Global Nuclear Imaging Market
According to the report “ Nuclear Imaging Market ", published by Market Data Forecast , the global market is projected to reach USD 15.34 billion by 2021 , at a CAGR of 8.87 % from 2016 to 2021 .
Medical imaging is the method of making a visual image of the inside of the body for medical intervention . These devices aid in creating a databank of normal anatomy and physiology of internal organs so that any irregularity can be observed immediately .
Nuclear imaging is most commonly utilized for cardiovascular and oncology applications . It refers to the method of generating visuals of the organs of the body by processing minor quantity of radioactive tracers . The images are obtained using a gamma camera and can be documented on film or on a computer .
The growth of the Global Nuclear Imaging market is mainly due to factors such as an increase in the number of cancer and cardiovascular disease cases , predilection towards minimally invasive procedures , ready availability of radiopharmaceuticals , and improving healthcare infrastructure in developing markets . However , factors such as costly procedures & equipment , inadequate number of trained medical staffs , and shortage of supplies are hampering the growth of the market .
Global Market for Nuclear Imaging is segmented based on Technology , Application and region
1 . Based on Diagnostic Technologies :
� PET Radioisotopes a . Rubidium-82 b . Fluorine-18 c . Others
�
SPECT Radioisotopes a . Thallium-201 b . Technetium-99m c . Xenon-133 d . Iodine-123 e . Others
2 . Based on Application : �
PET
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