Scan4Health Diagnosis Pvt. Ltd.

RAD Color Doppler RIGHT LEG

Colour doppler Right Lower Limb(venous)

RAD Enterography

USG based Liver Elastography

RAD Dexa Three Sides

DEXA 3 SITE (FEMER + SPINE + FORARMS)

Apologies for the confusion earlier. Mammography (Both Breasts) isn't a blood test but a radiological imaging technique. It's an X-ray examination of both breasts, crucial for breast cancer screening. Mammography detects abnormalities like tumors or microcalcifications, aiding in early diagnosis and treatment planning.

RAD Mammography (Both Breasts)

MAMMOGRAM BILATERAL BREASTS

NCCT Scan Foot

CT SINGLE FOOT

RAD Chest X-Ray PA is a diagnostic imaging procedure that captures X-ray images of the chest in the posteroanterior (PA) view. It provides detailed images of the lungs, heart, ribs, and surrounding structures. This test helps diagnose various respiratory conditions, heart abnormalities, and chest injuries.

RAD Chest X-Ray PA

DIGITAL X RAY CHEST PA VIEW

A RAD CECT (Contrast-Enhanced Computed Tomography) Chest is a diagnostic imaging test that uses X-rays and a contrast dye to create detailed cross-sectional images of the chest area. It helps identify abnormalities in the lungs, heart, blood vessels, and other structures, aiding in the diagnosis of various respiratory and cardiovascular conditions.

CECT Chest

CE CT CHEST

CECT HEAD/BRAIN

CE CT HEAD

CECT KUB

CE CT KUB

CECT Lower Abdomen

CE CT LOWER ABDOMEN

CECT Upper Abdomen

CE CT UPPER ABDOMEN

CECT Whole Abdomen

CE CT WHOLE ABDOMEN

CT HEAD/BRAIN

CT BRAIN HEAD/ NCCT HEAD

CT Kub

CT KUB 

CT Lower Abdomen

CT LOWER ABDOMEN 

The RAD NCCT Upper Abdomen test is a non-contrast computed tomography (CT) scan focused on the upper abdominal region. It provides detailed images of organs such as the liver, pancreas, and spleen, aiding in the diagnosis of conditions such as abdominal pain, organ abnormalities, or gastrointestinal disorders.

CT Upper Abdomen

CT UPPER ABDOMEN 

CT Whole Abdomen

CT WHOLE ABDOMEN 

The RAD HRCT Chest blood test is a High-Resolution Computed Tomography scan used to evaluate lung conditions. It provides detailed images of lung structures, helping diagnose conditions like pulmonary fibrosis, lung nodules, or infections. This non-invasive test aids in treatment planning and monitoring of respiratory diseases.

HRCT Chest

HRCT CHEST 

CECT PNS AXIAL

CE CT PNS

MRI HEAD/BRAIN

MRI BRAIN

MRI HEAD/BRAIN With Contrast

MRI BRAIN WITH CONTRAST

The RAD MRI Cervical Spine blood test isn't a blood test but a specialized MRI scan. It focuses on imaging the cervical spine (neck region), aiding in the diagnosis of conditions like disc herniation, spinal stenosis, or spinal cord compression, providing detailed assessment for treatment planning without invasive procedures.

MRI Cervical Spine

MRI CERVICAL SPINE 

The RAD MRI Dorsal Spine blood test is not a blood test but a specialized MRI scan focusing on the dorsal spine (mid-back region). It aids in diagnosing conditions like disc herniation, spinal stenosis, or spinal cord injuries, providing detailed assessment for treatment planning without invasive procedures.

MRI Dorsal Spine

MRI DORSAL SPINE 

MRI Dorsal Spine With Contrast

MRI Ankle

MRI LEFT ANKLE

The RAD MRI Single Knee test is a non-invasive imaging procedure using magnetic resonance imaging (MRI) to examine a single knee joint. It provides detailed images of bones, cartilage, ligaments, and tendons, aiding in the diagnosis of conditions such as injuries, arthritis, or ligament tears.

MRI Single Knee

MRI LEFT KNEE

MRI Single Knee With Contrast

MRI Single Shoulder

MRI LEFT SHOULDER

MRI Single Shoulder With Contrast

MRI LEFT SHOULDER WITH CONTRAST

MRI Lumber Spine With Contrast

MRI LUMBAR SPINE WITH CONTRAST

MRCP

MRI MRCP

MRI Pelvis/Lower Abdomen

MRI PELVIS

MRI Pelvis/Lower Abdomen With Contrast

MRI PELVIS WITH CONTRAST

The RAD MRI Upper Abdomen test is a non-invasive imaging procedure using magnetic resonance imaging (MRI) to examine structures in the upper abdominal region, including the liver, pancreas, and spleen. It provides detailed images, aiding in the diagnosis of conditions such as tumors, organ abnormalities, or inflammation.

MRI Upper Abdomen

MRI UPPER ABDOMEN 

MRI Whole Abdomen

MRI WHOLE ABDOMEN 

MRI Lumber Spine

MRI LUMBAR SPINE

The RAD MRI Both Knee blood test is not a blood test but a Magnetic Resonance Imaging (MRI) scan of both knees. It produces detailed images of knee structures like bones, cartilage, ligaments, and tendons, aiding in the diagnosis of injuries, arthritis, or other knee-related conditions without invasive procedures.

MRI Both Knee

MRI LEFT and RIGHT  KNEE

MRI Both Knee With Contrast

MRI LEFT and RIGHT  KNEE WITH CONTRAST

The RAD MRI Both Shoulder blood test is not a blood test but a Magnetic Resonance Imaging (MRI) scan of both shoulders. It provides detailed images of shoulder structures like bones, muscles, tendons, and ligaments, aiding in the diagnosis of injuries, rotator cuff tears, or other shoulder-related conditions without invasive procedures.

MRI Both Shoulder

MRI LEFT and RIGHT SHOULDER

MRI Both Shoulder With Contrast

MRI LEFT and RIGHT SHOULDER WITH CONTRAST

A DOPA scan is a specialized type of PET scan that uses a radioactive tracer called fluorodopa (FDOPA). This tracer is similar to dopamine, a neurotransmitter involved in brain function and movement. DOPA PET scans are primarily used to evaluate disorders of the brain, particularly those related to dopamine production, and some types of tumors.

How It Works:
A small amount of fluorodopa (a radioactive form of the amino acid L-DOPA) is injected into the body. Fluorodopa is absorbed by areas of the brain that produce dopamine or by certain types of neuroendocrine tumors.
The PET scanner detects the tracer's activity, showing areas of the brain or body where there is increased or decreased dopamine production.
Uses of DOPA Scans:
Neurological Disorders:

Parkinson’s Disease: DOPA scans help detect reduced dopamine production in the brain, which is characteristic of Parkinson’s disease. It can help diagnose Parkinson’s at an early stage or distinguish it from other movement disorders.
Other Movement Disorders: It may be used to differentiate between Parkinsonism and other conditions with similar symptoms.
Neuroendocrine Tumors:

Pheochromocytomas or Paragangliomas: These rare tumors can be identified using DOPA PET scans since they can take up the fluorodopa tracer.
Carcinoid Tumors: These tumors often affect the digestive system and may also be detected using DOPA scans.

Dopa Scans

A PSMA PET CT scan is a specialized type of PET scan used primarily to detect and assess prostate cancer. PSMA stands for Prostate-Specific Membrane Antigen, a protein found in high amounts on the surface of prostate cancer cells.

How It Works:
A radioactive tracer is injected into the body, which binds specifically to PSMA on prostate cancer cells. The PSMA-targeted tracer allows the PET scanner to highlight areas where prostate cancer cells are present, even in small amounts.
The PET CT scan then combines the functional information from the PET scan (showing cancer activity) with the anatomical detail from the CT scan (showing the exact location and size of the tumor).
Uses of PSMA PET CT:
Detecting Prostate Cancer: It helps locate cancer that has spread beyond the prostate gland (metastasis).
Staging and Restaging: The scan is used to determine the extent of cancer, whether it has spread to lymph nodes, bones, or other organs.
Monitoring Treatment: It helps assess how well prostate cancer treatments, such as surgery, radiation, or chemotherapy, are working.
Detecting Recurrence: If PSA (Prostate-Specific Antigen) levels rise after treatment, a PSMA PET scan can help find where the cancer has returned.
Advantages of PSMA PET CT:
Highly Sensitive: It can detect even small amounts of prostate cancer cells, making it more sensitive than conventional imaging techniques like standard CT scans or bone scans.
Targeted: It specifically targets prostate cancer cells, offering more precise results than general PET scans.

PSMA Pet CT Scan

FDG and NaF are two different types of radioactive tracers used in PET CT scans, each designed for specific purposes:

1. FDG (Fluorodeoxyglucose)
What it is: FDG is a form of glucose (sugar) combined with a radioactive substance. It is the most commonly used tracer in PET scans.
How it works: Since cancer cells consume more sugar than normal cells, FDG accumulates in areas with high metabolic activity, such as tumors. This makes it ideal for cancer detection.
Uses: FDG PET scans are primarily used to:
Detect and monitor cancers (e.g., lymphoma, lung cancer, breast cancer).
Assess how well cancer treatments (like chemotherapy or radiation) are working.
Diagnose brain disorders (e.g., epilepsy, Alzheimer’s) by identifying areas of abnormal glucose uptake.
Evaluate heart disease by checking for areas with reduced blood flow.
2. NaF (Sodium Fluoride)
What it is: NaF is a radioactive form of fluoride used to highlight bone structures in PET scans.
How it works: Fluoride gets absorbed by bones, and areas with abnormal bone activity (e.g., bone cancer or metastases) take up more NaF, which shows up as bright spots on the scan.
Uses: NaF PET scans are mainly used for:
Detecting and monitoring bone diseases or bone metastases (cancer that has spread to the bones).
Evaluating bone health in conditions like osteoporosis or bone fractures.

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