Dr Ujjwala Awast
About Me
Dr Ujjwala Awast
MBBS
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
ULTRASOUND IMAGING
An ultrasound uses high-frequency sound waves emitted by a transducer probe placed on the skin surface to produce real-time images of organs and blood flow inside the body. It is widely recognized for its safety and convenience without involving ionizing radiation exposure.
FLUOROSCOPY
This dynamic imaging tool provides real-time moving X-ray visuals enabling physicians to observe physiological activity such as swallowing, joint movement, or gastrointestinal transit. It combines continuous X-ray beams with fluorescent screens or digital detectors.
- Main applications: Used in studying digestive tract disorders, catheter placements, orthopedic evaluations among others.
- User involvement: Patients may be asked to swallow contrast agents to enhance visualization of hollow organs during study sessions that can last from several minutes up to an hour.
- Dose management: Radiation exposure is carefully controlled considering longer duration compared to standard radiographs.
The ability to see live motion provides unique insights into functional abnormalities which static images cannot reveal alone. This aids tailored treatments based on observed organ performance during examinations.
MAGNETIC RESONANCE IMAGING (MRI)
MRI is a radiation-free imaging technique that utilizes strong magnetic fields and radio waves to generate highly detailed images of internal structures such as soft tissues, brain, joints, and spine. It is instrumental in detecting subtle pathological changes not easily seen with other methods.
- Circumstances for use: Often preferred when evaluating neurological disorders, musculoskeletal injuries, or cancers.
- No radiation exposure: Safe alternative especially suitable for repeated imaging needs or pediatric patients.
- Duration: The scan typically lasts 20-60 minutes depending on the region examined.
- Sensitivity: Exceptional at distinguishing normal from abnormal tissue based on water content differences.
The technique’s versatility makes it indispensable for accurate diagnosis and monitoring progression or response to therapy in various diseases without invasive procedures.
COMPUTED TOMOGRAPHY (CT) SCAN
A CT scan is an advanced imaging modality that helps visualize detailed cross-sectional images of various body parts using X-rays combined with computer processing. It is extensively used to identify a wide range of conditions affecting organs and tissues.
- Indications: Useful for diagnosing trauma injuries, tumors, infections, and vascular diseases.
- Process: The patient lies on a motorized table passing through a circular scanner that rotates around them capturing multiple images.
- Differentiation: Can distinguish between different tissue densities to highlight abnormalities clearly.
- Treatment planning: Frequently employed to guide surgical or radiation therapy decisions.
This fast and precise diagnostic tool is invaluable for providing comprehensive information critical to effective medical management across all age groups.
MAMMOGRAPHY
Mammography is a vital imaging technique specifically designed for the early detection and diagnosis of breast diseases, including breast cancer. This procedure uses low-dose X-rays to create images of the breast tissue.
- Purpose: Primarily used for screening in asymptomatic women and diagnosis when abnormalities are suspected.
- Procedure: Involves compressing the breast between two plates and taking X-ray images from different angles.
- Interpretation: Radiologists evaluate for masses, calcifications, or distortions indicative of disease.
- Follow-up: If suspicious findings are noted, additional imaging or biopsy may be recommended.
- Benefits: Enables early detection which significantly improves treatment outcomes.
This non-invasive method plays an essential role in routine health care by allowing visualization of internal breast structures, facilitating prompt intervention if needed.