Table of Contents
Overview
Definition of Infertility
Infertility is recognized as a disease by both the World Health Organization (WHO) and the American Society for Reproductive Medicine (ASRM).[4.1] It is defined as the inability to conceive after one year of unprotected intercourse, particularly in women under 35 years of age.[1.1] This condition can affect both men and women, with male and female reproductive issues occurring at similar rates.[2.1] In females, factors such as age, hormonal imbalances, medical conditions, and lifestyle or environmental influences can contribute to infertility.[2.1] Common causes in women include ovulatory disorders and endometriosis, while in men, infertility may result from low sperm count, hormonal imbalances, and conditions like varicocele.[7.1] The evaluation of infertility involves assessing a patient's medical, sexual, and reproductive history, age, physical findings, and diagnostic testing.[4.1] Various factors, including age, lifestyle choices, and certain medical conditions, can significantly impact reproductive health for both genders.[5.1] Identifying the underlying issues is crucial for effective treatment, as infertility may have a single cause, multiple causes, or, in some cases, no identifiable cause.[6.1] Understanding these causes empowers individuals to seek appropriate medical assistance and improve their chances of conception.[5.1]Prevalence and Impact
Infertility is a condition of the reproductive system that can prevent women from becoming pregnant, and it is diagnosed after one year of trying to conceive for women under 35 years of age.[1.1] The causes of infertility can include ovulatory disorders, endometriosis, low sperm count, or low testosterone.[1.1] Among women, ovulation disorders are identified as the most common cause of infertility.[1.1] Treatment options for infertility may involve assisted reproductive technology (ART), which includes any fertility treatment that requires a healthcare provider to handle the sperm or egg.[1.1] In cases of infertility, primary care providers and gynecologists often recommend that couples consult with a fertility specialist, urologist, or reproductive endocrinologist for further diagnosis and treatment.[1.1] Infertility is a significant health issue that can arise from various factors affecting either partner, with problems in the male reproductive system occurring as frequently as those in the female reproductive system.[2.1] In females, infertility can result from several factors, including age, hormonal conditions, medical conditions, and lifestyle or environmental influences.[2.1] The World Health Organization (WHO) and the American Society for Reproductive Medicine (ASRM) classify infertility as a disease, underscoring its importance in public health discussions.[3.1] Understanding the causes of infertility is crucial for effectively addressing the condition and fostering informed public perceptions regarding its implications and the necessity for appropriate support and resources. Fertility education plays a vital role in enhancing understanding of reproductive health, particularly concerning infertility. Infertility is defined by the American Society of Reproductive Medicine (ASRM) as a disease, condition, or status characterized by the inability to achieve a successful pregnancy. This condition can be influenced by various factors, including a patient's medical, sexual, and reproductive history, age, physical findings, and diagnostic testing, or any combination of these elements.[4.1] By providing comprehensive information about infertility, fertility education aims to empower individuals to make informed reproductive decisions and understand their options regarding fertility treatments. Reproductive health education is vital for understanding infertility, which can affect both men and women and arises from various causes. Common causes of infertility include hormonal imbalances, age factors, lifestyle choices, and medical conditions such as ovulatory disorders and endometriosis.[5.1] Ovulation disorders are noted as the most prevalent cause of infertility in women, while men may experience issues such as low sperm count or low testosterone.[6.1] Identifying the underlying issues is crucial for effective treatment, and seeking professional help can provide valuable support for those facing infertility challenges.[6.1] Infertility can be attributed to various medical conditions that significantly affect reproductive health in both men and women. One common cause of male infertility is the development of varicose veins around the testes, a condition that is treatable with surgery.[7.1] Additionally, hormone disorders can disrupt male hormone or endocrine function, which in turn can negatively impact sperm production and overall fertility.[7.1] Furthermore, certain chromosome defects are also linked to male infertility, highlighting the complexity of factors that contribute to reproductive challenges.[7.1] Understanding these medical conditions is crucial for addressing infertility and improving reproductive health outcomes.In this section:
History
Ancient Understanding of Infertility
Infertility has been a significant concern throughout human history, often attributed primarily to women in ancient societies. In many civilizations, infertility was not only a personal issue but also a social stigma, sometimes serving as grounds for divorce, reflecting the societal pressures surrounding childbearing.[62.1] Ancient medical texts from Mesopotamia and Egypt included fertility tests and guidance on conception, indicating that the understanding of infertility was well-established even in early recorded history.[64.1] The perception of infertility varied across cultures, with many ancient societies attributing fertility to divine favor or natural elements. For instance, symbols of fertility in ancient mythology often drew from nature, such as the earth and water, which were believed to influence reproductive capabilities.[61.1] Treatments for infertility were diverse, ranging from Egyptian rituals to Chinese herbal remedies, showcasing a blend of medical practice, cultural beliefs, and spiritual elements.[63.1] Despite the advancements in understanding infertility, it was often viewed as a deficiency in women, leading to a focus on female reproductive health in ancient medical inquiries.[62.1] This historical context highlights how deeply ingrained cultural narratives surrounding infertility have shaped individual experiences and societal responses, with implications that continue to resonate in contemporary discussions about reproductive health.[85.1]Evolution of Treatment Approaches
The evolution of treatment approaches for infertility has been significantly influenced by societal attitudes and advancements in medical science throughout history. In ancient times, infertility was often shrouded in stigma and considered a social taboo, which affected access to treatment and the medical perspectives surrounding the condition. Historical records indicate that experiences of infertility and the corresponding medical practices were mediated by various social, political, and cultural discourses, shaping how healthcare providers approached the issue.[92.1] During the Renaissance period, significant scientific progress was made in the field of medicine, including infertility treatment. This era marked a shift towards a more systematic understanding of reproductive health, laying the groundwork for modern approaches to infertility.[91.1] In India, the Indian Council of Medical Research (ICMR) initiated a pioneering project in 1982, recognizing the importance of infertility treatment and leading to advancements in assisted reproductive technologies.[91.1] This initiative was spearheaded by notable figures such as T.C. Anand Kumar and Indira Hinduja, who contributed to the development of modern infertility treatments. Recent advancements in reproductive technology, particularly in in vitro fertilization (IVF) and preimplantation genetic testing (PGT), have significantly transformed the landscape of infertility treatment. The combination of IVF and PGT allows for a more personalized approach, addressing genetic concerns before embryo transfer and enhancing the overall efficacy and success rates of treatments.[56.1] Innovations such as microfluidic technology have improved embryo selection, leading to higher success rates in IVF and reducing emotional stress for patients.[59.1] Furthermore, the integration of artificial intelligence (AI) with existing technologies like time-lapse imaging has increased the accuracy of these procedures, thereby improving decision-making in embryo selection and ultimately increasing the chances of successful pregnancies.[57.1] As the IVF market continues to expand, particularly in regions like India, these technological advancements are setting new standards in fertility treatment and management, promising a new era in the field.[57.1] As the field continues to evolve, the expanding IVF market, particularly in countries like India, is expected to witness ongoing advancements in technology and medical practices, which will likely improve success rates and patient experiences in fertility treatments.[56.1] The combination of these historical developments and modern innovations reflects a significant shift in how infertility is perceived and treated, moving towards a more informed and supportive approach for individuals and couples seeking assistance in their journey to parenthood.Recent Advancements
Assisted Reproductive Technologies (ART)
Assisted Reproductive Technologies (ART) have seen significant advancements in recent years, particularly in 2025, which has been marked by innovative technologies that enhance fertility treatment outcomes. One of the most notable developments is the integration of artificial intelligence (AI) in embryo selection and time-lapse imaging, which has led to increased accuracy and reduced errors in the IVF process. These advancements have significantly improved IVF success rates, making treatments more effective for individuals and couples facing infertility challenges.[107.1] Moreover, the application of microfluidic devices has been shown to enhance fertilization rates, thereby increasing the overall success of ART procedures. This technology allows for better sperm selection and embryo culture conditions, which contribute to healthier embryos and higher implantation rates.[97.1] Additionally, the use of preimplantation genetic testing (PGT) has become a critical component of ART, enabling the identification of genetic defects in embryos prior to implantation. This personalized approach not only enhances the efficacy of IVF treatments but also provides couples with a more reliable path to achieving successful pregnancies.[101.1] The landscape of fertility treatments is further transformed by advancements in cryopreservation techniques, which have improved the viability of embryos and oocytes, allowing for more flexible treatment options.[94.1] As ART continues to evolve, the integration of personalized medicine based on genetic insights is paving the way for tailored treatment plans that cater to the unique needs of each patient.[96.1] This shift towards personalized care is expected to enhance success rates while minimizing risks associated with infertility treatments.[102.1]Innovations in In Vitro Fertilization (IVF)
Recent advancements in in vitro fertilization (IVF) technology have significantly transformed the landscape of fertility treatments, particularly through the integration of artificial intelligence (AI) and machine learning (ML). These technologies have enhanced various stages of the IVF process, leading to improved accuracy in embryo selection and increased success rates. For instance, AI-driven tools can analyze extensive datasets, including time-lapse imaging and morphological data, to predict embryo viability and optimize implantation outcomes, thereby potentially increasing IVF success rates.[105.1] The application of machine learning techniques allows embryologists to rank embryos based on their potential for successful implantation, which is crucial for improving clinical outcomes.[104.1] Furthermore, AI models have been developed to standardize and enhance the assessment of single sperm selection by integrating various data points, such as morphological characteristics and DNA fragmentation, which reduces variability in outcomes among different embryologists.[106.1] This level of precision in embryo selection not only streamlines the IVF process but also reduces the time and costs associated with multiple cycles of treatment.[122.1] In addition to embryo selection, AI has also made strides in genetic testing and screening, which are vital for understanding the underlying causes of infertility. Predictive models that incorporate factors such as age, hormonal levels, and previous treatment history can estimate the likelihood of conception through both natural means and assisted reproductive techniques.[122.1] The use of standardized preimplantation genetic testing for aneuploidy (PGT-A) via AI technology has been correlated with improved pregnancy outcomes, particularly in single thawed euploid embryo transfer cycles.[124.1]Causes Of Infertility
Female Factors
Infertility in women is often linked to specific female factors, with hormonal imbalances playing a pivotal role. Defined as the inability to conceive after one year of trying for women under 35, and six months for those 35 and older, infertility can be significantly influenced by conditions such as anovulation, polycystic ovary syndrome (PCOS), and hyperprolactinemia, which disrupt ovulation and complicate conception efforts [143.1][151.1]. The regulation of hormones like follicle-stimulating hormone (FSH) and luteinizing hormone (LH) is crucial, as imbalances can impair egg quality during ovulation [150.1]. Hyperprolactinemia, characterized by excessive prolactin from the pituitary gland, reduces estrogen levels, further contributing to infertility [153.1]. Early identification and treatment of these hormonal issues can enhance conception chances [154.1]. Beyond hormonal factors, lifestyle choices uniquely impact female fertility. A nutritious diet, rich in fruits, vegetables, whole grains, lean proteins, and healthy fats, supports reproductive health by maintaining hormonal balance and improving egg quality [165.1][165.2]. The Mediterranean diet, in particular, offers protective benefits against infertility, unlike the Western diet, which may increase risks [163.1]. Maintaining a healthy weight is also critical, as both obesity and being underweight can lead to hormonal disruptions and irregular menstrual cycles [167.1]. Stress management techniques, such as yoga and meditation, can positively influence fertility by regulating hormone production [168.1]. Addressing these female-specific factors is essential for improving fertility outcomes, distinguishing them from male infertility issues, which also involve hormonal and lifestyle considerations but differ in physiological impact and treatment approaches.Male Factors
Male infertility is a significant factor in reproductive health, accounting for approximately 40-50% of all infertility cases. This condition can arise from various underlying issues, including low sperm count, poor sperm motility, and hormonal imbalances, which can disrupt the male reproductive system.[149.1] Additionally, lifestyle factors such as obesity have been linked to decreased sperm quality and count, with studies indicating that a 20-pound weight increase may elevate the risk of infertility by 10%.[146.1] Common misconceptions about male infertility contribute significantly to the misunderstanding of its prevalence and causes. A prevalent myth is that infertility is solely a female issue; however, male factors account for up to 40-50% of all infertility cases, playing a crucial role in many couples facing difficulties in conception.[149.1] Additionally, it is a misconception that male infertility is always a permanent condition. In fact, various fertility procedures and healthy lifestyle choices can improve treatable issues such as sperm quality and quantity.[145.1] Addressing these misconceptions is essential for demystifying the realities of male infertility and fostering a better understanding among couples.[148.1] Regular hormone checks and understanding reproductive health are crucial for accurate diagnosis and effective treatment of male infertility. Factors such as age also play a role, as male fertility tends to decline after the age of 40.[148.1] Addressing these misconceptions and understanding the various causes of male infertility can empower couples to seek appropriate help and improve their chances of conception.[149.1]Psychological Perspectives
Emotional Impact of Infertility
Infertility can have profound emotional and psychological consequences for individuals and couples, often leading to significant distress. The inability to conceive is frequently described as a profound loss and a significant life crisis, eliciting a range of emotions including anger, sadness, shame, and grief.[186.1] This emotional turmoil can exacerbate existing mental health issues, such as anxiety and depression, which may further complicate the infertility experience and interfere with treatment efforts.[188.1] The psychological impact of infertility extends beyond the individual, significantly affecting interpersonal relationships and social dynamics. Infertility can lead to various social and psychological consequences, including overt ostracism, divorce, and more subtle forms of social stigma that contribute to feelings of isolation and mental distress.[184.1] The experience of infertility disrupts individuals' core beliefs about their identity and their place within their community, which can exacerbate the emotional turmoil faced during this challenging period.[195.1] Additionally, the prolonged nature of infertility treatments, characterized by repeated cycles of interventions with low success rates, often results in frustration, disappointment, and increased marital and familial stress.[187.1] As couples navigate these challenges, the need for psychological counseling becomes evident, as it can provide essential support in coping with the emotional crisis associated with unfulfilled life goals.[187.1] Research indicates that psychological interventions, particularly those emphasizing stress management and coping-skills training, have beneficial effects for patients undergoing infertility treatments. Evidence suggests an association between the stress of fertility treatment and patient drop-out rates, as well as pregnancy outcomes, highlighting the importance of addressing psychological well-being during this process.[199.1] Infertility counseling is distinct from traditional gynecological consultations, as it focuses on the emotional crises associated with unfulfilled reproductive goals rather than solely on medical aspects. This type of counseling is essential, given that the medical treatments often involve repeated cycles with narrow success rates, leading to frustration, disappointment, and additional interpersonal stresses.[201.1] Furthermore, psychotherapy, whether in group or individual formats, has been shown to reduce anxiety and depression among individuals facing infertility, and may even contribute to increased conception rates.[185.1] It is crucial for infertility treatment teams to communicate the availability of psychological counseling to support couples in coping with the emotional challenges of infertility, rather than attributing their struggles to personal failures or psychogenic causes.[187.1] The experience of infertility can also alter an individual's perception of motherhood and identity. For some, the journey through infertility may overshadow the experience of pregnancy, leading to complex emotional narratives where the two states coexist or where the past infertility experience continues to influence their maternal identity even after conception.[198.1]Coping Mechanisms
Coping with the emotional challenges associated with infertility is crucial, as research indicates that women experiencing infertility report levels of anxiety and depression comparable to those faced by individuals with serious illnesses such as cancer, heart disease, and HIV.[190.1] This highlights the need for effective coping strategies to manage the psychological impact of infertility. One recommended approach is to engage in physical activity, which has been shown to alleviate stress and anxiety. Activities such as yoga, walking, or any form of exercise can significantly improve mood and mental health.[191.1] Regular exercise, even if not strenuous, can help relieve symptoms of anxiety and depression, making it a valuable tool for individuals coping with infertility.[191.1] Support systems also play a vital role in managing the emotional toll of infertility. Joining support groups allows individuals to connect with others who share similar experiences, providing a space to express feelings, share laughter, and seek comfort.[192.1] Professional counseling services are another important resource, offering guidance and support tailored to the unique challenges of infertility.[192.1] Coping strategies play a vital role in managing the emotional challenges associated with infertility. Practicing mindfulness is one effective technique that can help reduce anxiety levels during this difficult time.[193.1] Additionally, engaging in physical activities can enhance mental health, providing further support to individuals and couples facing these challenges.[193.1] It is also essential for couples to prioritize self-care, which includes setting aside time for hobbies or relaxation, as this can promote overall emotional well-being.[193.1] Understanding the emotional impact of infertility is crucial, and acknowledging feelings and fears is a fundamental step in coping with the situation.[194.1]In this section:
Access To Fertility Care
Global Disparities
Disparities in access to fertility care are a significant issue globally, influenced by various socioeconomic, racial, and ethnic factors. In the United States, for instance, Black, Hispanic, and Asian individuals are less likely to access fertility care compared to their White counterparts, highlighting the systemic inequalities that pervade healthcare access and outcomes related to assisted reproductive technology (ART).[241.1] Socioeconomic status (SES) plays a crucial role in determining access to fertility treatments. Research indicates that twice as many Black and Hispanic respondents report income as a barrier to accessing fertility treatment compared to White and Asian respondents.[252.1] Furthermore, higher income and college-educated couples are more likely to utilize multiple cycles of higher-intensity fertility treatments, suggesting that economic factors significantly influence the type and extent of care received.[256.1] The lack of insurance coverage for infertility treatments remains a substantial barrier in the U.S., as many private health care policies and public programs exclude coverage for ART.[255.1] This exclusion disproportionately affects underserved populations and those without insurance, exacerbating existing disparities in access to fertility care.[254.1] Moreover, there is a scarcity of data on how socioeconomic factors affect ART outcomes, which complicates efforts to address these disparities.[253.1] The American Society for Reproductive Medicine (ASRM) has called for stakeholders in reproductive care to pursue affordable and effective infertility services for those lacking coverage, emphasizing the need for systemic changes to improve access.[255.1]Policy and Advocacy Efforts
In recent years, various policy and advocacy efforts have emerged to improve access to fertility care in the United States. A significant legislative initiative is the introduction of the Helping to Optimize Patients' Experience (HOPE) with Fertility Services Act, which aims to protect access to fertility treatments, including in vitro fertilization (IVF), for millions of Americans. This bipartisan legislation is co-led by U.S. Representatives Zach Nunn, Lori Chavez-Deremer, and Debbie Wasserman Schultz, highlighting a growing recognition of the need for comprehensive fertility care policies.[249.1] Despite these efforts, challenges remain in addressing the financial barriers associated with fertility treatments. The U.S. Department of Health and Human Services estimates that the cost for a single cycle of IVF can range from $15,000 to $20,000, and may exceed $30,000 when donor eggs are involved.[235.1] Currently, 29 states do not require private insurance to cover IVF treatment, which exacerbates the financial burden on individuals seeking fertility care.[235.1] Advocacy groups, including the American Society for Reproductive Medicine (ASRM), are pushing for expanded access to IVF and other assisted reproductive technologies, emphasizing the need for policy solutions that prioritize patient care and inclusivity.[257.1] Healthcare professionals, particularly obstetrician-gynecologists, play a crucial role in advocating for insurance coverage for infertility services. They are encouraged to promote policy changes that support comprehensive reproductive health and to provide patient education about fertility and infertility.[251.1] Furthermore, there is a call for health policies to recognize infertility as a disease that can often be prevented, which could mitigate the need for costly treatments.[236.1] This recognition could lead to the development of guidelines for the prevention, diagnosis, and treatment of infertility, aligning with global standards of quality care.[236.1] The Federal Employee Retirement Income Security Act (ERISA) complicates the landscape of fertility care access, as it governs self-insuring employers and supersedes state laws, allowing some employers to opt out of providing infertility coverage.[238.1] Additionally, public programs like Medicaid, which serves nearly 75 million people, rarely cover infertility care, limiting access for low-income individuals and families.[238.1] Advocacy efforts must address these systemic barriers to ensure equitable access to fertility treatments for all individuals, regardless of their financial situation or insurance coverage.Future Directions
Emerging Trends in Fertility Treatments
Recent advancements in fertility treatments are transforming the landscape of reproductive medicine, providing new hope and options for individuals and couples trying to conceive. As we move into 2025, innovative technologies and research breakthroughs are reshaping how fertility challenges are addressed, making treatments more personalized, efficient, and successful than ever before.[278.1] A significant trend is the integration of personalized medicine into fertility treatments, which allows for the development of tailored treatment plans based on genetic insights.[278.1] This evolution in reproductive medicine is driving us toward P4 Reproductive Medicine—prediction, prevention, personalization, and participation—while also focusing on reducing the risks associated with infertility treatments.[279.1] The commitment to personalized care ensures that fertility treatments are uniquely suited to the needs of each patient, enhancing overall treatment outcomes.[278.1] Artificial Intelligence (AI) is also playing a transformative role in fertility treatments. By utilizing advanced algorithms for embryo evaluation and gamete selection, AI enhances treatment success rates and optimizes clinical workflows. AI technologies have demonstrated the ability to analyze embryo quality and predict implantation success with greater accuracy than traditional methods, thereby improving overall fertilization outcomes.[288.1] Furthermore, predictive models that incorporate extensive data, such as age, hormonal levels, and lifestyle factors, can estimate the likelihood of conception through both natural and assisted reproductive techniques, allowing for more informed and personalized treatment recommendations.[282.1] Microfluidics technology is emerging as a transformative force in the field of in vitro fertilization (IVF), offering several advantages that could enhance the accessibility and affordability of treatments for infertile couples. This technology allows for precisely controlled fluidic manipulations of gametes and embryos, creating biomimetic environments for culture and facilitating microscale genetic and molecular bioassays.[285.1] The integration of microfluidics into IVF laboratories is expected to miniaturize and automate various labor-intensive laboratory procedures, potentially leading to a more streamlined IVF process.[287.1] While conventional fertilization methods are suitable for most IVF patients, microfluidic systems may further reduce the need for more invasive techniques such as Intracytoplasmic Sperm Injection (ICSI).[285.1] However, it is important to note that the full potential of microfluidics in the IVF industry is still being explored, with ongoing advancements in microfabrication, analytic detection, and automation likely to support its future applications.[286.1] As this technology continues to evolve, it holds the promise of transforming the IVF landscape by making treatments more efficient and accessible.[287.1]Research and Development in Infertility Solutions
Research in infertility solutions is increasingly focused on identifying key priorities and leveraging advanced technologies to improve outcomes for individuals facing fertility challenges. The Priority Setting Partnership for infertility has engaged healthcare professionals and individuals with fertility issues to establish the top ten research priorities for future infertility research, emphasizing the need for targeted investigations in this field.[274.1] One significant area of development involves the use of predictive models that analyze extensive datasets, including factors such as age, hormonal levels, previous treatment history, and lifestyle choices. These models can estimate the likelihood of conception through both natural means and assisted reproductive techniques, such as in vitro fertilization (IVF). Furthermore, they can predict success rates of embryo implantation based on embryo quality and uterine receptivity, thereby enabling personalized recommendations that enhance the chances of pregnancy. Notably, artificial intelligence (AI) has been instrumental in creating embryo selection systems that rank embryos according to their quality and implantation potential, which can help reduce the time and costs associated with multiple IVF cycles. AI's role has also expanded into genetic testing and screening, which is vital for understanding the underlying causes of infertility.[275.1] Additionally, the integration of microfluidics technology into IVF laboratories presents several advantages that could revolutionize infertility treatments. These advantages include precisely controlled fluidic manipulations of gametes and embryos, the provision of biomimetic environments for culture, facilitation of microscale genetic and molecular bioassays, and the potential for miniaturization and automation of processes. Microfluidic in vitro insemination has shown promise, and while conventional fertilization methods remain suitable for most IVF patients, microfluidic systems may further reduce the necessity for Intracytoplasmic Sperm Injection (ICSI). Moreover, noninvasive preimplantation genetic testing (PGT), which utilizes cell-free DNA from spent embryo culture media, is anticipated to be the first omics technology applied clinically alongside microfluidic systems.[276.1]References
[1] Infertility: Types, Causes, Symptoms, Diagnosis & Treatment — Infertility Infertility Causes of infertility can include ovulatory disorders, endometriosis, low sperm count or low testosterone. What is infertility? Infertility is a condition of your reproductive system that causes women to be unable to get pregnant (conceive). If you’re younger than 35, your healthcare provider may diagnose infertility after one year (12 months) of trying to conceive. What causes infertility? Infertility causes Ovulation disorders are the most common cause of infertility in women. Infertility treatment for women Treatments for infertility in women include: ART is any fertility treatment that involves a healthcare provider handling the sperm or egg. Primary care providers and gynecologists may recommend couples see a fertility specialist, urologist or reproductive endocrinologist for help with infertility diagnosis and treatment.
[2] Female Infertility: Causes, Symptoms, Diagnosis & Treatment — Causes of infertility can be due to either partner. In fact, infertility occurs due to a problem with the male reproductive system just as frequently as it occurs due to a problem with the female reproductive system. Infertility in females can result from age, hormone conditions, medical conditions, and lifestyle or environmental factors.
[3] Overview of Infertility - Overview of Infertility - MSD Manuals — Overview of Infertility - Explore from the MSD Manuals - Medical Consumer Version. Overview of Infertility - Explore from the MSD Manuals - Medical Consumer Version. ... Infertility is defined as disease by the World Health Organization (WHO) and the American Society for Reproductive Medicine (ASRM). Women under 35 years old without any known
[4] Overview of Infertility - Gynecology and Obstetrics - MSD Manual ... — Infertility is defined by the American Society of Reproductive Medicine (ASRM; see Definition of Infertility: A Committee Opinion ) as a disease, condition, or status characterized by any of the following: . The inability to achieve a successful pregnancy based on a patient's medical, sexual, and reproductive history, age, physical findings, diagnostic testing, or any combination of
[5] Common Causes of Infertility In Men and Women | The Nest — Learn about the common causes of infertility in men and women, including hormonal imbalances, age factors, lifestyle choices, and medical conditions. ... Infertility in both men and women can stem from various common causes. Identifying the underlying issue is crucial for effective treatment. Seeking professional help can provide valuable
[6] Infertility: Types, Causes, Symptoms, Diagnosis & Treatment — Infertility Infertility Causes of infertility can include ovulatory disorders, endometriosis, low sperm count or low testosterone. What is infertility? Infertility is a condition of your reproductive system that causes women to be unable to get pregnant (conceive). If you’re younger than 35, your healthcare provider may diagnose infertility after one year (12 months) of trying to conceive. What causes infertility? Infertility causes Ovulation disorders are the most common cause of infertility in women. Infertility treatment for women Treatments for infertility in women include: ART is any fertility treatment that involves a healthcare provider handling the sperm or egg. Primary care providers and gynecologists may recommend couples see a fertility specialist, urologist or reproductive endocrinologist for help with infertility diagnosis and treatment.
[7] Infertility - Johns Hopkins Medicine — This is a condition in which varicose veins develop around the testes. It's a very common cause of infertility in men. It's usually treatable with surgery. Hormone disorders. Abnormal male hormone or endocrine function can affect sperm production and fertility. Chromosome defects. Certain chromosome defects are linked to male infertility.
[56] How Are Advancements in IVF and Genetic Testing Transforming Fertility ... — The combination of IVF and preimplantation genetic testing (PGT) allows for a more personalized approach to fertility treatment, offering hope to many individuals and couples struggling with infertility. By addressing these concerns before embryo transfer, genetic testing enhances the overall efficacy and success rates of IVF treatments. Pre-implantation Genetic Testing (PGT) is a technique used to identify genetic defects in embryos created through in vitro fertilization (IVF) before pregnancy. By integrating AI with existing technologies like time-lapse imaging, fertility specialists can enhance the accuracy and efficacy of IVF treatments, providing couples with a more reliable path to achieving a successful pregnancy. The expanding IVF market in India is likely to witness continued advancements in technology, research, and medical practices, further improving the success rates and outcomes of fertility treatments.
[57] The Latest Advances in IVF Technology: What's New in 2025? — The Latest Advances in IVF Technology: What’s New in 2025? This blog is your guide to learning about the latest technology in IVF treatment, its impact on fertility success rates, and how to address common challenges in infertility. Recent Advances in IVF Technology in 2025 Recent advancements such as AI in embryo selection and time-lapse imaging have significantly increased IVF success rates by increasing accuracy and reducing errors. With the availability of low-cost IVF options and the integration of AI, Indian clinics are setting new standards in terms of recent advancements in infertility treatment and management. The year 2025 will mark the beginning of a new era in fertility treatments, with significant advancements in IVF technology.
[59] Recent Innovations in IVF Technology: What You Need to Know — The latest innovations in IVF technology are transforming dreams into reality for countless families on their fertility treatment journey, overcoming the insurmountable infertility challenge with quality fertility care and changing the way fertility treatments are approached. Stay informed about the latest IVF technologies to enhance your understanding and options for fertility treatments. Consider microfluidic technology, which improves embryo selection and can lead to higher success rates in IVF. This personalized fertility treatment improves success rates and reduces emotional stress for patients. Patients report higher success rates when using vitrified embryos during IVF cycles. This enhances sperm selection and embryo culture conditions, leading to better fertilization rates and healthier embryos. This technology improves decision-making in embryo selection, ultimately increasing the chances of successful pregnancies.
[61] An Evaluation of the Historical Importance of Fertility and Its ... — The purpose of this paper was to review myths and common symbols of fertility and reproduction in ancient civilizations and evaluate the reasons of their continuous importance in different cultures. Most ancient fertility symbols were inspired by the nature and some of them like earth and water were common in mythology of different civilizations. Symbols of fertility in ancient mythology have a history as long as the creation of first myths. The perceived similarity in earth and woman/ mother, the influence of the moon on fertility of women and the role of such animals like snake and cow in reproduction myths, all refer to the fact that nature was the context for human imagination and the origin for illustrations and dreaming about his requirements and questions.
[62] Family Planning in Greco-Roman Antiquity - World History Encyclopedia — Infertility could be a source of social shame, and even grounds for divorce. As early as the 5th century BCE, it was understood that infertility affected both men and women. It was considered to be a more serious deficiency in women than in men, so ancient medical inquiry focused on women.
[63] Exploring Ancient Fertility Treatments Across Civilizations — Explore ancient fertility treatments across civilizations, from Egyptian rituals to Chinese herbal remedies, revealing how these practices influence modern fertility solutions. ... The history of ancient fertility treatments reveals a fascinating interplay of medicine, culture, and belief systems. Across various civilizations, societies sought
[64] Introduction: Infertility in History: Approaches, Contexts and ... — As far as we know, infertility is as old as humanity itself. It is certainly as old as recorded history. Ancient Mesopotamian and Egyptian medical texts include fertility tests and guidance on how to ensure conception. Footnote 10 These texts formed an important source of knowledge for ancient Greek physicians, including Hippocrates (460-370
[85] Cultural Influences on Fertility Practices Unveiled — Cultural Taboos and Stigmas Around Infertility. Infertility carries significant stigma in many cultures, often placing immense pressure on individuals, particularly women. For instance: In certain African and Asian societies, infertility is seen as a social failure, leading to isolation or exclusion from the community.
[91] Infertility & assisted reproduction: A historical & modern scientific ... — Infertility & assisted reproduction: A historical & modern scientific perspective The extension of the Middle Ages to modern history was the Renaissance period, during which the scientific progress was made in the field of modern medicine including the infertility treatment. In 1982, the Indian Council of Medical Research (ICMR) a pioneering Indian organization in the field of Biomedical Sciences took initiative realizing the importance of treatment of infertility and initiated a project (led by T.C. Anand Kumar and Indira Hinduja) at its Institute for Research in Reproduction (now ICMR-National Institute for Research in Reproductive Health) at Mumbai. Infertility has remained a social taboo since ages; with changing times and rapid developments taking place in the field of modern science, our philosophies have evolved eventually but the desire of the child, a family successor continues to be a major concern.
[92] The Palgrave Handbook of Infertility in History ... - ResearchGate — It shows how experiences of infertility, access to treatment, and medical perspectives on this 'condition' have been mediated by social, political, and cultural discourses.
[94] Cutting-Edge Innovations in Fertility Treatments — Advanced Fertility Treatments Advanced Fertility Treatments Leverage AI and machine learning innovations in fertility clinics, which can provide more accurate diagnostics and treatment plans. New fertility treatments utilize cutting-edge methods such as in vitro fertilization (IVF) and preimplantation genetic testing (PGT). A case study from a leading fertility center demonstrated a 30% reduction in treatment cycles needed for successful pregnancies. Ethical considerations play a critical role in the discussion around stem cell therapy for fertility treatments. The use of robotics can increase the overall success rates of fertility treatments. Recent advances in cryopreservation techniques have transformed fertility treatments. AI and machine learning enhance fertility treatments by predicting success rates, personalizing protocols, and improving embryo selection. How do non-invasive testing methods benefit fertility patients?
[96] Emerging Trends in Fertility Treatments: What's New in 2025 — Advances in fertility treatments continue to transform the landscape of reproductive medicine, offering new hope and options for individuals and couples trying to conceive. In 2025, innovative technologies and research breakthroughs are reshaping how fertility challenges are addressed, making treatments more personalized, efficient, and successful than ever before. A major trend in 2025 is the integration of personalized medicine into fertility treatments. Personalized treatment plans based on genetic insights are paving the way for a future where fertility care is as unique as the individuals receiving it. At My OBGyne, we are committed to keeping our patients informed and supported as they navigate the evolving landscape of fertility treatments. The field of fertility treatments is undergoing a significant transformation in 2025, driven by advancements in technology, personalized medicine, and holistic care.
[97] Recent Innovations in IVF Technology: What You Need to Know — The latest innovations in IVF technology are transforming dreams into reality for countless families on their fertility treatment journey, overcoming the insurmountable infertility challenge with quality fertility care and changing the way fertility treatments are approached. Stay informed about the latest IVF technologies to enhance your understanding and options for fertility treatments. Consider microfluidic technology, which improves embryo selection and can lead to higher success rates in IVF. This personalized fertility treatment improves success rates and reduces emotional stress for patients. Patients report higher success rates when using vitrified embryos during IVF cycles. This enhances sperm selection and embryo culture conditions, leading to better fertilization rates and healthier embryos. This technology improves decision-making in embryo selection, ultimately increasing the chances of successful pregnancies.
[101] How Are Advancements in IVF and Genetic Testing Transforming Fertility ... — The combination of IVF and preimplantation genetic testing (PGT) allows for a more personalized approach to fertility treatment, offering hope to many individuals and couples struggling with infertility. By addressing these concerns before embryo transfer, genetic testing enhances the overall efficacy and success rates of IVF treatments. Pre-implantation Genetic Testing (PGT) is a technique used to identify genetic defects in embryos created through in vitro fertilization (IVF) before pregnancy. By integrating AI with existing technologies like time-lapse imaging, fertility specialists can enhance the accuracy and efficacy of IVF treatments, providing couples with a more reliable path to achieving a successful pregnancy. The expanding IVF market in India is likely to witness continued advancements in technology, research, and medical practices, further improving the success rates and outcomes of fertility treatments.
[102] The Future of Fertility Treatments: Trends to Watch in 2025 and Beyond — With advancements in genetic testing, fertility clinics will be able to provide more personalized and effective care, enhancing success rates and minimizing risks. Quotes: " Genetic testing allows us to better understand the root causes of infertility and tailor treatments to increase the chances of a successful pregnancy. " - Dr. David
[104] Enhancing IVF Success with Time-Lapse Technology and AI in the ... — By applying machine learning techniques to this rich dataset, AI can assist embryologists in ranking embryos based on their potential for successful implantation. This synergy between time-lapse technology and AI enhances the accuracy of embryo selection, potentially increasing IVF success rates and leading to better clinical outcomes.
[105] Artificial intelligence in in-vitro fertilization (IVF): A new era of ... — Artificial intelligence in in-vitro fertilization (IVF): A new era of precision and personalization in fertility treatments - ScienceDirect Artificial intelligence in in-vitro fertilization (IVF): A new era of precision and personalization in fertility treatments This narrative review explores the potential of artificial intelligence (AI), machine learning (ML), and deep learning (DL) to enhance various stages of the IVF process. AI-driven tools can analyze vast datasets to predict optimal stimulation protocols, potentially improving oocyte quality and fertilization rates. In embryo selection, AI can analyze time-lapse imaging and morphological data to support the prediction of embryo viability, potentially aiding implantation outcomes. All content on this site: Copyright © 2025 Elsevier B.V., its licensors, and contributors. For all open access content, the Creative Commons licensing terms apply.
[106] The prospect of artificial intelligence to personalize assisted ... — Should this be achieved, ML algorithms that can combine morphological, motility, and DNA fragmentation data with outcomes such as fertilization, miscarriage, and live birth rates, could standardize, and vastly improve, single sperm assessment/selection by reducing the subjective and inter-variable outcomes between embryologists. Other fully automated deep learning-based models using time-lapse images such as iDAScore (Vitrolife) have shown the ability to accurately assess embryo morphology without the need for concurrent embryologist assessment or annotation, and predict implantation outcome87,88,89. Personalized prediction of the secondary oocytes number after ovarian stimulation: A machine learning model based on clinical and genetic data. A.A., A.C.Y., G.H.T., S.M.N., and W.S.D. provided clinical expertise.
[107] The Latest Advances in IVF Technology: What's New in 2025? — The Latest Advances in IVF Technology: What’s New in 2025? This blog is your guide to learning about the latest technology in IVF treatment, its impact on fertility success rates, and how to address common challenges in infertility. Recent Advances in IVF Technology in 2025 Recent advancements such as AI in embryo selection and time-lapse imaging have significantly increased IVF success rates by increasing accuracy and reducing errors. With the availability of low-cost IVF options and the integration of AI, Indian clinics are setting new standards in terms of recent advancements in infertility treatment and management. The year 2025 will mark the beginning of a new era in fertility treatments, with significant advancements in IVF technology.
[122] The Role of Artificial Intelligence in Revolutionizing Infertility ... — Predictive models trained on extensive data, including age, hormonal levels, previous treatment history, and lifestyle factors, can estimate the likelihood of conception through natural means or assisted reproductive techniques like in vitro fertilization (IVF). Such models can also help in predicting the success rates of embryo implantation based on embryo quality and uterine receptivity, allowing for tailored recommendations that optimize the chances of pregnancy. For instance, AI algorithms have been successfully applied to develop embryo selection systems that rank embryos based on quality and implantation potential, helping reduce the time and cost associated with multiple IVF cycles. AI has also expanded its applications into the field of genetic testing and screening, a crucial area in understanding the underlying causes of infertility.
[124] A review of artificial intelligence applications in in vitro ... — A review of artificial intelligence applications in in vitro fertilization | Journal of Assisted Reproduction and Genetics Utilization of standardized preimplantation genetic testing for aneuploidy (PGT-A) via artificial intelligence (AI) technology is correlated with improved pregnancy outcomes in single thawed euploid embryo transfer (STEET) cycles. Development of an artificial intelligence model for predicting the likelihood of human embryo euploidy based on blastocyst images from multiple imaging systems during IVF. Springer Nature or its licensor (e.g. a society or other partner) holds exclusive rights to this article under a publishing agreement with the author(s) or other rightsholder(s); author self-archiving of the accepted manuscript version of this article is solely governed by the terms of such publishing agreement and applicable law.
[143] Causes of Infertility: Overview - Loma Linda University Fertility — Causes of Infertility: Overview. Infertility is the inability to become pregnant within one year of trying by couples in which the woman is younger than the age of 35. For women who are age 35 or older, infertility is marked by not being able to get pregnant within six months of trying.
[145] 19 Male Fertility Myths Debunked - One Fertility Kitchener Waterloo — Myth: Male infertility is always a permanent condition. False. Thanks to various fertility procedures, a male's infertility condition may be treated. With healthy lifestyle choices, supplements, and medical intervention, treatable issues such as sperm quality and quantity may be improved. Myth: Masturbation causes male infertility. False.
[146] 6 Myths and Facts About Male Infertility — Obesity in men is associated with decreased sperm count and quality, and may be associated with sperm that aren't shaped right, so they can't penetrate an egg. A study from the National Institutes of Health published in 2006 found that a 20 pound increase in a man's weight might increase the risk of infertility by 10 percent.
[148] Myths About Male Fertility: Dispelling Common Misconceptions — However, male infertility is more common than most people think. In fact, male factors play at least a partial role in half of all fertility cases. Here are some other misconceptions surrounding male fertility. 1. Male Fertility Doesn't Decline With Age. Male fertility does decline with age, especially after the age of 40.
[149] Breaking Down Myths About Male Infertility: Facts vs. Fiction — Misconceptions can create confusion, but separating fact from fiction helps demystify the realities of male infertility. Myth 1: Infertility Is Only a Woman's Issue. Fiction: Infertility is often viewed as solely a female issue. Fact: Male infertility accounts for up to 40-50% of all infertility cases. Infertility is just as likely to be a
[150] How Hormonal Imbalances Impact Ovulation and Fertility - DarwynHealth — In addition to affecting ovulation, hormonal imbalances can also impact the quality of eggs released during ovulation. Imbalances in hormones like follicle-stimulating hormone (FSH) and luteinizing hormone (LH) can affect the development and maturation of eggs, leading to fertility problems.
[151] Hormonal Imbalance and Infertility - Loma Linda University Center for ... — Common causes of hormonal imbalance that affect ovulation. Some of the most commonly diagnosed conditions and hormonal imbalances are anovulation, polycystic ovary syndrome (PCOS) and hyperprolactinemia. These conditions often result in infrequent or absent ovulation, which complicates an individual's or couple's ability to become pregnant.
[153] Ovulation Disorders - Reproductive Science Center of New Jersey — Hormone imbalances. An excess of certain hormones can result in female infertility. For example, an excess of prolactin, a hormone produced by the pituitary gland, may cause hyperprolactinemia. During hyperprolactinemia, the excess of prolactin reduces the estrogen levels, causing infertility. Lifestyle factors that can affect ovulation
[154] Infertility and Hormonal Imbalances: Understanding Their Connection — Hormonal imbalances are a common and treatable cause of infertility. By identifying and addressing these imbalances early, couples can significantly improve their chances of conceiving.
[163] Female Fertility and the Nutritional Approach: The Most Essential ... — Conversely, a diet based on the Mediterranean dietary patterns, i.e., rich in dietary fiber, omega-3 (ɷ-3) fatty acids, plant-based protein, and vitamins and minerals, has a positive impact on female fertility. We performed a literature search of MEDLINE (PubMed) searching for terms such as the following: fertility, fertility diet, female fertility, PCOS, endometriosis, infertility, infertility treatment. (19) in 17,544 women planning a pregnancy or who became pregnant during the study, there was an association between adherence to the pro-fertility diet (similar to the MeD) and a lower risk of infertility caused by ovulation disorders. Women following the pro-fertility diet consumed more nonheme iron and more frequently, i.e., at least 3 times/wk, took multivitamins, in particular group B vitamins (e.g., folic acid), consumed more coffee and alcohol, and were more physically active.
[165] Lifestyle Factors Affecting Fertility — Lifestyle Factors Affecting Fertility. Sep 23. ... A healthy diet builds a foundation for optimal fertility, impacting hormonal balance, egg quality, and sperm health. Colorful fruits and vegetables, whole grains, lean proteins, and healthy fats contribute positively to reproductive well-being. Conversely, processed foods, excessive sugars, and
[167] 5 Ways Lifestyle Factors Can Affect Fertility — While most people point to obesity as a hindrance to fertility, being underweight can affect fertility as well. It can disrupt hormonal balance, leading to irregular menstrual cycles and reduced fertility. Overweight. Excess body fat can affect ovulation, sperm count and quality, and increase the risk of conditions like polycystic ovary
[168] 8 Lifestyle Changes That Can Enhance Your Fertility Journey — Practice stress-reducing techniques like yoga or meditation, as lower stress levels can positively impact fertility. A balanced fertility diet rich in fruits, vegetables, and whole grains can enhance reproductive health. Maintaining a healthy weight through regular physical activity is vital for improving fertility outcomes. Proper hydration supports hormonal balance, which is essential for fertility. Stress management is vital for fertility as high stress levels can affect hormone production. Regular sleep patterns help regulate hormones that are essential for fertility. High cortisol can negatively impact fertility by disrupting hormonal balance. A diet rich in whole foods, healthy fats, and antioxidants can support reproductive health and hormone balance, enhancing fertility naturally. Yes, moderate exercise can boost fertility by improving circulation and reducing stress.
[184] Psychological impact of infertility - ScienceDirect — The impact of infertility can have deleterious social and psychological consequences on the individual, from overt ostracism or divorce to more subtle forms of social stigma leading to isolation and mental distress. 2, 3 In some cultures, motherhood is the only way for women to enhance status in their family and community.
[185] (PDF) Psychological impact of infertility - Academia.edu — A subsequent review of this literature Psychological impact of infertility 303 concluded that psychotherapy (either in a group or individual/couple format) led to a reduction in anxiety and depression, as well as a possible increase in conception rates.73 Several psychological interventions appear to increase pregnancy rates, although
[186] Infertility: The Impact of Stress and Mental Health — Psychiatry.org - Infertility: The Impact of Stress and Mental Health PsychPRO: APA's Mental Health Registry Infertility: The Impact of Stress and Mental Health A recent American Psychiatric Association (APA) Resource Document notes that the “psychological impact of being unable to conceive is a profound loss and significant life crisis.” The feelings around and reactions to infertility may include anger, sadness, shame or grief. Mental health care such as psychotherapy or infertility counseling, can help reduce the stress associated with infertility and treatment. APA Leadership (29) items in category Mental health disorders (4) items in category What APA is Doing For You (36) items in category About APA About APA About APA PsychPRO: APA's Mental Health Registry
[187] Psychological Problems Related to Infertility - PMC - PubMed Central (PMC) — International guidelines propagate that infertility counseling is believed to be different from the usual disease-orientated gynecology and obstetrics consultations as it focuses on the emotional crisis associated with an unfulfilled wish or life goal; the medical treatments required to meet this wish commonly consists of repeated cycles of interventions which have a narrow success rate; the long-lasting wait creates frustration, disappointments, desperation and additional marital, familial, and interpersonal stresses, family and the intracouple dynamics often gets affected as the evaluation and diagnostic procedures impact the intimate lives and personal well-being of couples . The infertility team needs to communicate clearly that an option of psychological counseling and therapy is available to the couple to aid them in coping with infertility and the treatment process rather than exploring hidden personal failures or psychogenic causes of infertility. This article reviewed the available literature to understand the complex relationship between infertility and its psychological impact on couples undergoing the treatment.
[188] Psychiatric Considerations of Infertility - PMC — Emotional distress due to infertility not only exacerbates a woman's infertility issues from a physical perspective but also imposes a huge psychological strain on women hoping to conceive . Infertility can increase emotional concerns such as depression and anxiety, and these psychological conditions can interfere with infertility treatment
[190] Stress relief from infertility - Mayo Clinic Health System — Research has shown that women with infertility have the same anxiety and depression levels as women with cancer, heart disease and HIV. Many societies do not understand that infertility is a disease, so couples are blamed for their condition. ... These programs teach relaxation techniques, stress management, coping skills and group support
[191] 7 Ways to Manage the Stress of Infertility | WINFertility | WIN — Exercise Relieves Stress Any kind of exercise helps you cope with stress and helps relieve anxiety. Exercise outdoors, like a long walk in the park, is especially effective. It doesn't have to be a strenuous workout in order to work. Regular walking has been proven to relieve symptoms of anxiety and depression. Any exercise you enjoy and will
[192] IVF Anxiety: 8 Ways To Manage Worry And Stress During IVF — IVF anxiety and worry is normal, but you don't have to bear it alone. Others have gone through the same challenges. Reach out to infertility support groups to commiserate, laugh, and cry with others going through IVF. Professional counselors and therapists are another invaluable resources. Infertility is hard.
[193] Coping with Infertility: Emotional Challenges, Strategies — Coping Strategies. Finding effective coping strategies is crucial for managing emotional challenges. Practicing mindfulness can help reduce anxiety levels. Engaging in physical activities also boosts mental health. Couples should prioritize self-care during this time. Setting aside time for hobbies or relaxation promotes emotional well-being.
[194] How to Deal with Infertility: 12 Powerful Coping Strategies — In this article, we will look at why infertility is so emotionally difficult along with 12 powerful coping strategies for dealing with infertility. Table of Contents. The Emotional Impact of Infertility; 1. Identify and Acknowledge Your Feelings & Fears; 2. Give Yourself Permission to Cry and Be Angry; 3. Don't Blame Yourself; 4. Understand
[195] The social and cultural meanings of infertility for men and women in ... — The experience of infertility negatively impacts quality of life by disrupting infertile people's core beliefs about their identity and place in their community. Social structures, local understandings of infertility, and traditions can exacerbate an already-difficult period for infertile, and particularly childless, men and women.
[198] Narrative Study of the Significance of Infertility and Its Treatment ... — The experience of infertility and its treat-ment influenced motherhood by changing something fundamental in their maternal identities that did not end with having a child.
[199] Psychological impact of infertility - ScienceDirect — Evidence is emerging of an association between stress of fertility treatment and patient drop-out and pregnancy rates. Fortunately, psychological interventions, especially those emphasizing stress management and coping-skills training, have been shown to have beneficial effects for infertility patients.
[201] Psychological Problems Related to Infertility - PMC — International guidelines propagate that infertility counseling is believed to be different from the usual disease-orientated gynecology and obstetrics consultations as it focuses on the emotional crisis associated with an unfulfilled wish or life goal; the medical treatments required to meet this wish commonly consists of repeated cycles of interventions which have a narrow success rate; the long-lasting wait creates frustration, disappointments, desperation and additional marital, familial, and interpersonal stresses, family and the intracouple dynamics often gets affected as the evaluation and diagnostic procedures impact the intimate lives and personal well-being of couples . The infertility team needs to communicate clearly that an option of psychological counseling and therapy is available to the couple to aid them in coping with infertility and the treatment process rather than exploring hidden personal failures or psychogenic causes of infertility. This article reviewed the available literature to understand the complex relationship between infertility and its psychological impact on couples undergoing the treatment.
[235] Striking costs of infertility point to importance of IVF access and ... — The U.S. Department of Health and Human Services estimates the cost for a single cycle of IVF to range from $15,000 to $20,000, and can exceed $30,000 if a donor egg is involved. While the number of employer health insurance plans that cover infertility treatment is growing, 29 states do not require private insurance to cover IVF treatment.
[236] Infertility - World Health Organization (WHO) — To effectively address infertility, health policies need to recognize that infertility is a disease that can often be prevented, thereby mitigating the need for costly and poorly accessible treatments. Incorporating fertility awareness in national comprehensive sexuality education programmes, promoting healthy lifestyles to reduce behavioural risks, including prevention, diagnosis and early treatment of STIs, preventing complications of unsafe abortion, postpartum sepsis and abdominal/pelvic surgery, and addressing environmental toxins associated with infertility, are policy and programmatic interventions that all governments can implement. developing guidelines on the prevention, diagnosis and treatment of male and female infertility, as part of the global norms and standards of quality care related to fertility care;
[238] PDF — The Federal Employee Retirement Income Security Act (ERISA) governs self-insuring employers, that is employers who do not purchase insurance coverage but rather pay for health coverage out of pocket.15 ERISA REPRODUCTIVERIGHTS.ORG supersedes state laws so that such employers are not required to comply with state mandates and thereby not required to provide coverage for infertility care.16 Mandates may also exempt small business.17 Under some mandates, employers can refuse to provide infertility coverage to employees if they claim that doing so violates their religious beliefs.18 Public Plans Medicaid, an income-restricted health insurance program and the largest source of public funding for medical and health-related services for low income people and families in the United States, rarely covers infertility care, including IVF.19 Thus, the nearly 75 million people enrolled in Medicaid in the United States may not be able to access such care.20 And while a recent study found that publicly-funded family planning clinics provide some infertility information and care to patients, this varies depending on whether or not the clinic receives funds through the Title X family planning program, a federal program established in 1970 to provide low-income individuals and families with comprehensive family planning health services.21 Servicemembers also have limited access to infertility care, including IVF.
[241] Race, ethnicity, and assisted reproductive technology outcomes: where ... — Racial and ethnic disparities are a pervasive healthcare issue that reflects deep-rooted systemic inequalities. These inequities impact women's access to healthcare and their healthcare outcomes, including those related to assisted reproductive technology (ART) (1). Specifically, Black, Hispanic, and Asian individuals are less likely to access fertility care compared with their White
[249] Nunn Introduces Bipartisan Bill to Improve IVF Access and ... - House — WASHINGTON, D.C. — U.S. Representative Zach Nunn (IA-03) today introduced bipartisan legislation to protect access to fertility treatments, including invitro-fertilization (IVF), for millions of Americans.The Helping to Optimize Patients' Experience (HOPE) with Fertility Services Act, which is co-led by U.S. Representatives Lori Chavez-Deremer (OR-05), Debbie Wasserman Shultz (FL-25), and
[251] Infertility: Disparities and Access to Services - ACOG — Obstetrician–gynecologists and other health care professionals should advocate for insurance coverage for infertility services, including assisted reproductive technology; policy changes that promote comprehensive reproductive health; and evidence-based, lower cost treatment options. Obstetrician–gynecologists and other health care professionals should advocate for insurance coverage for infertility services, including assisted reproductive technology, policy changes that promote comprehensive reproductive health, and evidence-based lower cost treatment options. Obstetrician–gynecologists and other health care professionals should intentionally provide patient education about fertility and infertility. Obstetrician–gynecologists and other health care professionals should advocate for insurance coverage for infertility services, including assisted reproductive technology; policy changes that promote comprehensive reproductive health; and evidence-based, lower cost treatment options. Obstetrician–gynecologists and other health care professionals should intentionally provide patient education about fertility and infertility.
[252] Disparities in access to fertility care: who's in and who's out — nulliparous); race/ethnicity (White, Black, Latinx, Asian, multiple/other); household income (<$100 $100–200K, $200–400K, >$400K); religion (Catholic, Protestant, Jewish, Nonreligious or Spiritual, other Christian, Hindu, other); education (less than bachelor’s, bachelor’s, master’s, terminal professional degrees); insurance coverage for fertility treatment (none, <50%, 50%–75% coverage; >75% coverage); and an indicator of whether the respondent is currently seeking/undergoing fertility treatment or if they have completed fertility treatment in the past. The socioeconomic barrier of fertility treatment continues to intersect with race and ethnicity, as twice as many Black and Hispanic respondents in our sample reported income level as a barrier compared with White and Asian respondents.
[253] Socioeconomic status and fertility treatment outcomes in high-income ... — Although there is evidence that SES can affect fecundity (Colleran et al., Citation 2015) and influence fertility treatment-seeking behaviour (Swift & Liu, Citation 2014), there is a scarcity of data on socioeconomic factors in fertility treatment and assisted reproductive technology (ART) outcomes. In this review, we explore what is currently
[254] Disparities in access to effective treatment for infertility in the ... — In the United States, economic, racial, ethnic, geographic, and other disparities exist in access to fertility treatment and in treatment outcomes. This opinion examines the factors that contribute to these disparities and proposes actions to address them.
[255] Disparities in access to effective treatment for infertility in the ... — Disparities in access to effective treatment for infertility in the United States: an Ethics Committee opinion (2021) | American Society for Reproductive Medicine | ASRM Employer and insurer exclusion of coverage for infertility from the majority of private health care insurance policies and public health care programs in this country remains a significant barrier to access to ART treatment in the United States. The ASRM Ethics Committee encourages all reproductive care stakeholders to pursue opportunities for establishing affordable, safe, effective infertility services and treatments for underserved populations and for those in the United States who lack insurance coverage for the required treatment.
[256] Socioeconomic disparities in the use and success of fertility ... — Higher income and college-educated couples were much more likely to use more cycles of higher-intensity fertility treatment. The increased cost of infertility care was primarily explained by these differences in number and type of infertility treatment.
[257] Caring for Black Women Seeking Fertility Treatment: Challenges, Stigma ... — ASRM advocates for expanded IVF access, urging policy solutions that prioritize patient care, inclusivity, and medical decision-making free from political interference. ... ASRM Today podcast discusses challenges in fertility care access for Black women, launching an e-learning module to address equity and support in reproductive healthcare
[274] Top 10 priorities for future infertility research: an international ... — The top 10 priorities for future infertility research in each of the four categories. Discussion. The Priority Setting Partnership for infertility has brought together healthcare professionals, people with fertility problems and others to identify the top 10 research priorities for future infertility research. These research priorities are
[275] The Role of Artificial Intelligence in Revolutionizing Infertility ... — Predictive models trained on extensive data, including age, hormonal levels, previous treatment history, and lifestyle factors, can estimate the likelihood of conception through natural means or assisted reproductive techniques like in vitro fertilization (IVF). Such models can also help in predicting the success rates of embryo implantation based on embryo quality and uterine receptivity, allowing for tailored recommendations that optimize the chances of pregnancy. For instance, AI algorithms have been successfully applied to develop embryo selection systems that rank embryos based on quality and implantation potential, helping reduce the time and cost associated with multiple IVF cycles. AI has also expanded its applications into the field of genetic testing and screening, a crucial area in understanding the underlying causes of infertility.
[276] The Future of IVF: The New Normal in Human Reproduction — Integration of microfluidics into the IVF laboratory may give rise to at least four foreseeable advantages: (1) precisely controlled fluidic gamete/embryo manipulations; (2) providing biomimetic environments for culture; (3) facilitating microscale genetic and molecular bioassays; and (4) enabling miniaturization and automation. Microfluidic in vitro insemination has been demonstrated , whereas conventional fertilization is suitable for the vast majority of IVF patients, microfluidic systems may further decrease the need for Intracytoplasmic Sperm Injection (ICSI). Noninvasive PGT, which utilizes cell-free DNA released into the spent embryo culture media, is likely to become the first omics technology used clinically in conjunction with a microfluidic system . IVF-on-a-chip: recent advances in microfluidics technology for in vitro fertilization. Integration of single oocyte trapping, in vitro fertilization and embryo culture in a microwell-structured microfluidic device.
[278] Emerging Trends in Fertility Treatments: What's New in 2025 — Advances in fertility treatments continue to transform the landscape of reproductive medicine, offering new hope and options for individuals and couples trying to conceive. In 2025, innovative technologies and research breakthroughs are reshaping how fertility challenges are addressed, making treatments more personalized, efficient, and successful than ever before. A major trend in 2025 is the integration of personalized medicine into fertility treatments. Personalized treatment plans based on genetic insights are paving the way for a future where fertility care is as unique as the individuals receiving it. At My OBGyne, we are committed to keeping our patients informed and supported as they navigate the evolving landscape of fertility treatments. The field of fertility treatments is undergoing a significant transformation in 2025, driven by advancements in technology, personalized medicine, and holistic care.
[279] P4 Reproductive Medicine: Prediction, Prevention, Personalization, and ... — As reproductive medicine evolves, the integration of new therapies, advanced technologies, and personalized care approaches is reshaping the field, driving us toward P4 Reproductive Medicine—prediction, prevention, personalization, and participation. ... focusing on reducing the risks associated with infertility treatments. A study in this
[282] The Role of Artificial Intelligence in Revolutionizing Infertility ... — Predictive models trained on extensive data, including age, hormonal levels, previous treatment history, and lifestyle factors, can estimate the likelihood of conception through natural means or assisted reproductive techniques like in vitro fertilization (IVF). Such models can also help in predicting the success rates of embryo implantation based on embryo quality and uterine receptivity, allowing for tailored recommendations that optimize the chances of pregnancy. For instance, AI algorithms have been successfully applied to develop embryo selection systems that rank embryos based on quality and implantation potential, helping reduce the time and cost associated with multiple IVF cycles. AI has also expanded its applications into the field of genetic testing and screening, a crucial area in understanding the underlying causes of infertility.
[285] The Future of IVF: The New Normal in Human Reproduction — Integration of microfluidics into the IVF laboratory may give rise to at least four foreseeable advantages: (1) precisely controlled fluidic gamete/embryo manipulations; (2) providing biomimetic environments for culture; (3) facilitating microscale genetic and molecular bioassays; and (4) enabling miniaturization and automation. Microfluidic in vitro insemination has been demonstrated , whereas conventional fertilization is suitable for the vast majority of IVF patients, microfluidic systems may further decrease the need for Intracytoplasmic Sperm Injection (ICSI). Noninvasive PGT, which utilizes cell-free DNA released into the spent embryo culture media, is likely to become the first omics technology used clinically in conjunction with a microfluidic system . IVF-on-a-chip: recent advances in microfluidics technology for in vitro fertilization. Integration of single oocyte trapping, in vitro fertilization and embryo culture in a microwell-structured microfluidic device.
[286] Microfluidics in reproductive biology: applying lab-on-a-chip ... — From these studies, it is clear that the potential impact of microfluidics on IVF is only beginning and that further achievements in microfabrication, analytic detection and robotic or computer-assisted automation is likely to support the translational application of this technology.
[287] Microfluidic in-vitro fertilization technologies: Transforming the ... — The full potential and possibility of microfluidics technology in the IVF industry are endless. We will be able to miniaturize and include several laborious laboratory procedures into one compact device, lab-on-the-chip and if we dare to dream into the future, microfluidic can transform and automate the entire IVF industry.
[288] The future of AI in fertility treatments: what to expect next — Patients using AI-assisted fertility treatments will need emotional and psychological support. Artificial Intelligence (AI) is revolutionizing reproductive technology by providing novel, data-driven solutions to enhance fertility treatment and improve treatment success rates. By utilizing advanced algorithms for embryo evaluation and gamete selection, AI drives better patient care, optimizes clinical workflows, and enhances fertilization outcomes. AI empowers patients by providing accurate, data-based insights into their fertility treatment journey, enhancing their understanding of reproductive potential. Indeed, AI technology has been shown to analyze embryo quality and predict the success of implantation with much higher accuracy than humans, enhancing fertilization outcomes and improving success rates for IVF in the fertility industry.