Nuclear Medicine

SPECT

Skeletal: To evaluate the distribution of active bone formation in the body. To evaluate metastasis, osteomyelitis, orthopaedic problems or sports injuries., Renal: To know functional status of the kidneys, tubular transit status, adequacy of PUJ and vesico-ureteric reflux., Cardiac: Rest and stress myocardial perfusion scans can assess viability and stress-induced perfusion defects., Multigated acquisition (MUGA) scan can calculate the left ventricle ejection fraction., Breast: To evaluate cancer cells in breasts., Lung: To evaluate perfusion defects and pulmonary thromboembolism., Thyroid: To assess the functioning of thyroid gland and to evaluate thyroid nodules. To evaluate thyroid malignancies., Parathyroid: To evaluate parathyroid adenomas., Eyes: In the evaluation of dacryocystitis and lacrimal duct obstruction., Gastroenterology: RBC labelled GI bleed can detect active, intermittent lower gastro esophageal bleed., Esophageal motility studies in distinguishing organic from non-organic disease. GE reflux study can assess GE reflux. Gastric emptying scan can assess stomach’s ability to empty., Meckel’s scintigraphy in assessing meckel’s diverticulum., Hepatobiliary Scintigraphy is used in evaluation of cholecystitis, neonatal jaundice and gall bladder dyskinesia. Liver Scintigraphy can evaluate hepatomegaly, splenomegaly, fatty liver, liver metastasis, liver lesions, cirrhosis, alcoholic hepatitis, budd chiari syndrome and liver trauma., Neuro: To evaluate cerebrovascular disease, dementia, presurgical localization of epileptic foci, brain trauma and herpes simplex encephalitis and CSF leak., Lymphatic system: To evaluate upper limb and lower limb swellings as in cases of filariasis, congenital lymphatic hypoplasias or aplasisas, post-surgical lymphatic obstructions., Venous system: In the diagnosis of DVT.

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Digital PETCT

Digital PETCT gives less radiation dose to patients but gives huge information to your doctor., AI-empowered scan navigation system allows the PET and CT to be done simultaneously., Most sensitive PETCT scans can detect smaller lesions which allows for early diagnosis. , Your one-stop cardiac imaging and analysis both for PET and CT. Say goodbye to angio during routine follow-up scans. , Aids in efficient dose management and reduced scan times. , Enhances accuracy with superior sensitivity and detectability parameters compared to analog PETCT. , Provides a better understanding of the advancement of the disease, including detecting smaller lesions at lower PET isotope doses. , The patient’s radiation exposure is reduced by 50-70%. , Provides precise information on cancer staging and restaging. Whole body scan can be done as fast as 5min.

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Digital PETMR

First true digital PETMR in Asia., The ultimate in PETMR with LYSO digital PET. detector. High potential yet limited adoption. , Most accurate diagnosis and treatment options can be possible for the brain, which may be missed in 50% of the PETCT findings. , HYBRID technology harnesses the strengths of PET and MRI to produce some of the most detailed pictures of the inside of your body. , HYBRID PETMR is a valuable tool for the diagnosis of cardiac sarcoidosis; it can be used to tailor and monitor treatment. , Intelligent PETMR planning is necessary for the optimization of bed overlaps. , Noval imaging modality that can assess disease activity together with assessments of cardiac anatomy, function, and tissue composition during a single scan. , Lower radiation doses are important for younger patients. , Most precise diagnosis and aids in selecting appropriate treatment choices for various types of malignancies. , Most useful in evaluation for suspected tumour recurrence and newly developed distant metastasis. , The effective mean dose of radiation can be reduced by 83.2% when compared to PETCT. , Most precise to detect neurological disorders, including epilepsy, dementia, soft tissue tumour, and metastatic diseases. , One-stop shop for accurate imaging evaluation of HCC, lymphoma, melanoma, prostate gland, bone & soft tissues. , Precise assessment of arthritis and diabetic foot. , Differentiates between viable tissue and areas of necrosis after surgery and radiation therapy.

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DIGITAL PET-CT (AI POWERED WITH 160 SLICE CT)

Time digital PET-CT with LySO digital PET detector and 160-slice CT scanner is the best equipment available on the market with high sensitivity and spatial resolution. , The patient’s radiation exposure is reduced by 70%. , Smaller lesions can be detected, which allows for early diagnosis. , A whole-body PET-CT scan can be done in just 4 minutes. , A one-stop shop for cardiac imaging and analysis, including CT coronary angio, which is of paramount importance, especially in follow-up, even after conventional coronary angiogram. , Extremely useful in the differentiation of recurrence and necrosis after surgery in brain tumours. , Provides valuable information on other neurological diseases, such as epilepsy and dementia. , Accurate quantification of standard uptake values (SUV), metabolic tumour volume (MTV) and total lesion glycolysis (TLG) provide precise information in staging and restaging cancer. , Quantification is useful in treatment response evaluation in general and targeted cancer therapies. , In addition to traditional 18F-FDG imaging, new agents such as 68 Gallium PSMA, 68 Gallium DOTANOC, and 68 Gallium FAPI are used to diagnose and plan targeted lutetium therapy.

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DIGITAL PET-MRI (AI POWERED)

It is the first digital PET-MR in Asia with a LySO digital PET detector. , 90% less radiation exposure compared to conventional PET-CT. , The short scan time of 20 minutes for whole-body imaging. , PET-MR provides excellent human anatomical details coupled with physiological and biochemical information. , One–stop shop for accurate imaging evaluation of HCC, lymphoma, melanoma, prostate cancer, pelvic malignancy, bone and soft tissue tumours. , Extremely useful in the evaluation of suspected tumour recurrence and newly developed metastasis. , The most accurate modality for the diagnosis of brain lesions may be missed in 50% of cases with PET-CT. , Differentiates between viable tissue and areas of necrosis, especially in brain tumours. , Massive potential in neurological disorders, including epilepsy and dementias. , A promising tool for assessment of myocardial viability, cardiac sarcoidosis and amyloidosis. , Accurate quantification of standard uptake values (SUV) and metabolic tumour volume (MTV) are essential to assess treatment response and plan further management.

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Theranostics

Theranostics is a new approach to cancer treatment that combines the words “diagnostics” and “therapeutics”. This method uses molecular imaging tests, such as positron emission tomography (PET), to detect cancer cells, even in their tiny deposits. Then, radiopharmaceutical medications target the cancer cells, leaving the normal cells unharmed., Theranostics is an effective radiation therapy for specific types of cancer, including metastatic prostate cancer and thyroid cancer. It can offer earlier diagnosis, an alternative to other treatments, more personalized treatment, and better outcomes.

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