Dr J C Gupta
About Me
Dr J C Gupta
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
INTERVENTIONAL RADIOLOGY PROCEDURES
A branch focusing on minimally invasive treatments using image guidance such as X-ray, CT, MRI or ultrasound. These procedures aim at diagnosing and treating various conditions without open surgery involved.
- Examples: Angiography with vessel repair/stenting, tumor ablation therapies, drainage catheter placements.
- Benefits: Smaller incisions mean less pain, reduced infection risk, shorter hospital stays compared to traditional surgeries.
- Imaging Role: Guides precise needle insertion or device placement improving safety profiles.
- Patient Prep: Varies by procedure but often includes fasting or blood work prior; local anesthesia commonly used.
Interventional radiology represents a cutting-edge field merging technology with clinical expertise offering tailored treatments emphasizing faster recovery times while maintaining therapeutic effectiveness.
BONE DENSITOMETRY (DEXA SCAN)
This specialized type of X-ray measures bone mineral density (BMD) to assess osteoporosis risk or monitor treatment efficacy. It is quick and involves minimal radiation exposure compared to standard imaging methods.
- Purpose: Identifies weakened bones prone to fractures especially in postmenopausal women or older adults with risk factors.
- Procedure: Patient lies on a table while a low-dose X-ray scanner passes over specific sites like hips or spine taking only minutes.
- Interpretation: Results categorize bone health status helping doctors decide lifestyle changes or medication needs.
- Advantages: Noninvasive monitoring tool useful for preventive care planning focused on maintaining skeletal strength.
Regular evaluation using bone densitometry supports proactive management ensuring better quality of life through timely identification and mitigation strategies against bone loss concerns.
FLUOROSCOPY
The use of fluoroscopy allows continuous real-time X-ray visualization of internal structures during diagnostic and therapeutic procedures. It helps physicians observe motion within the body directly.
- Main Applications: Guiding joint injections, catheter placements, swallowing evaluations, and gastrointestinal tract assessments.
- A Typical Session: Patient position varies based on procedure; moving X-rays capture video-like sequences to assist precise intervention steps.
- Safety Tips: Minimizes exposure time; protective shielding used to reduce radiation doses while maintaining diagnostic quality images.
- User Experience: Usually painless but requires cooperation staying still; durations differ depending on complexity of examination or treatment performed.
CT SCAN
A Computed Tomography (CT) scan combines multiple X-ray measurements taken from different angles to produce cross-sectional images. This technique aids in quick evaluation of complex medical issues.
- Indications: Used for trauma assessment, cancer detection, vascular diseases, lung disorders, and bone abnormalities.
- Process Details: The patient passes through a doughnut-shaped machine where rotating X-rays capture detailed internal pictures within minutes.
- Safety Considerations: Involves low-dose radiation; contrast agents might be administered to enhance image clarity when necessary.
- Treatment Utility: Enables precise diagnosis which can reduce unnecessary procedures by guiding targeted therapies or follow-ups effectively.
This advanced imaging method balances speed and accuracy making it an invaluable tool in modern radiology practice for comprehensive evaluation under various clinical scenarios.
ULTRASOUND IMAGING
Ultrasound uses high-frequency sound waves to generate live images of soft tissues, blood flow, and organs. It is widely appreciated for being safe, painless, and radiation-free.
- Common Uses: Pregnancy monitoring, abdominal organ assessment, vascular studies, and musculoskeletal evaluations.
- How it Works: A handheld probe transmits sound waves into the body; echoes are converted into visual images on screen in real-time.
- User Preparation: Depending on the area examined, fasting or a full bladder may be required for clearer views.
- Treatment Role: Helps guide minimally invasive procedures like biopsies or fluid drainage while avoiding surgery when possible.
This imaging modality offers rapid insights into various conditions thus supporting timely interventions with minimal risk or side effects involved.
MRI SCAN
Magnetic Resonance Imaging (MRI) is a non-invasive diagnostic tool that creates detailed images of organs and tissues. It is widely used to detect a variety of conditions without exposing patients to radiation.
- Purpose: MRI scans help identify abnormalities such as tumors, spinal cord injuries, brain disorders, and joint problems.
- Procedure: The patient lies inside a large magnet where radio waves generate detailed images over 30-60 minutes.
- Preparation: Typically requires no special preparation, but metal implants or devices must be reported before scanning.
- Outcomes: Results provide crucial information that guides treatment planning without the discomfort associated with invasive tests.
- Limitations: Not suitable for patients with certain implants or severe claustrophobia; alternatives may be recommended.
The technique's high-resolution imaging assists healthcare providers in early diagnosis and effective management of many conditions safely and painlessly.