Secondary infertility occurs when a woman struggles to conceive after previously giving birth. It can be caused by changes in the reproductive system after pregnancy, infections, or complications during childbirth. Even if conception was previously successful, scar tissue, blocked fallopian tubes, or hormonal imbalances can affect fertility the second time around. Fallopian Tube Recanalisation (FTR) is a minimally invasive procedure that clears blockages in the fallopian tubes, restoring their normal function and improving a woman’s chances of conceiving naturally. If you would like to learn more about FTR, please visit our website.

When a mammogram or physical examination reveals a suspicious mass, an ultrasound-guided breast biopsy provides a precise, minimally invasive method to obtain tissue samples. High-frequency sound waves visualise the lesion in real time, allowing the radiologist to position the needle  without major surgery. After local anaesthesia numbs the area, a tiny incision is made to extract multiple samples for microscopic evaluation. This technique avoids ionising radiation, leaves minimal scarring, and is usually performed on an outpatient basis, with most individuals returning home shortly after. To learn more about how this diagnostic tool visit our website.

Hormonal irregularities and physical tubal blockages represent two distinct challenges. While procedures such as Fallopian Tube Recanalisation may address mechanical obstructions, hormonal imbalances can influence fertility by affecting the regularity of ovulation.Fluctuations in chemical messengers, including Follicle‑Stimulating Hormone and Luteinising Hormone, may interfere with the release or maturation of an egg.Achieving a successful pregnancy often requires a comprehensive assessment to ensure both structural pathways are clear and the endocrine system is functioning optimally 🌸

Stereotactic breast biopsy is an advanced, minimally invasive procedure used to sample abnormalities that may not be visible on a standard ultrasound. A specialised digital mammography machine converts x-rays into electronic signals to produce high-resolution images. By taking images from two angles, the computer calculates the exact coordinates of the target, creating a precise map of microcalcifications or small lesions. A radiologist then inserts a needle through a small incision to collect tissue samples with minimal disruption to surrounding tissue. This technique improves accurate diagnosis and supports early detection and management of non-palpable breast lesions. To learn more, visit our website.