The Mexican film “A Small Mix-Up” shows an embryo or genetic material swap during artificial insemination (AI) that is dramatic on screen, but in clinics like Ingenes it doesn’t happen: we follow strict protocols and use safety checks at every step. In this article we answer the most common questions about AI and in vitro fertilization (IVF), and explain why such an error is impossible here. What is artificial insemination and what is it for? AI is one of the simplest assisted reproduction treatments. It involves placing selected sperm directly into your uterus to facilitate fertilization. The main steps are: Sperm preparation: in the laboratory we assess motility and concentration (millions/mL) to ensure quality. Identification and labeling: each sample receives a unique code linked to you. Medical procedure: using a catheter and under supervision, we introduce the sperm into the uterus. AI is less invasive and more affordable than IVF. For more details on our artificial insemination protocols, visit our page. What is in vitro fertilization and how is it performed? IVF involves fertilizing the egg with sperm in the laboratory. Its stages are: Egg and sperm retrieval: each sample is labeled with a unique code. Culturing fertilization: we combine eggs and sperm in a special medium. Embryo culture: we monitor development with continuous records. Embryo transfer: we insert the selected embryo into your uterus with a catheter. At Ingenes we apply traceability and quality control at every step. Learn more about our in vitro fertilization and its benefits. Who can benefit from AI and who needs IVF? The decision between AI and IVF is personalized: AI Unexplained infertility. Mild sperm motility or concentration issues. Irregular ovulation with ovarian stimulation. Single women or same-sex couples requiring donor sperm. IVF Women over 35 years old. Failed AI cycles. Severe male factor (ICSI). Blocked fallopian tubes or moderate to severe endometriosis. Need for preimplantation genetic diagnosis. How does Ingenes prevent any sample confusion? Biometric identification: a unique code for each patient. Witness system: dual in-person verification at every critical stage. Digital traceability: electronic record of every action. Confirmation with the patient: we validate data before each procedure. Why trust Ingenes for your treatment? International certifications: accredited by REDLARA and other bodies. Over 19 years of experience: more than 75,000 satisfied families. Ongoing audits: periodic reviews to maintain global standards. Frequently Asked Questions 1. Can a human error occur in the laboratory? At Ingenes we minimize any risk through dual verification, traceability technology, and continuous supervision. Every step is recorded in real time, and we conduct regular internal audits. 2. What should I do if I have questions during treatment? Our team is always available to answer your questions. We offer free in-person or virtual consultations, plus personalized follow-up by email or WhatsApp. 3. How do you ensure the quality of sperm and eggs? We evaluate parameters such as concentration (millions/mL), motility, and sperm morphology, and egg maturity under high-resolution microscopes. This way, we select the best genetic material. 4. What sets Ingenes apart from other laboratories? We combine cutting-edge technology, international certifications, and a multidisciplinary team. With over 75,000 births and 19 years of experience, we are a benchmark in Latin America. Sources American Society for Reproductive Medicine. (2022). Practice Committee Guidelines. Reproductive Technologies. MedlinePlus. (2023). Artificial Insemination. Retrieved from https://medlineplus.gov/artificialinsemination.html European Society of Human Reproduction and Embryology. (2021). Good Laboratory Practices for IVF. doi:10.1093/humrep/deaa321 World Health Organization. (2010). WHO Laboratory Manual for the Examination and Processing of Human Semen (5th ed.). Remember that every case is unique. If you are considering AI or IVF, we accompany you every step of the way. Always seek guidance from an assisted reproduction specialist: your peace of mind and success are our priority.

Ovarian rejuvenation with PRP (platelet-rich plasma) is an innovative technique that many fertility centers use to improve ovarian function in women with low ovarian reserve or premature ovarian insufficiency. These promising results can increase your chances of success in an IVF treatment. However, choosing the right timing for the application is key. Here we clarify when to do it, how it works, and in which cases it is most effective. What is ovarian rejuvenation with PRP and what is it for? It involves injecting platelet-rich plasma — extracted from your own blood — directly into the ovaries. Its growth factors stimulate cellular regeneration, improving follicular activity and oocyte quality. It is recommended in cases of: Low ovarian reserve. Premature ovarian insufficiency. Poor oocyte quality. Advanced maternal age in IVF. Repeated IVF failures. Do not self-medicate: consult a reproductive specialist before deciding on any treatment. When is the best time to perform ovarian rejuvenation with PRP during the IVF cycle? There are three key phases: 1. 2–3 months before ovarian stimulation Applying PRP with this lead time allows the growth factors to act on ovarian tissue to improve: Egg production. Oocyte quality and fertilization rates. Reduction of hormonal doses. 2. During ovarian stimulation If the ovarian response is poor, some specialists apply PRP mid-cycle to: Improve the response in real time. Increase the number of mature oocytes. Its effects may take time to manifest, so it is not always the ideal option. 3. After an embryo transfer failure For those who have suffered implantation failure, PRP can improve endometrial receptivity: Enhances endometrial quality. Reduces uterine inflammation. Aids in cases of recurrent implantation. How does ovarian rejuvenation with PRP work? Blood draw: 10–20 mL of venous blood. Processing: Centrifugation to isolate platelet-rich plasma. Ovarian injection: 2–4 mL of PRP in each ovary, guided by transvaginal ultrasound. Monitoring: Ultrasounds and hormonal tests to assess response. This outpatient procedure is minimally invasive and allows you to resume your activities in less than 24 hours. Who can benefit from ovarian rejuvenation with PRP? Low ovarian reserve (low AMH). Premature ovarian insufficiency (< 40 years). Women > 35 years with poor oocyte quality. Poor ovarian response in previous cycles. Recurrent implantation failure. Although it does not guarantee success, studies and data from specialized centers show benefits, especially if performed before stimulation. For complementary techniques, learn about IVF MORE®: an innovative technique for oocyte restoration. Final considerations Ovarian rejuvenation with PRP is a promising tool that, when properly indicated and at the right time, can make a difference on your journey to parenthood. Every case is unique: always consult a reproductive specialist to design the most suitable plan for you. Frequently Asked Questions 1. Is the PRP injection painful? It is performed under light sedation or local anesthesia. Discomfort is mild and transient, like cramps, and usually subsides within 24–48 hours. Relative rest and mild analgesics are recommended if needed. 2. How long does it take to see the effect? Growth factors begin to act immediately, but the most noticeable results appear at 2–3 months. That’s why it’s ideal to schedule it before ovarian stimulation. 3. Are there risks or side effects? Being autologous, the risk of allergies is virtually nil. There may be local inflammation, infection (rare), or mild pain. It is essential to perform it in a sterile environment with qualified personnel. 4. Can I combine PRP with other IVF treatments? Yes. PRP is usually used alongside standard stimulation protocols to enhance ovarian response and improve oocyte quality. Consult your specialist to design the best treatment plan. Sources Consulted American Society for Reproductive Medicine. (2020). Platelet-rich plasma and ovarian rejuvenation. Fertility and Sterility, 113(2), 207–217. MedlinePlus. (2021). Infertility treatments. U.S. National Library of Medicine. Lee, J. et al. (2019). Autologous platelet-rich plasma for ovarian rejuvenation in women with poor ovarian response. Journal of Assisted Reproduction and Genetics, 36(8), 1673–1685. National Institutes of Health. (2022). Premature ovarian insufficiency. NIH. We are with you every step of the way. If you have questions or need personalized guidance, turn to a reproductive assisted specialist: your desire to become a mother or father deserves the best care.

When a couple has been trying to conceive for a long time without success, they may turn to fertility treatments to improve their chances. The two most common options are timed intercourse and intrauterine insemination (IUI). Both methods aim to synchronize ovulation with the arrival of sperm in the uterus, but they have different characteristics, advantages, and limitations. Here’s how they work and how they differ, so you can decide with your doctor which suits your situation best. What is timed intercourse and how does it help you? Timed intercourse is a simple assisted reproduction method. It involves identifying your fertile window and having intercourse 24 to 36 hours after ovulation. It’s recommended when there are no serious fertility issues or when the cause is unexplained. Avoid self-medication and always follow your specialist’s instructions. How timed intercourse works step by step This method is divided into three phases: Cycle monitoring: Using ultrasounds and hormone tests (FSH, LH in mIU/mL) to detect the day of ovulation. Ovarian stimulation (optional): If your doctor recommends it, you may take clomiphene citrate or letrozole to regulate cycles. Timed intercourse: You have intercourse at the optimal time, increasing your chances of pregnancy. Advantages Minimally invasive with easy follow-up. Lower cost than IUI or IVF. Improved precision by concentrating efforts in your fertile window. Disadvantages Depends on semen quality; a normal semen analysis is required. Not ideal for severe male infertility or low ovarian reserve. What is IUI and how does it help you? Intrauterine insemination (IUI) involves processing and placing sperm directly into the uterus at ovulation. This bypasses obstacles like the cervix. It’s a low-complexity method and is especially helpful for cervical factor infertility or moderate semen quality. Before starting, consult a reproductive specialist. How IUI works step by step Ovarian stimulation: Hormonal medication to mature multiple eggs. Sperm preparation: In the lab, the most motile sperm are selected. Insemination: A thin catheter is used to introduce sperm into the uterus at ovulation. Advantages Closer proximity of sperm to the egg. Improved sperm motility after sample washing. Recommended for mild infertility and cervical mucus issues. Disadvantages Requires medication and frequent monitoring. May need multiple attempts. Risk of multiple pregnancies if multiple follicles are stimulated. Not suitable if tubes are blocked or in cases of severe infertility. Key differences between timed intercourse and IUI Medical intervention: Timed intercourse is more natural; IUI involves a lab and catheter. Success rates: IUI usually yields better results in mild infertility. Cost: Timed intercourse is more economical. Emotional and physical: IUI involves injections and mild discomfort, while timed intercourse can cause stress due to scheduling. Suitability: Timed intercourse for regular cycles; IUI for mild male factor or thick cervical mucus. Which option is best for you? If there’s no clear cause and your cycles are irregular, start with timed intercourse. If semen quality or cervical mucus is an obstacle, IUI may yield better results. The decision should be made with your doctor, considering your age, test results, and medical history. What if they don’t work? If after several cycles neither timed intercourse nor IUI succeeds, you may move on to more advanced treatments like in vitro fertilization (IVF) with ICSI, where a single sperm is injected into the egg to maximize fertilization. When to recommend IVF? Low ovarian reserve or blocked tubes. Very poor sperm quality. Failure of timed intercourse or IUI. Need for preimplantation genetic testing. Frequently Asked Questions 1. How long should I try timed intercourse before moving to IUI? Typically 6–12 cycles are recommended if your only issue is ovulation. If there’s a male factor or low reserve from the start, your doctor may suggest IUI or IVF sooner to avoid frustration. 2. Does IUI hurt and what is recovery like? Most women feel only a mild cramp when the catheter is inserted. No anesthesia is needed, and you can return to your routine almost immediately. A brief rest of 10–15 minutes helps, but then you can continue your day without issue. 3. Does it increase the risk of multiples? With timed intercourse alone, the chance of twins is low (1–3%). It can increase if stimulation drugs are used. In IUI with stimulation, it reaches 10–20%. Your clinic will monitor the number of follicles to minimize this risk. 4. What habits improve success? Maintain a BMI between 18.5 and 24.9, eat a diet rich in folate and antioxidants, exercise moderately, quit smoking, limit caffeine (<200 mg/day), and avoid alcohol. Techniques like yoga or mindfulness reduce stress and improve hormonal balance. Both partners should undergo preconception exams and follow specialist recommendations. Sources consulted Practice Committee of the American Society for Reproductive Medicine. (2020). Definitions of infertility and recurrent pregnancy loss. Fertility and Sterility, 113(3), 533–534. MedlinePlus. (2023). Intrauterine insemination. https://medlineplus.gov/ency/article/007304.htm National Institute for Health and Care Excellence (NICE). (2013). Fertility: assessment and treatment. https://www.nice.org.uk/guidance/cg156 Van Voorhis, B. J. (2007). Clinical practice. Intrauterine insemination. New England Journal of Medicine, 356(6), 676–683. We understand how important this journey is for you. Stay hopeful, share your concerns with your partner, and don’t hesitate to seek support from a reproductive specialist. Every case is unique, and an expert will guide you to the most suitable treatment.

In assisted reproduction, each stage of the treatment decisively influences the chances of achieving a pregnancy. One of the most important phases is embryonic development up to the blastocyst stage, a key viability indicator for implantation. But what percentage of fertilized eggs actually reach this point? This article provides precise data, explains the factors affecting embryonic development, and shows how techniques such as egg vitrification, egg donation, and care at a fertility clinic like Ingenes can make a difference. We also explore the main causes of female infertility that can influence this process. Avoid self-medication; before using any medication, always consult a specialist in Assisted Reproduction. What is a blastocyst and why is it important? Around the fifth or sixth day after fertilization, the embryo forms a fluid-filled cavity and begins to differentiate into the inner cell mass (future baby) and the trophectoderm (future placenta). Only embryos that reach the blastocyst stage have high chances of implanting and developing. What is the survival rate to blastocyst? On average, between 40% and 60% of fertilized eggs reach the blastocyst stage. This rate varies according to: Woman’s age Quality of eggs and sperm Laboratory techniques and culture media Underlying causes of female infertility Use of fresh vs. frozen eggs Egg donation vs. autologous cycles In patients under 35 using their own eggs, rates often exceed 60%. In women over 38 or with diminished ovarian reserve, they can fall below 40%. Factors most affecting embryonic development to day 5 Oocyte quality (age and AMH levels) With age, egg quantity and quality decline. Measuring AMH (anti-Müllerian hormone) and antral follicle count by ultrasound helps estimate ovarian reserve and predict blastocyst rates. Sperm quality and male factor Up to 50% of embryonic arrests are related to male factors. A semen analysis, morphology and motility assessment at the clinic ensures proper diagnosis and treatment for both partners. Laboratory environment and culture media State-of-the-art incubators with low O₂ concentration, enriched media, time-lapse monitoring, and ICSI/PICSI increase embryonic viability. Do vitrification or egg donation improve blastocyst rates? Egg vitrification preserves quality by halting cellular aging. When done correctly, it offers blastocyst rates similar to fresh cycles. Egg donation uses oocytes from young, healthy donors. It often achieves rates above 70%, ideal for women with premature ovarian failure or low reserve. When to transfer on day 3 vs. day 5? Day-3 transfer (cleavage stage) can be useful if: You have few embryos The uterus is ready for early implantation No genetic testing is required Day-5 blastocyst transfer usually offers better implantation rates, provided there are at least two good-quality blastocysts. How to increase your chances of reaching blastocyst Choose a specialized clinic Opt for a center with proven results and advanced technology. At Ingenes, we design personalized protocols, adjust hormone doses in IU, and optimize culture conditions to maximize your success. Address the causes of infertility PCOS, endometriosis, uterine malformations, or hormonal imbalances can hinder embryonic development. Comprehensive diagnosis and personalized treatment improve oocyte quality and endometrial receptivity. Use complementary treatments From intra-ovarian PRP to mitochondrial enrichment, high-complexity techniques can improve low-response cycles and encourage blastocyst formation. What to expect from your treatment at Ingenes? With over 20 years of experience and success rates above the national average, Ingenes offers: Personalized fertility evaluations AMH tests and antral follicle counts Advanced egg vitrification technology Rigorous egg donation programs IVF with continuous embryo monitoring Diagnosis and management of female infertility causes In our laboratory, we maximize the percentage of fertilized eggs that reach the blastocyst stage with high viability. Frequently Asked Questions 1. What percentage of blastocysts implant successfully? Blastocyst implantation rates range from 50% to 65%, depending on endometrial receptivity, embryo quality, and transfer technique. A receptive endometrium, assessed by ultrasound and molecular markers, increases the chances. Transferring 1–2 blastocysts reduces the risk of multiple pregnancies without sacrificing success. Tools like ERA (Endometrial Receptivity Array) help personalize the optimal transfer timing. 2. Do hormonal protocols improve blastocyst formation in low-response patients? Yes. Stimulation protocols with higher gonadotropin doses (IU) and adjuvants like growth hormone or androgens can increase follicular recruitment. Monitoring estradiol (pg/mL) and progesterone (ng/mL) guides dose adjustments. DHEA supplements and antioxidants can optimize oocyte competence and improve blastocyst rates in patients with low reserve. 3. What is the ideal number of eggs to retrieve for good blastocyst yield? Retrieving 8–15 mature oocytes (MII) typically produces 4–8 blastocysts in women under 35. More than 15 eggs increases OHSS risk without proportional gains. In women over 38, even 5–7 well-selected oocytes can yield 2–3 blastocysts. Reserve markers (AMH >1.2 ng/mL, AFC ≥8) help set realistic yield expectations. 4. How does PGT-A impact blastocyst selection? PGT-A assesses chromosomal normality in blastocysts to select euploid embryos, improving implantation and live birth rates while reducing miscarriage. It’s performed on day 5/6 via trophectoderm biopsy. Although it involves additional vitrification and extra cost, its benefits usually outweigh drawbacks in patients with recurrent miscarriage or advanced maternal age. References American Society for Reproductive Medicine. (2020). The role of blastocyst culture in IVF. Fertility and Sterility, 114(6), 1145–1152. https://doi.org/10.1016/j.fertnstert.2020.08.003 Stanhiser, J., & Clark, M. R. (2019). Impact of maternal age on oocyte and embryo quality. MedlinePlus. https://medlineplus.gov/agingandfertility Gardner, D. K., & Lane, M. (2018). Culture of human blastocysts. Human Reproduction Update, 24(1), 20–33. https://doi.org/10.1093/humupd/dmy032 European Society of Human Reproduction and Embryology. (2021). Laboratory practices for embryo culture. Human Reproduction Open, 2021(4), hoab020. https://doi.org/10.1093/hropen/hoab020 Remember that every case is unique: keep hope alive and take the next step by consulting a specialist in assisted fertilization to guide you on your path to parenthood.

Each May 6 we celebrate International Nurses Day, a moment to thank those who, with care and professionalism, accompany so many families on their journey to motherhood or fatherhood. At Instituto Ingenes, our nurses are the close support you need at every stage. Why do we celebrate Nurses Day? On May 6 we recognize the millions of nurses who go beyond administering treatments: they listen to your concerns, offer you comfort, and explain each step with patience. They are the first smile when you arrive and the hug when you leave. The role of nurses in assisted reproduction 1. Support from the First Contact At your first consultation at Ingenes, the nurse reviews your health status, answers your questions, and gives you that comforting hug when you need it most. 2. Support in Fertility Procedures In procedures such as in vitro fertilization (IVF), artificial insemination, or egg vitrification, they administer medications (for example, 0.25 mL of a GnRH agonist), review your hormonal tests—AMH, LH, FSH in ng/mL—and supervise each phase so you feel secure. 3. Humanizing Science Reproductive medicine can be very technical, but with the emotional support and closeness of our nurses, each appointment becomes a space of trust and warmth. Vocation and precision in every hormonal cycle At Ingenes, our nurses continuously train in: Exact dosing of hormonal drugs (for example, 150 IU daily of FSH). Interpretation of AMH, LH, and FSH levels (measured in ng/mL). Ultrasound monitoring of your ovarian cycle. Emotional support during stimulation, egg retrieval, and embryo transfer. This ensures a safe and personalized treatment. The impact of our Nurses on your experience “She held me up when I couldn’t go on anymore,” says one of our patients. That word of encouragement after an ultrasound or that hug after a painful injection makes all the difference in your process. Challenges of Nursing in assisted reproduction Emotional burden from sharing joys and frustrations. Intense shifts demanding precision in every protocol. Continuous education to incorporate new techniques. That’s why their dedication deserves daily recognition. How We celebrate our Nurses At Ingenes we organize special breakfasts, individual recognitions, and promote their professional growth. We also celebrate the role of the embryologist, that silent heartbeat in assisted reproduction. Sources Consulted American Society for Reproductive Medicine. (2020). Practice Committee of the American Society for Reproductive Medicine. doi:10.1016/j.fertnstert.2020.02.019 MedlinePlus. (2023). Ovulation induction. https://medlineplus.gov/ovulationinduction.html World Health Organization. (2021). WHO guidelines on research ethics in reproductive health. doi:10.1016/B978-0-12-820044-4.00008-3 National Institute for Health and Care Excellence. (2019). Fertility problems: assessment and treatment. https://www.nice.org.uk/guidance/cg156 Frequently Asked Questions 1. What Does a Nurse Do in an In Vitro Fertilization Treatment? They coordinate the administration of hormonal medications, schedule and perform blood tests to measure AMH, LH, and FSH (in ng/mL), and accompany you through each phase: ovarian stimulation, transvaginal ultrasounds, and embryo transfer. They adjust doses (for example, 150 IU of subcutaneous FSH) based on your response, always providing emotional support. 2. How to Prepare Emotionally for an Assisted Reproduction Cycle? We recommend individual or couples therapy, support groups, and open communication with the team. Our nurses offer relaxation techniques, breathing exercises, and mindfulness. Maintain a balanced diet, drink 1.5 L of water a day, and do moderate exercise. 3. Why Should You Not Self-Medicate in Fertility Treatments? Each person has a unique hormonal profile. Self-medication can unbalance your hormones and reduce your chances of success. Only a reproductive specialist, together with the nurse, can adjust doses (for example, 0.25 mg of a GnRH agonist or 150 IU of FSH) according to your response. 4. How Does Nurse Support Contribute to Mental Well-Being? Constant accompaniment reduces anxiety and isolation. Receiving words of encouragement, clarifying doubts about symptoms or doses, and understanding lab results (for example, FSH < 10 ng/mL in the follicular phase) make your process more humane and manageable. We know the journey can be challenging, but you are not alone. Count on the support of our nurses and always consult a specialist in assisted reproduction to receive the proper guidance.

Chlamydia, caused by the intracellular bacterium Chlamydia Trachomatis, is one of the most common sexually transmitted infections. If left untreated, in 40% of cases the infection ascends from the cervix to the ovaries, fallopian tubes, or uterus, causing pelvic inflammatory disease (PID) and even infertility. Fortunately, chlamydia is easily cured with antibiotics such as azithromycin (1 g PO single dose) or doxycycline (100 mg PO every 12 h for 7 days). When the fallopian tubes are damaged, in vitro fertilization (IVF) is often the best alternative to achieve pregnancy. What is chlamydia and how does it affect fertility? It is a silent infection caused by Chlamydia Trachomatis. According to the CDC, 2.8 million people contract it each year in the U.S. In women, 40% of untreated cases progress to PID, damaging ovaries, tubes, and endometrium, which hinders implantation and can lead to infertility. Cervical obstruction preventing sperm from passing. Altered ovulation and reduced oocyte quality. Formation of hydrosalpinx, blocking the tubes and increasing the risk of ectopic pregnancy. Endometrial inflammation (endometritis), causing poor implantation. Pelvic adhesions that impede gamete transport. Pain during intercourse, reducing activity in the fertile window. What are the main symptoms? In women, 75% of infections are asymptomatic. When they appear (1–3 weeks after exposure), they may include: Abnormal vaginal discharge Genital irritation or itching Burning during urination (dysuria) Bleeding between periods Pain during intercourse (dyspareunia) Pelvic pain Fever Difficulty conceiving If you notice any of these signs, refrain from intercourse and consult a specialist. Timely diagnosis and treatment prevent fertility damage. How is it transmitted and who is at risk? It spreads through unprotected vaginal, anal, or oral sex. Risk increases with the number of partners. It can also be passed from mother to baby during childbirth if untreated. How is it correctly diagnosed? Diagnosis includes medical history, vaginal examination, and endocervical swab for C. Trachomatis DNA PCR. You can also use a urine test or serology. The CDC recommends annual testing for sexually active women under 25 and for anyone with new or multiple partners. Always rule out gonorrhea due to possible coinfection and, if tubal damage is suspected, schedule a transvaginal ultrasound. Treatments and options for seeking pregnancy after chlamydia Azithromycin 1 g PO single dose Doxycycline 100 mg PO every 12 h for 7 days Do not self-medicate. Avoid sex until 7 days after completing therapy and ensure your partner is treated too. Perform a follow-up test 3 weeks after treatment. If tubal damage prevents natural conception, IVF bypasses damaged tubes, retrieves eggs directly, fertilizes them in the lab, and transfers embryos with high implantation rates. Frequently Asked Questions Does it always cause symptoms? No. 75% of women and 50% of men are asymptomatic. It is often detected during STI screenings or when investigating fertility issues. That’s why annual testing is recommended for young women. Can infertility from chronic chlamydia be cured? It depends on the damage. If tubes are blocked or there are severe adhesions, natural pregnancy is difficult. IVF is the most effective alternative. In mild damage, surgical repair or prolonged antibiotics may help. Can I get pregnant after treatment? Yes, once bacterial eradication is confirmed (post-treatment test 3–4 weeks later). Continue follow-up with a reproductive specialist if you have had PID or difficulty conceiving. How to prevent reinfection? Use condoms every time, limit the number of partners, and get regular tests. Both partners should be treated simultaneously and wait at least 7 days after medication before resuming sex. Sources Centers for Disease Control and Prevention. (2023). Sexually Transmitted Disease Surveillance. https://doi.org/10.15620/cdc.sti.2023 World Health Organization. (2022). Chlamydia. https://www.who.int/news-room/fact-sheets/detail/chlamydia Haggerty, C. L. et al. (2010). Risk of sequelae after Chlamydia trachomatis genital infection in women. Journal of Infectious Diseases, 201(Suppl 2), S134–S155. https://doi.org/10.1086/652395 MedlinePlus. (2023). Chlamydia Infections. https://medlineplus.gov/chlamydiainfections.html We know this journey can be tough. You are not alone. If you have questions or need a personalized plan, consult an assisted reproduction specialist: together we’ll find the best path for your family.