Gamma Camera

The double-detector gamma camera system in the Liv Hospital Department of Nuclear Medicine enables imaging of the cardiovascular system, skeletal system, thyroid, parathyroid and other endocrine organs, genitourinary system, gastrointestinal system, pulmonary system, central nervous system, infection and inflammation. While the functions of all systems can be examined by planar imaging, tomographic data are obtained by SPECT-CT fusion technique in which functional and anatomical details are obtained.




The gamma camera device offers superior and consistent image quality with the latest HD detector technology. With the ultra-thin imaging palette, the patient bed is easy to use and provides maximum comfort for the patient. This pallet allows the detector to be positioned close to the patient; attenuates attenuation. The arm and head support make it easier to position the mechanisms with maximum patient comfort.

Automatic body contouring minimizes the distance between the detector and the patient to provide the best resolution in whole body and SPECT imaging. To complete the versatility of the device, the detector heads rotate easily to a wide variety of positions, including internal and external angles. Provides detailed viewing positions for general-purpose, cardiology, oncology and neurology studies.
 

Intraoperative Gamma Probe

One of the most important reflections of advancing technology is the monitoring of lymphatic flow of cancer tissue, which cannot be detected by examination and imaging in some tumors, and sometimes helps to detect cell-based metastases; The first lymph node (sentinel / guard lymph node) in which the tumor is drained is radioactive marking followed by removal by gamma probe. The intraoperative gamma probe is also used following non-palpable breast lesions and minimally invasive parathyroid surgery, or after injection of radioactivity to detect non-localized non-localized parathyroid adenomas during surgery.
 

Urea Breath Test

Urea breath test is a simple and reliable test used to detect helicobacter pylori infection. Helicobacter pylori is a bacterium known to be associated with a wide range of gastric diseases ranging from gastric or small intestine to the gastric, intestinal and gastric, duodenum ulcers, gastric cancer and lymphomas. Therefore, it is important to evaluate the diagnosis, treatment and treatment response.
 

Signed Leukocyte Scintigraphy

Signed leukocyte scintigraphy is a diagnostic method of nuclear medicine that is used in the study of infection focus. In particular, the investigation of fever status of unknown cause, other imaging remains suspicious of bone and soft tissue infections, joint prostheses and other infections of the detection of infections and chronic inflammatory bowel diseases are often used in the indication of activation.