Dr Sunita Singha
About Me
Dr Sunita Singha
MD
Radiologist
10 Years Experience
Biography
My Clinic
OPD Hours
| Monday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Tuesday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Wednesday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Thursday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Friday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Saturday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM | |
| Sunday | Morning | 10:00 AM | - | 02:00 PM |
| Evening | 06:00 PM | - | 09:00 PM |
Services
Specialised care and treatments offered
MAGNETIC RESONANCE IMAGING (MRI)
MRI utilizes powerful magnetic fields and radio waves to produce detailed images especially suited for soft tissues such as brain tissue, muscles,and joints. This modality avoids ionizing radiation making it safe across many patient groups.
- The exam detects structural changes related to tumors,inflammation,infections,and vascular diseases.
- MRI offers superior contrast resolution highlighting differences between normal and abnormal tissues.
- The procedure requires remaining still within a strong magnetic bore lasting from 15 minutes up to an hour depending on area assessed.
- MRI assists in evaluating neurological disorders,musculoskeletal injuries,and cardiac anomalies among other applications.
- No radiation exposure makes it preferable when repeated imaging is required.
This technology expands diagnostic capabilities significantly beyond traditional X-ray methods contributing crucial data towards individualized patient care plans.
FLUOROSCOPY-GUIDED INTERVENTIONAL PROCEDURES
This imaging technique involves continuous X-ray imaging allowing physicians to visualize real-time movement inside the body during diagnostic or therapeutic interventions. It enhances accuracy while minimizing invasiveness.
- Purpose: Guides needle placements for biopsies, catheter insertions, joint injections, and other minimally invasive treatments safely.
- trueTechnique: Uses dynamic fluoroscopic imaging combined with contrast agents if needed to provide live feedback during procedures ensuring correct targeting of affected areas
BONE DENSITY TESTING (DEXA SCAN)
The DEXA scan measures bone mineral density to assess osteoporosis risk. It helps detect reduced bone strength early so preventive measures can be implemented to avoid fractures and maintain quality of life.
- Pain-free Procedure: Involves lying still on a scanning table while low-dose X-rays target specific bones like spine and hip bones for analysis.
- Sensitivity: Detects subtle changes in bone density before symptoms appear such as fractures or height loss.
- Candidates: Particularly recommended for postmenopausal women, elderly individuals, or those with risk factors like family history or steroid use.
- Treatment Guidance: Results guide doctors in prescribing calcium supplements, lifestyle modifications, or medications to strengthen bones effectively.
The test provides invaluable information supporting proactive management against osteoporosis-related complications through timely diagnosis and intervention.
ULTRASOUND IMAGING
Ultrasound imaging utilizes high-frequency sound waves to generate real-time pictures of organs and tissues inside the body. This non-invasive technique assists in diagnosing a broad range of conditions without radiation exposure.
- Description: Uses a handheld probe that emits sound waves and receives echoes reflecting off internal structures.
- Common Applications: Evaluates abdominal organs, blood flow via Doppler studies, soft tissue abnormalities, and fetal development during pregnancy.
- Advantages: Safe for all ages including pregnant women; painless and quick without requiring special preparation usually.
- Interpretation: Images are assessed for abnormalities like cysts, tumors, inflammation, or fluid accumulation.
This imaging technique plays an essential role in routine examinations as well as urgent diagnostics due to its accessibility and safety profile.
COMPUTED TOMOGRAPHY (CT) SCAN
A CT scan combines multiple X-ray images taken from different angles to produce detailed cross-sectional views of internal organs and tissues. It is widely used to diagnose various medical conditions accurately.
- Uses: Identifies abnormalities such as tumors, infections, fractures, and vascular diseases.
- Process: Patients lie on a table while a rotating scanner captures images; contrast agents may be used to enhance visibility.
- Speed: Provides rapid results useful in emergencies or complex diagnoses.
- Sensitivity: More detailed than conventional X-rays, allowing visualization of soft tissues and blood vessels.
This diagnostic tool aids clinicians in creating precise treatment plans by offering comprehensive anatomical insights critical for patient care.
MAMMOGRAPHY SCREENING
Mammography screening is a specialized X-ray technique utilized primarily for the early detection of breast cancer in women. It plays a vital role in identifying abnormalities before symptoms develop, improving treatment outcomes.
- Purpose: Detects breast lumps or microcalcifications that may not be palpable during self-exams.
- Procedure: Involves compressing the breast to obtain clear images using low-dose X-rays.
- Interpretation: Radiologists analyze the images for signs of tumors, cysts, or suspicious masses.
- Frequency: Recommended annually or biennially for women over 40 or earlier based on risk factors.
- Benefits: Early tumor detection can significantly improve survival rates and reduce invasive treatments.
This screening remains one of the most effective tools for breast cancer prevention and timely intervention, providing peace of mind through regular monitoring.