube in cast for preventing unnecessary x-ray spreading.

X-Ray Imaging Unit

General Information X-ray’s feature of passing through tissue is the fundamental reason behind their usage in diagnostic radiology. Its fluorescence and photographic properties helps to obtain an image. Obtained film tapes are processed through CR film printing machine. The extent of the absorption of x-ray beams will differentiate, since the atoms and tissues forming the human body consist of different thickness, intensity and weight. X-ray beams forms an image by penetrating through tissue with different absorption and penet
Brand & Model Turay HF 50-R
Technical Details

Computed Tomography (CT)
Single Photon Emission Computed Tomography (SPECT)
Positron Emission Tomography, Mammography

Floating/Elevator Table

General Information Floating/elevator table is simple to use but an efficient equipment.
Brand & Model Floating/Elevator Table
Technical Details

Can be moved to left or right.

Rail system

No electric current

 

Rezervasyon Takvimi
kullanim

Makale Başlığı

02.02.2020 Detaylar

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LaboratuvarCihaz AdıTest Adı/Tedavi Parametreleri/Yapılan Uygulamalar
Istanbul Aydin University Halit Aydın Kampüsü No:38 , Sefaköy–Küçükçekmece, Istanbul, 34295 Tel: 444 1 428

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