SPECT Scan In Bangalore
- 100 % accurate Gamma camera scan reports with high image quality, with our best SPECT technology
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- Low wait time, well trained staff with the best team of doctors.
What is SPECT/CT?
Applications of SPECT/CT Scan
- Oncology: SPECT/CT combines tumor function and precise anatomy for treatment guidance.
- Bone Imaging: SPECT/CT identifies bone abnormalities with functional and anatomical detail..
- Neuroimaging: SPECT/CT enhances brain imaging for tumor detection and epilepsy localization.
- Infection Imaging : SPECT/CT locates and evaluates infectious conditions accurately.
- Cardiology: SPECT/CT assesses heart function and guides coronary interventions.
- Endocrinology: SPECT/CT pinpoints gland issues for endocrine disorder diagnosis.
SPECT/CT Scan Is Done For These Organs:
Brain
Bone
Cardiac
Liver
Spine
Renal
Thyroid
SPECT/CT Scan Cost
| BONE SCAN MDP | Rs:- 10000 |
| BRAIN SPECT (ECD) | Rs:- 15000 |
| DMSA SCAN | Rs:- 7000 |
| DRCG SCAN | Rs:- 7000 |
| DTPA SCAN | Rs:- 7000 |
| EC SCAN | Rs:- 7000 |
| GASTRIC EMPTYING SCAN | Rs:- 8000 |
| GE REFLUX SCAN (GER) | Rs:- 8000 |
| GI BLEED SCAN | Rs:- 10000 |
| LACRIMAL SCINTIGRAPHY | Rs:- 8500 |
| LIVER HIDA SCAN | Rs:- 10000 |
| LIVER SPLEEN SCAN | Rs:- 10000 |
| LUNG PERFUSION SCAN | Rs:- 12000 |
| LYMPHO-SCINTIGRAPHY | Rs:- 12000 |
| MECKELS SCAN | Rs:- 10000 |
| MPI (ADENOSINE STRESS) | Rs:- 15000 |
| MPI (DOBUTAMINE) | Rs:- 15000 |
| MPI (STRESS and REST) | Rs:- 14000 |
| MUGA SCAN | Rs:- 15000 |
| PARATHYROID SCAN | Rs:- 12000 |
| SALIVARY SCINTIGRAPHY | Rs:- 8500 |
| TESTICULAR SCAN | Rs:- 10000 |
| THREE PHASE BONE SCAN | Rs:- 12000 |
| THYROID SCAN | Rs:- 5000 |
| WB I-131 SCAN | Rs:- 15000 |
| BONE SCAN MDP | Rs:- 8000 |
| BRAIN SPECT (ECD) | Rs:-14000 |
| DMSA SCAN | Rs:-6500 |
| DRCG SCAN | Rs:-6500 |
| DTPA SCAN | Rs:-6500 |
| EC SCAN | Rs:-6500 |
| GASTRIC EMPTYING SCAN | Rs:-8000 |
| GE REFLUX SCAN (GER) | Rs:-6500 |
| GI BLEED SCAN | Rs:-8000 |
| LACRIMAL SCINTIGRAPHY | Rs:- 6500 |
| LIVER HIDA SCAN | Rs:- 7,500.00 |
| LIVER SPLEEN SCAN | Rs:-8000 |
| LUNG PERFUSION SCAN | Rs:-10000 |
| LYMPHO-SCINTIGRAPHY | Rs:-10000 |
| MECKELS SCAN | Rs:-8000 |
| MPI (ADENOSINE STRESS) | Rs:-14000 |
| MPI (DOBUTAMINE) | Rs:-14000 |
| MPI (STRESS and REST) | Rs:-12000 |
| MUGA SCAN | Rs:-12000 |
| PARATHYROID SCAN | Rs:-10000 |
| SALIVARY SCINTIGRAPHY | Rs:-6500 |
| TESTICULAR SCAN | Rs:-8000 |
| THREE PHASE BONE SCAN | Rs:-10000 |
| THYROID SCAN | Rs:-4,000.00 |
| WB I-131 SCAN | Rs:-12000 |
How Does SPECT/CT Work?
- Injection of Radiotracer: A radiotracer is injected into the patient s bloodstream.
- Selective Accumulation: The radiotracer accumulates selectively in target tissues or organs based on their metabolic activity or specific molecular characteristics.
- SPECT Imaging: The SPECT component detects the gamma rays emitted by the radiotracer, generating detailed functional images of processes such as blood flow, metabolism, or the distribution of specific molecules in the body..
- CT Imaging:Simultaneously, the CT component provides high resolution anatomical images of the same area..
- Combination of Images: The combination of SPECT and CT images allows for precise localization and correlation of functional abnormalities with underlying anatomical structures..
The Next Generation Technology is Here at Kiran PET CT - GE-DISCOVERY IQ GEN 2
Why Choose Us For SPECT Scan In Bangalore
Speedy and accurate results
Our PET/CT scans deliver swift & precise diagnoses, ensuring timely insights into your health
Skilful certified team of nurses
Trust in the expertise of our skilled professionals who are dedicated to providing unparalleled care
World Class Technology
Experience the latest advancements in medical imaging technology with our state-of-the-art PET/CT equipment.
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Frequently asked questions
Single Photon Emission Computed Tomography (SPECT) is a nuclear imaging technique that uses gamma rays and a special camera to create 3D images of organs inside the body. It’s often used in medical diagnosis to assess the function of organs like the brain, heart, and bones.
During a SPECT scan, a radioactive tracer substance is injected into the patient’s bloodstream. This tracer emits gamma rays, which are detected by the SPECT camera as it rotates around the patient. The data collected by the camera is then processed to create detailed images showing the distribution of the tracer in the body.
SPECT scans have various medical applications. They’re commonly used in neurology to diagnose conditions such as Alzheimer’s disease, epilepsy, and brain tumors. In cardiology, SPECT scans can evaluate blood flow to the heart muscle and detect coronary artery disease. They’re also used in bone scans to detect abnormalities like fractures, infections, or tumors.
Like other nuclear medicine procedures, SPECT scans involve exposure to a small amount of radiation from the tracer substance. However, the radiation dose is typically considered safe and well-tolerated by most patients. The benefits of the diagnostic information obtained from the scan usually outweigh the risks of radiation exposure.
The duration of a SPECT scan can vary depending on the specific procedure being performed and the area of the body being imaged. Generally, the entire process, including preparation, tracer injection, and imaging, takes a few hours. However, the actual imaging acquisition typically lasts between 15 minutes to an hour.
The preparation for a SPECT scan may vary depending on the type of scan and the specific instructions from the healthcare provider. In some cases, patients may be asked to refrain from eating or drinking for a certain period before the scan. They may also need to avoid certain medications or substances that could interfere with the tracer uptake. It’s essential to follow any pre-scan instructions provided by the healthcare team.