"Chronically irregular menstrual cycles or absent periods
Infertility or difficulty conceiving (due to not ovulating)
Obesity (greater than 20 percent over “ideal” weight)
Sudden, unexplained weight gain (even if you are still of “normal” weight)
Adult acne
Excessive hair growth (especially dark hair on the face, chest, or abdomen)
Male-pattern hair loss or thinning hair
Type II diabetes or insulin resistance
Approximately 30 percent of women with PCOS have “normal” ovaries with no cysts.
For many years, PCOS was considered a direct result of high levels of male hormones in the body, although it was not understood exactly what caused these high levels. Researchers are now just beginning to understand the association between PCOS and the body’s overproduction of insulin. Many women with PCOS have hyperinsulinemia, a higher than normal amount of insulin in their bodies. Hyperinsulinemia results from insulin resistance."
Reference
"Researchers believe that the genetics of PCOS can also be passed on to males, and they may experience some of the common symptoms. Male relatives of women with PCOS tend to be insulin resistant.
Since it is autosomal dominant, male relatives will also carry the gene. These men are also often insulin resistant and at increased risk for diabetes. Some evidence indicates that the marker for the PCOS gene is men is early balding.
Autosomal means that people of both sexes are equally likely to be affected with the condition, and dominant means that only one affected gene is needed for the disease to develop. Therefore, the chance of passing the affected gene and hence, passing the condition to a son or daughter is one in two (50%)"
If a MAN...who obviously does not have ovaries!...can have PCOS, then so can a woman who does not have ovaries following a hysterectomy.