We will use X-ray equipment to take images of the compressed breasts from multiple angles, and we can carefully examine the condition of the breasts. It has been confirmed to be an effective method for breast cancer detection in many countries. Mammography can detect very small tumors that cannot be found on ultrasound, as well as microcalcifications or lumps with irregular edges. Even many problems that cannot be diagnosed by palpation can also be found through this examination.

During the examination, the breast must be evenly flattened to obtain the best imaging effect. This may cause a little pain, but it will only last for a few seconds. The entire examination process takes about 20minutes.

Ultrasound is a high- frequency sound wave, its frequency is much higher than the range that humans can hear. It can penetrate skin and tissues.

Ultrasound can create high-resolution images to examine the main internal organs of the body, such as the liver, gallbladder, pancreas, kidney, uterus, ovaries, and breasts.

Breast imaging commonly includes ultrasound and mammography. Imaging can help detect calcifications, architectural distortions and nodules. If your doctor identifies suspicious lesions, tissue sampling would be recommended for further investigation.

Fine Needle Aspiration (FNA):

The doctor uses a fine needle to directly puncture the breast to take cell samples, just likely taking blood.

Core Biopsy: 

Core biopsy can extract more tissue and can distinguish whether cancer cells are invasive or not.

Dual energy X-ray absorber, referred to as DEXA. It is the most accurate, quickest, painless, and safest method for measuring bone density and diagnosing osteoporosis.

Computed Tomography is an X-ray imaging technique that combines X-ray images with advanced computer systems to generate high resolution and three-dimensional images of the internal organs and structures of the body. It is suitable for diagnosis of tumors, abscesses and health check purposes.

Magnetic Resonance Imaging (MRI) is a high-end medical imaging technology that uses a powerful magnetic field, radio waves, and combined with precise computer technology to generate detailed multiplanar images of your body.

Positron Emission Tomography (PET) scanning is a type of nuclear medicine scan. Only a small quantity of radiopharmaceuticals is required to detect metabolic abnormalities and help detect early lesions.

FibroTouch® releases controllable TE (transient elastography) shear wave to liver tissue and uses high frequency signal to track and collect data. Data collected is then compared with the statistical data stored in the database.

It can penetrate different tissues in the body to produce images, which are recorded on special films. The radiation dose is very low.

Hysterosalpingography is performed by injecting contrast into the uterus through a tube inserted through the woman’s vagina. X-Ray images are then taken to diagnose whether the fallopian tubes are patent or whether the uterus is structurally abnormal.