3D Mammography Limited Time Offer

3D乳房X光造影檢查

You can get the 3D mammography with a 30% discount at FemWell before it is gone on November 30, 2024. When it comes to breast examinations, are you the type who is afraid of the process, afraid of the pain, or afraid of the results? If so, you may be missing out on the opportunity for early detection and treatment, or needlessly worrying about issues that don't exist. Instead of endless mental anguish, why not visit FemWell for a check-up?

Special Offer

Discounted price $2,345 for both sides (Original price $3,350), including report explanation.

*Terms & conditions apply.

Make an Appointment for 3D Mammography

WhatsApp:Click here

Tel.: 2157 3846

Checkup Location

FemWell Women’s Health Centre:2/F, Podium Plaza, 5 Hanoi Road, Tsim Sha Tsui, Kowloon(Google Map

Learn more about FemWell:Click here

What is 3D Mammography?

The latest 3D mammography technology is a significant improvement over traditional 2D mammograms in both effectiveness and patient experience. The advanced technology in 3D mammogram is able to minimize breast pain without compromising the effectiveness of the exam by applying just enough amount of weight for no more than 4 seconds to produce more than 10 images. As a result, the procedure is much less painful and uncomfortable for the patient, while still enabling rapid detection of potential breast issues.

Risk Factors for Breast Cancer

If you fall into any of the high-risk categories below, act now to book an appointment for 3D mammography.

  • Women aged 40 and above
  • With a personal or family history of breast cancer
  • Never given birth
  • First childbirth after 30 years old
  • Taken birth control pills or hormonal replacement therapy for over 5 years
  • Early menarche (before 12) or late menopause (after age 55)

3D Mammography FAQ

The 3D mammography screening is performed by a female radiologist. During the examination, the client needs to stand bare-chested in front of the X-ray imaging machine. The radiologist will assist in placing the breast on a platform with X-ray film. The machine's plastic cover will gently compress the breast from above, below, and the sides to take X-ray images of the breast tissue. This will cause a brief feeling of pressure. Both breasts are imaged in succession, with two images taken of each breast to complete the examination. After the radiologist confirms the X-ray images clearly show the breast tissue, the imaging is finished. The report is then written by the doctor.

After the examination, our colleague will contact you to notify you about the report and schedule a time for you to pick it up. If the X-ray images show microcalcifications or other abnormalities, the doctor will explain the findings and follow up with you.

Under normal circumstances, the risk of excessive radiation exposure from 3D mammography is extremely low. The radiation dose is around 0.36 millisieverts, which is about one-eighth of the annual natural background radiation, or the equivalent of taking four round-trip flights between Hong Kong and London. (Source: Department of Health: Radiation Health Division)

Both 3D and traditional 2D mammography involve compressing the breast between plates. However, the compression force is different. 2D mammography compresses the breast to the maximum tolerable level, as flatter breasts provide clearer X-ray imaging. 3D mammography uses a fixed compression force, so there is no need to increase compression to obtain clearer images, which reduces the duration of breast compression for the patient.

In 2D mammography, images are taken from two angles, capturing one photograph per view. 3D mammography takes over a dozen photographs during a single compression, similar to a CT scan, which resolves the issue of tissue overlap. This significantly improves the detection sensitivity for tumors hidden within dense breast tissue.

No, breast ultrasound and mammography serve different purposes and cannot replace each other, but they can be used together to complement each other's strengths. Ultrasound uses high-frequency sound waves directed into the breast to create images of the internal structure. Breast ultrasound can assist mammography by detecting whether a mass is solid or fluid-filled. However, only mammography can effectively detect microcalcifications that have not yet formed a palpable tumor.

Breast ultrasound is often recommended for women under 40 with dense breast tissue, as their mammogram images may not be as clear.
Ultrasound has no radiation exposure, making it suitable for pregnant women. It can serve as a diagnostic tool:

  • If a lump is palpable but not visible on the mammogram, the doctor may use ultrasound to examine the suspicious breast tissue.
  • If a mass is detected on the mammogram, ultrasound can be used to determine if it is a solid mass or a cyst.
  • Ultrasound can also be used to guide the extraction of tissue samples from a breast mass for biopsy.

If a mass is detected on the 3D mammogram, the doctor will extract a sample of cells from the mass for pathological analysis. If the results indicate the mass is cancerous, the doctor will perform further testing to determine the stage of the cancer and recommend appropriate treatment. If the mass is benign, the doctor will recommend a follow-up plan.

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