A Prostate Transrectal Colour Doppler Scan is a specialized ultrasound procedure designed to assess the health and condition of the prostate gland. Using advanced Doppler imaging technology, this scan provides detailed information about blood flow and potential abnormalities within the prostate, helping with the early detection of prostate issues, such as enlargement, inflammation, or prostate cancer.
This scan is a type of transrectal ultrasound (TRUS) that uses a small probe inserted into the rectum to produce high-resolution images of the prostate. The colour Doppler feature measures the blood flow within and around the prostate, providing crucial information on:
This scan is especially useful for diagnosing and monitoring conditions such as:
This scan is recommended for men who:
Early detection is key to effective prostate health management. Book your prostate transrectal colour Doppler scan with us to ensure timely diagnosis and personalized care. Our experienced specialists will guide you through every step, ensuring your comfort and safety.
A Prostate Transrectal Colour Doppler Ultrasound is an advanced imaging procedure designed to evaluate the prostate gland's , size, structural changes and blood flow , aiding in the diagnosis and monitoring of various prostate conditions, including cancer. It is recommended based on specific clinical indications and your healthcare provider's assessment.
To arrange a Prostate Transrectal Colour Doppler Ultrasound, please book the scan online or contact our appointment hotline at 08000485738. Our knowledgeable staff will guide you through the scheduling process and assist in securing a suitable time for your examination.
While we strive to accommodate walk-ins when possible, scheduling an appointment ensures a more organized and personalized experience. We recommend contacting our clinic to arrange a convenient time for your procedure.
When scheduling your appointment, please provide essential personal details, including your name, contact information, and any relevant medical history related to prostate health. This information helps customize the examination to your specific needs.
During the procedure, a specialized ultrasound probe is gently inserted into the rectum to obtain detailed images of the prostate. The use of Colour Doppler technology allows for the assessment of blood flow within the prostate gland
The average procedure taking approximately 20 minutes. The complexity of the examination may influence the overall time required.
Generally, you may be instructed to attend with full bladder to get transabdominal scans of your pelvis and then empty your bladder before the transrectal scan .
The results will be meticulously interpreted by our qualified ultrasound specialist. You will receive a comprehensive report.
If you have any concerns or questions, please don't hesitate to contact our dedicated hotline at 08000485738 .Our customer service team is committed to addressing your inquiries and ensuring a professional and reassuring experience at Phoenix Ultrasound Clinic.
Following the private ultrasound scan in phoenix ultrasound clinic, you can expect to receive your results within 24 hours. Subsequently, you can efficiently share these results with your General Practitioner (GP) or NHS healthcare team. This streamlined process facilitates the continuation of ongoing treatments or the initiation of new ones.
You will receive your results verbally immediately after the scan. Following the appointment, the sonographer will review the images and prepare a written report within 24 hours, with any recommended actions. The report and images will be sent to you, allowing you to discuss the findings with your doctor or physiotherapist if necessary.
Please select Appointment type and Branch location to see time slots for booking- alternatively, please contact us via the chat, call or email, 020-3318-1373
What SWE adds to traditional ultrasound scan? Elastography offers enhanced diagnostic capabilities beyond traditional ultrasound by measuring tissue stiffness, crucial for identifying diseases like liver fibrosis or helping better differentiation between malignant and benign tumors. It provides quantitative data, allowing for early disease detection and monitoring treatment effects. Unlike traditional ultrasound, which only visualizes tissue structures, elastography adds functional information, improving accuracy in distinguishing between benign and malignant lesions. This non-invasive, painless technique improves patient comfort and reduces the need for biopsies, offering a safer, more informative diagnostic tool.