Whole Body Bone Scan
Purpose:
Provides a comprehensive evaluation of the skeletal system to detect bone metastases, fractures, or other abnormalities
How It Works:
A radiotracer (typically Tc-99m MDP) is injected into the bloodstream, which then accumulates in areas with increased bone turnover.
Clinical Significance:
Ideal for screening and staging in patients with known or suspected metastatic cancer.
Helps monitor treatment response and detect early signs of recurrence.
Gamma Camera Scan Services in Rohtak, Haryana
Our comprehensive Gamma Camera Scan services combine advanced technology with expert clinical interpretation to ensure you receive the most accurate and timely diagnosis possible. Whether for cancer, cardiac, or neurological conditions, our imaging solutions are tailored to support optimal patient care and improved treatment outcomes.
- .Thyroid Scan: Provides detailed imaging for the assessment of thyroid function and abnormalities.
- Parathyroid Scan: Assists in identifying parathyroid gland disorders and pinpointing gland location for potential surgical intervention.
- Iodine-131 Whole Body Scan: Primarily used for post-treatment evaluation in thyroid cancer patients, helping track residual or recurrent disease.
- Iodine-131 MIBG Scan:Effective in diagnosing and managing neuroendocrine tumors, visualizing areas of abnormal uptake.
- Bone Scan (MDP) Whole Body: Evaluates bone health, detecting fractures, infections, or metastatic bone disease with high sensitivity.
- Tc-99m Whole Body Scan: A comprehensive scan for detecting and evaluating various conditions in different body systems, offering a diagnostic overview. for 7 seconds
Thyroid Scan:
Utilizes radioactive tracers to assess thyroid function and morphology.
Parathyroid Scan:
Targets the parathyroid glands to detect abnormal activity or enlargement.
Iodine-131 Whole Body Scan:
Employs radioactive iodine to detect residual thyroid tissue and metastases, particularly in thyroid cancer.
Iodine-131 MIBG Scan:
Uses a specialized tracer for evaluating neuroendocrine tumors and related conditions.
Bone Scan (MDP) Whole Body:
A comprehensive skeletal assessment that identifies bone abnormalities, including metastases.
Tc 99m Whole Body Scan:
A versatile imaging modality for evaluating multiple organ systems and detecting various pathologies.
An array of nuclear medicine imaging techniques plays a crucial role in the diagnosis, staging, and management of various cancers. Here’s a detailed overview of key oncology-related scans:
Thyroid Scan
Purpose:
Assesses the structure and function of the thyroid gland, aiding in the detection of thyroid nodules, hyperactivity, and potential malignancies.
How It Works:
A small amount of a radioactive isotope (such as Technetium-99m or Iodine-123) is administered, which is selectively taken up by thyroid tissue.
Clinical Significance:
Essential in the evaluation of thyroid cancers.
Helps in differentiating between benign and malignant thyroid conditions, guiding further diagnostic workup.
RNM Services
In-house Radiotracer Preparation
The required radiotracer (dye) is prepared on-site based on the specific organ or diagnostic information needed.
Safe and Minimal Injection
Only a very small, safe quantity of the radiotracer is administered, ensuring minimal risk of side effects.
Targeted Organ Uptake
After administration, the dye is absorbed by the target organ, facilitating focused imaging.
Advanced Imaging Technique
The patient is then scanned using a Gamma Camera, which captures detailed images for accurate diagnosis.
Lodine-131 Whole Body Scan
Purpose:
Primarily used after thyroid cancer treatment to detect residual thyroid tissue or metastases.
How It Works :
Patients receive a dose of radioactive Iodine-131, which selectively targets thyroid cells and any thyroid cancer remnants.
Clinical Significance:
Critical for post-therapeutic evaluation.
Assists in tailoring further radioactive iodine therapy and long-term surveillance strategies.
MIBG Scan
Purpose:
Detects and localizes neuroendocrine tumors, including pheochromocytomas and neuroblastomas.
How It Works:
Metaiodobenzylguanidine (MIBG), labeled with either Iodine-123 or Iodine-131, is injected and accumulates in cells with neuroendocrine characteristics.
Clinical Significance:
Valuable for staging and treatment planning in neuroendocrine malignancies.
Helps evaluate the extent of disease spread, especially in cancers with sympathetic nervous system involvement.
Scintimammography
Purpose:
Provides a functional assessment of breast lesions, particularly when conventional imaging methods are inconclusive.
How It Works:
A radiotracer (typically Tc-99m sestamibi) is administered, which accumulates in malignant breast tissue.
Clinical Significance:
Enhances the diagnostic accuracy in breast cancer evaluation.
Complements mammography and ultrasound by offering metabolic insights into suspicious breast lesions.
MIBI Brain SPECT
Purpose:
Evaluates cerebral perfusion and function, aiding in the detection of brain tumors and metastases.
How It Works:
Technetium-99m sestamibi is injected and its uptake in brain tissue is captured using Single Photon Emission Computed Tomography (SPECT).
Clinical Significance:
Provides functional imaging that complements anatomical studies such as MRI.
Assists in differentiating between viable tumor tissue and necrosis, crucial for planning appropriate interventions.
Appropriate interventions.
These imaging modalities are integral to modern oncology, offering a blend of functional and anatomical information that enhances diagnostic accuracy, treatment planning, and patient management.
