Frequently Asked Questions
Many fertility apps are free and offer basic features such as tracking ovulation and menstrual cycles. However, premium versions or subscriptions often require payment and include advanced features such as detailed fertility predictions, personalized health insights, access to fertility experts, or integration with wearable devices for more precise tracking.
Fertility apps provide emotional support by offering insights, setting realistic expectations, and connecting users with communities for shared experiences.
Most fertility tests are non-invasive and carry minimal risks. However, procedures like HSG might cause slight discomfort or cramping. Always discuss potential risks with your doctor.
The time varies depending on the test. Blood tests typically take a few days, while more complex procedures like genetic testing may take weeks.
Preparation depends on the specific test. For example, some blood tests require fasting, while semen analysis may require abstinence for a few days. Your doctor will provide specific instructions.
In most cases, yes. Fertility tests aim to pinpoint the reasons behind infertility, whether it’s hormonal imbalance, structural issues, or low sperm quality.
Assisted hatching (AH) is generally considered safe and beneficial, but there are some risks, such as embryo damage, twinning, and interference with the natural hatching process. One common concern is potential injury to the embryo during the zona pellucida (outer shell) weakening, which may affect individual embryonic cells. It is essential to perform AH in a controlled laboratory setting by experienced professionals to minimise risks.
No, assisted hatching does not guarantee pregnancy. While it may improve the chances of embryo implantation, especially in patients with previous failed IVF cycles or specific fertility challenges, it cannot ensure conception. The success of assisted hatching depends on several individual factors, including embryo quality, age, and overall reproductive health.
No, assisted hatching is not recommended for all IVF patients. It is typically reserved for specific cases, such as individuals with poor embryo quality, those over the age of 37, or patients who have experienced repeated IVF failures. A fertility specialist can determine if assisted hatching is appropriate based on individual fertility history and treatment goals.
The recommended frequency of STD testing depends on various factors such as your age, sexual activity, and risk level. Generally, it’s advisable to get tested at least once a year or whenever you have a new sexual partner. However, individuals with higher risk factors or those engaged in high-risk behaviours may require more frequent testing.
While there is no single foolproof method, a combination of strategies offers optimal STD prevention. These include consistent and correct condom use, regular STD testing, open communication with partners, vaccination when appropriate, practising mutual monogamy, avoiding the sharing of personal items, and exercising caution with alcohol or drug use.
Open conversations with sexual partners about STDs are crucial. They help share each other’s sexual health status, build transparency and trust, encourage discussions around preventive measures, and ensure that both individuals can make informed decisions and seek testing or treatment if needed.
Untreated STDs can result in serious and lasting health complications, including infertility, chronic pelvic pain, neurological damage, increased risk of certain cancers, organ damage, and potential transmission to newborns during pregnancy or childbirth. Early detection and treatment are essential for preventing these outcomes.
Genetic issues that can impact IVF success include abnormal karyotypes, balanced translocations, single-gene mutations, and sex chromosome abnormalities. Couples in consanguineous marriages may carry recessive genetic disorders. Additional factors such as mitochondrial DNA mutations, genetic syndromes affecting reproductive organs, and genetic causes of very low sperm count can also reduce the chances of successful conception and implantation.
Ferty9 employs advanced genetic screening techniques including Karyotyping, Extended Carrier Screening, and Whole Exome Sequencing. To address genetic challenges, Ferty9 offers Preimplantation Genetic Testing for Aneuploidy (PGT-A), Single Gene Disorders (PGT-M), and Structural Rearrangements (PGT-SR), allowing for the selection of genetically normal embryos to improve IVF outcomes.
Genetic screening in IVF is advancing rapidly. Future developments may include more comprehensive genetic panels, integration of artificial intelligence and machine learning for enhanced embryo analysis, and consideration of epigenetic markers to assess embryo viability. These innovations aim to further improve success rates and personalise fertility care.
At Ferty9, personalised treatment plans are designed based on detailed genetic screening results. Fertility experts collaborate with each couple to understand their unique challenges and customise a strategy. This may involve selecting the healthiest embryos through preimplantation genetic testing or applying targeted fertility treatments tailored to their specific genetic concerns.
Most specialist doctors prescribe at least 7–9 hours of quality sleep per night to support optimal fertility. Adequate sleep is essential for maintaining hormonal balance, regulating the menstrual cycle, and supporting ovulation. Poor or inconsistent sleep patterns can disrupt these processes and potentially reduce fertility.
Yes, improving sleep patterns can positively impact fertility. Quality sleep helps regulate essential reproductive hormones such as estrogen, progesterone, and luteinizing hormone (LH). Healthy sleep habits can enhance both male and female fertility outcomes by promoting overall reproductive health and reducing stress, a known factor in infertility.
Certain sleep disorders, such as sleep apnea, insomnia, and restless leg syndrome, can negatively affect fertility. These conditions can lead to hormonal imbalances, elevated stress levels, and disrupted ovulation or sperm production. If you suspect a sleep disorder, it’s important to consult with a healthcare provider for evaluation and treatment, especially when trying to conceive.
Yes, a single embryo transfer can result in a twin pregnancy, but the chances are very low. Compared to natural conception, there is a higher likelihood of identical twins forming from a single embryo during IVF. This occurs when the embryo splits into two, leading to identical twins from one transferred embryo.
Elective Single Embryo Transfer (eSET) involves transferring the highest quality embryo from a fresh or previous IVF cycle. By choosing to transfer only one embryo, the risk of multiple pregnancies is significantly reduced. Additional embryos can be frozen and used in later cycles, maintaining a comparable success rate without the risks associated with twin pregnancies.
eSET typically results in singleton pregnancies, which are associated with fewer medical risks compared to multiple pregnancies. When multiple fetuses are carried, the risk of complications such as gestational diabetes, preterm birth, placental issues, and preeclampsia increases. eSET helps reduce these risks, promoting safer maternal health and more manageable pregnancies.
The success rate of IVF with single embryo transfer (SET) is closely tied to a woman’s age. Women under 35 typically have a success rate of 40% to 50% per transfer. However, this rate drops significantly in older women, with those over 40 seeing success rates between 10% and 20% per transfer. As age increases, both the quantity and quality of eggs decline, affecting outcomes.
Lifestyle changes, ovulation induction, and scheduled sexual activity, along with treatments like IUI and IVF, are common options for managing unexplained infertility. These methods aim to improve fertility and overall health and may lead to successful pregnancies, especially in younger couples. Customising the treatment plan can increase success rates.
