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Heavy periods in teen girls are often brushed off as a normal part of adolescence. But it’s not normal, and it can indicate a more serious condition. Discover how the Young Women’s Blood Disorders Program offers proper diagnosis and treatment to prevent long-term complications.

While some bleeding is expected following delivery, postpartum hemorrhage, or excessive bleeding, occurs in about 3 to 5 percent of women. Learn about common risk factors for excessive bleeding at delivery and potential treatment options.

Gestational diabetes, a form of diabetes that develops only during pregnancy, can, without proper management, lead to risks for moms and their babies. Discover how eating a healthy diet typically leads to normal, healthy deliveries.

Discover nonsurgical facial rejuvenation options to restore your youthful appearance. UT Southwestern offers advanced treatments for natural results.

Many women experience urinary incontinence after childbirth or because of aging. The topic can be difficult for women to talk about, but the condition, while not normal, is very treatable.

An important part of life after cancer is balancing good health and enjoying life to the fullest. Discover how tumor surveillance can help improve the physical and mental well-being of patients who survive cancer recurrence.

Many eye disorders are, ironically, invisible to doctors’ unaided eyes. Find out how the advanced technology available to retinal ophthalmologists at UT Southwestern makes it possible to diagnose these conditions.

Pregnancy complications are an unfortunate fact of life. However, just because something occurs once doesn’t mean it’s certain to happen again. Learn what some of the most common complications are – and what the chances are that they’ll recur.

MitraClip has emerged as a treatment option for patients with mitral valve disease who are not healthy enough for valve replacement surgery. However, the device is approved for only a small patient pool – and it might be unnecessary with optimized medical therapy.

MIGS typically is performed by using microscopic-sized equipment or implants, precision lasers, and tiny incisions in the eye, all of which leads to minimal tissue trauma and a more rapid visual recovery than traditional glaucoma surgery.