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Gene mutations in men and obscure viruses in women can cause infertility. Here’s a basic list of the most commonly known reasons men and women can’t get pregnant, plus four research studies that describe lesser known causes of male and female fertility problems. If you’ve been trying to get pregnant for more than a year,… Read More »Causes of Infertility for Men and Women Who Can’t Get Pregnant
Bloating: Fertility medications can heavily impact how your body retains water, leading to the dreaded side effect of bloating. This is especially common in your midsection, where fluid can build up near the ovaries (creating abdominal tenderness, too). You can combat bloating by increasing your fluid intake and participating in light exercise such as walking.
In the laboratory, for ICSI treatments, the identified eggs are stripped of surrounding cells (also known as cumulus cells) and prepared for fertilisation. An oocyte selection may be performed prior to fertilisation to select eggs that can be fertilized, as it is required they are in metaphase II. There are cases in which if oocytes are in the metaphase I stage, they can be kept being cultured so as to undergo a posterior sperm injection. In the meantime, semen is prepared for fertilisation by removing inactive cells and seminal fluid in a process called sperm washing. If semen is being provided by a sperm donor, it will usually have been prepared for treatment before being frozen and quarantined, and it will be thawed ready for use.
The Clearblue Fertility Monitor is for couples who are trying to get pregnant and want to track ovulation. It has a touch screen monitor that is easy to use, stores information that you can share with your doctor. It can also help you detect the most common signs of infertility by showing you what your fertile days are. If you have no fertile days, then you may be dealing with female infertility.
Upwards of 30% of couples seeking fertility care are labeled with unexplained infertility. Given that over 50% of couples’ infertility struggles are at least partially attributable to the male, understanding the source of male infertility could allow for improved care. The limited set of male tests can only detect the major causes of infertility (i.e., azoospermia) leaving the less obvious factors invisible.
Acknowledge your feelings. When dealing with secondary infertility, it’s very common to feel shock or denial. After all, making one baby might have been a piece of cake for you, so you probably assumed that having a second one would be easy, too. Your friends and even your doctor may also downplay your current infertility problems (telling you not to take it so hard or to “just keep trying”) since you had no trouble before. But secondary infertility is much more common than most people realize. So allow yourself the chance to accept the idea that you may be battling secondary infertility — because once you do, you can tackle the problem head-on.
This information is designed as an educational aid to patients and sets forth current information and opinions related to women’s health. It is not intended as a statement of the standard of care, nor does it comprise all proper treatments or methods of care. It is not a substitute for a treating clinician’s independent professional judgment. Read ACOG’s complete disclaimer.
This tool is also very useful because it also provides you with an indication of the risk/reward of doing two single embryo transfers, vs using multiple embryos in your first transfer. Using only one embryo at a time when doing IVF pretty much eliminates the risk of having twins, however it can be more expensive doing it this way making it a tough decision for many couples. The SART IVF success rate predictor tool can help you quantify these risks for your personal set of circumstances.
Women are born with about 1 million to 2 million eggs but release only 300 to 400 through ovulation during their lifetimes. Usually, you release just one each month. The egg travels along one of the two fallopian tubes that connect your ovaries to your uterus. If the timing is right, sperm may fertilize it on its way to the uterus. If fertilization doesn't happen within 24 hours of the egg leaving the ovary, the egg dissolves. Sperm can live for about 3 to 5 days, so knowing when you are ovulating can help you and your partner plan sex for when you're most likely to conceive.
^ Sher, KS; Jayanthi, V; Probert, CS; Stewart, CR; Mayberry, JF (1994). "Infertility, obstetric and gynaecological problems in coeliac sprue". Dig Dis. 12 (3): 186–90. doi:10.1159/000171452. PMID 7988065. There is now substantial evidence that coeliac sprue is associated with infertility both in men and women. (...) In men it can cause hypogonadism, immature secondary sex characteristics and reduce semen quality. (...) Hyperprolactinaemia is seen in 25% of coeliac patients, which causes impotence and loss of libido. Gluten withdrawal and correction of deficient dietary elements can lead to a return of fertility both in men and women.
From the What to Expect editorial team and Heidi Murkoff, author of What to Expect Before You’re Expecting. Health information on this site is based on peer-reviewed medical journals and highly respected health organizations and institutions including ACOG (American College of Obstetricians and Gynecologists), CDC (Centers for Disease Control and Prevention) and AAP (American Academy of Pediatrics), as well as the What to Expect books by Heidi Murkoff.
Progesterone elevation on the day of induction of final maturation is associated with lower pregnancy rates in IVF cycles in women undergoing ovarian stimulation using GnRH analogues and gonadotrophins. At this time, compared to a progesterone level below 0.8 ng/ml, a level between 0.8 and 1.1 ng/ml confers an odds ratio of pregnancy of approximately 0.8, and a level between 1.2 and 3.0 ng/ml confers an odds ratio of pregnancy of between 0.6 and 0.7. On the other hand, progesterone elevation does not seem to confer a decreased chance of pregnancy in frozen–thawed cycles and cycles with egg donation.
While PGD was originally designed to screen for embryos carrying hereditary genetic diseases, the method has been applied to select features that are unrelated to diseases, thus raising ethical questions. Examples of such cases include the selection of embryos based on histocompatibility (HLA) for the donation of tissues to a sick family member, the diagnosis of genetic susceptibility to disease, and sex selection.
The goal of this treatment is to increase the number of sperm that reach the Fallopian tube and subsequently increase the chance of fertilization. IUI provides the sperm an advantage by giving it a head start, but still requires the sperm to reach and fertilize the egg on its own. Depending on your fertility diagnosis, IUI can be coordinated with your normal cycle or with fertility medications.