Intrauterine Insemination: Procedure, Timing, and Success
Intrauterine insemination places prepared sperm inside the uterus near ovulation to shorten their journey toward an egg and improve the chance of fertilization.
Intrauterine insemination places prepared sperm inside the uterus near ovulation to shorten their journey toward an egg and improve the chance of fertilization.
Sperm freezing preserves sperm at very low temperatures for possible future use in insemination, IVF, ICSI, or fertility treatment.
Frozen embryo transfer places a previously frozen and thawed embryo into the uterus after the lining is prepared for possible implantation and pregnancy.
Intracytoplasmic sperm injection places one sperm directly into an egg during IVF and may help when sperm count, movement, or fertilizing ability is severely reduced.
Azoospermia means no sperm are detected in ejaculated semen because of blockage or impaired sperm production, although treatment may sometimes help.
Oligospermia, or oligozoospermia, means semen contains a lower-than-expected sperm concentration, which may reduce fertility but does not rule out pregnancy.
Asthenozoospermia means that sperm have reduced movement, which may make fertilization more difficult but does not always prevent natural pregnancy.
Teratozoospermia means that a lower-than-expected proportion of sperm have typical shapes, which may affect fertilization but does not always prevent pregnancy.
Primary ovarian insufficiency causes reduced or unpredictable ovarian function before age 40 and may affect periods, estrogen, fertility, bones, and sexual comfort.
Estradiol is a major estrogen hormone involved in menstrual cycles, ovulation, fertility, bone health, sexual development, and genital tissue health.