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Monthly Archives: September 2008
Parts of a Radiographic Film
Base – supports the emulsion – 150-300 mm thick – semi rigid lucent and made of polyester – the foundation of the Radiographic Film. – its primary purpose is to provide a rigid structure unto which the emulsion can be coated – it is flexible and fracture- resistant – maintains the film shape and size during use and processing to limit extortion ● Dye- is added to tint the film blue to reduce eye strain.● Dimensional Stability- is the property of the base to maintain its size and shape. Four Types of Base Glass Plate- the original film base Cellulose Click Here To Read More
Radiographic Positioning Guide for Radiologic Technologists
This is the continuation of the positioning guides that have been pending for posting months ago… This second part are positioning Methods starting from letters D – J. D DANELIUS-MILLER METHOD – Routine horizontal beam view of the hip. DENEER METHOD – See Dunlop Method. DIDIEE VIEW – Shoulder view. Patient prone with cassette under the shoulder. Arm parallel to the table top with a 7.5cm pad under the elbow. Dorsum of hand on the hip with the thumb directed upward. Beam angled 45 degrees. DUNCAN-HOEW METHOD – Flexion and extension views of the lumbar spine (PA and lateral). DUNLAP, Click Here To Read More
Radiologic Technologists No Longer Needed
While watching and downloading some videos from youtube, I came across this very interesting video, which I think may alarm th Radiology Profession. A new technology has already risen that may possibly replace the x-ray imaging system… I’m sure you’re already wondering what I am talking about. Well, just watch the video below to see what I mean. I wonder if this device uses radiation or not…or if it does, how on earth can it be produced? I mean the x-rays… If you have any idea or you have already encountered this modern technology, kindly share your thoughts in the Click Here To Read More


