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Deciding to start a family is never an easy process, but for some employees who identify as part of the LGBTQ+ community, their journey to parenthood might need some more support.  Being a 21st-century employer means establishing an inclusive, progressive and supportive work environment to attract and retain employees. A 2017 study by Mercer found that 33% of UK respondents do not offer equal benefits to LGBTQ+  employees because they do not know how to implement such a benefit!  Here are some ways to provide support to your LGBTQ+ employees in their fertility journeys Partner with experts like Hertility to raise awareness about the advances in fertility treatments such as IVF (in vitro fertilisation), IUI (intrauterine insemination), surrogacy, etc., that made it possible for LGBTQ+ couples to have biologically related children. Refer your employee to resources like Hertility that may help them understand the basics of all things reproductive health will make them more confident in their reproductive journeys. Gender-affirming treatments can impact fertility, and therefore, many require fertility preservation, such as banking eggs, sperm or embryos before medical transition. With the number of NHS-funded cycles declining rapidly, LGBTQ+ couples have to fulfil extensive criteria before being eligible for a funded cycle, because of which,  many are opting for private treatment, where the average cost per cycle can be about £5,000, varying significantly depending on the treatment options chosen and the clinic (HFEA). Listen to feedback from employees,  ask them what they would want to feel more supported in their choices and try to develop policies around them. Establishing fertility benefits policies – covering proactive fertility testing, fertility treatment or egg freezing costs or providing low-interest loans – can help align your interests with your employees, supporting their individual journeys to parenthood, facilitating equality, diversity and inclusion. If you have existing family planning and health benefit policies, revisit the language and clauses to ensure LGBTQ+ employees are eligible for the equal benefits to support them as they embark on their parenthood journey, whether that be through fertility treatment, surrogacy, adoption, or parental leave. Hertility can help train your staff on all things related to policies.  About Hertility Health Hertility Health is shaping the future of Reproductive Health by giving women the ability to understand and manage their fertility and hormone health from menstruation to menopause. 1 in 3 women suffer with a reproductive health issue, yet conversations around fertility, menopause and menstrual symptoms are still stigmatised in the workplace. As employees suffer in silence – up to £4k is lost per year per employee due to reduced productivity, absenteeism and presenteeism. To learn more about our Reproductive Health Education and Benefits for Employers, reach out to benefits@hertilityhealth.com or visit our website. Trusted resources:https://www.imercer.com/uploads/dmi/2017_lgbt_sample.pdfhttps://www.bpas.org/media/3484/bpas-fertility-investigation-nhs-funded-fertility-care-for-female-same-sex-couples.pdf    

Testosterone is an important androgen hormone in people of all sexes. In this article, we’ll cover exactly what it does in the body, what the symptoms and causes of high or low testosterone are and how you can ensure your levels are balanced and healthy.  Quick facts: What is testosterone? Testosterone is an important hormone for regulating sex drive (libido), bone and muscle mass and fat distribution. It’s part of a group of hormones called androgens.  There are a lot of misconceptions about testosterone being just a “male” hormone. Whilst testosterone plays an important role in the development of the male sex organs and male secondary sex characteristics, people of all sexes have testosterone.  Everyone produces and requires a certain amount of androgen hormones for reproductive development. The difference is just how much testosterone we have based on our sex-at-birth. How is testosterone made? In women and people assigned female-at-birth, testosterone is produced by the ovaries and adrenal glands. It’s then converted to hormone–oestrogen. Testosterone production is age-dependent and it gradually declines with age. Most of the testosterone in the body is inactive. It remains bound to a protein called, sex hormone-binding globulin (SHBG). The small amount of testosterone that’s unbound and therefore active, is called freely circulating testosterone (free T).  Free T can enter cells to bring about its effects. Our free T levels are affected by the levels of SHBG. Low levels of SHBG result in higher free testosterone, whereas high levels of SHBG result in lower free testosterone. What does testosterone do in the body? Some of the functions of testosterone are: What are the symptoms of high testosterone? Excess levels of testosterone in the body is called hyperandrogenism. This can bring about symptoms like:  Some studies suggest that high testosterone levels may increase the risk of developing high cholesterol, heart disease and type 2 diabetes. What causes high testosterone levels? The most common causes of high testosterone levels are underlying health conditions. It can also be caused by certain medications and lifestyle factors. Let’s look at the main ones… PCOS Polycystic ovary syndrome (PCOS) is a hormonal and metabolic condition affecting 1 in 10. The exact cause is still being researched, however, the proposed causes include an excess of androgens and insulin, genetic and environmental factors. If you suspect you might have PCOS, our at-home tests can give you a better insight into your hormones.  Congenital andreal hyperplasia Congenital adrenal hyperplasia (CAH) is an inherited condition that affects the adrenal glands. These are small glands located on top of the kidney. They produce hormones like cortisol (stress hormone), dehydroepiandrosterone (DHEA) and testosterone. People with CAH are unable to produce an enzyme necessary to regulate the production of these hormones, which can result in an overproduction of testosterone. It’s been found to be more common in some ethnic groups such as people of Hispanic, Mediterranean, Yugoslavian and Ashkenazi Jewish descent. Cushing’s syndrome is another hormonal condition impacting the adrenal glands. It results in excessive cortisol and androgen production. Medications Testosterone levels can rise due to certain medications, such as: Alcohol Excessive alcohol consumption may increase levels of testosterone in premenopausal women, however, research is conflicting.  How to lower my testosterone levels? Treatment for high testosterone depends on the cause, but generally, it is a combination of lifestyle changes and medications. Achieving a healthy weight by including a healthy balanced diet and exercise routine may help with the symptoms of a hormonal balance.  Medications used to treat high testosterone, and associated symptoms include: What are the symptoms of low testosterone? If you’re experiencing low testosterone, you may experience some of the following symptoms:  Low testosterone over a long period may also contribute to long-term health conditions such as heart disease, memory issues and loss of bone density. Often, the symptoms of low testosterone in women are undiagnosed or misdiagnosed. Some of the conditions that low testosterone may be mistaken for include stress, depression and the side effects of menopausal changes in women. What could cause low testosterone levels? The most common causes of low testosterone levels are often age, underlying conditions and problems with certain glands. Age Testosterone levels naturally decrease as we age. As it’s produced in the ovaries, the natural decrease in ovarian function with age means that some may experience low testosterone levels as they transition from the perimenopausal phase into menopause.  Underlying health conditions Premature ovarian insufficiency (POI) can increase your risk of low testosterone. Additionally, surgery, such as the removal of the ovaries, can cause lowered testosterone levels.  Problems with the hypothalamus or pituitary gland Underlying health conditions impacting the pituitary, hypothalamus, or adrenal glands can also cause lowered testosterone levels. This is because these parts of the brain are responsible for the secretion of hormones which control the proper functioning of the ovaries.  A disruption in the pituitary gland can also impact the adrenal gland. Addison’s disease or adrenal insufficiency is a hormonal condition that occurs due to underactive adrenal glands and can cause a low level of its hormones. What can I do to increase my testosterone levels? Low testosterone levels effects and treatments in women are still being researched and treatment is usually recommended only if symptoms are significantly impacting health and quality of life.  Testosterone replacement therapy is a form of hormone replacement therapy (HRT) based on the replacement of testosterone. It may be prescribed orally, as injections, gels or skin patches. DHEA is a precursor to testosterone, and it is believed that taking DHEA supplements could increase the amount of testosterone. It is always recommended to speak with a doctor before starting any medication or supplements. How to test testosterone levels? If you’re experiencing any of the symptoms mentioned above, our at-home hormone tests can determine your testosterone levels. Hormone testing is the only way to know what your testosterone levels are for definite.  Our Doctors can recommend a care plan for you, based on your symptoms, hormone levels and specific health goals. Resources:

When our reproductive hormone levels are affected, it can cause menstrual cycle disruptions that can result in fertility issues. In this article, we’ll take a look at alcohol’s effects on the main female reproductive hormones. Quick facts: How alcohol and hormones interact According to recent data, women and those assigned-female-at-birth are, on average, drinking more alcohol than ever before. Whilst many people are aware of the immediate health consequences of drinking—including the caloric impact and the dreaded hangover, there’s still very limited awareness of the effects that alcohol can have on female hormonal health.  Hormones act as chemical messengers, which control and coordinate various bodily processes. Each of our hormones relies on a complex system of interactions, often with other hormones, to maintain their levels and carry out their intended functions.  Drinking alcohol, as well as other lifestyle factors like smoking, can affect our hormones, both directly and indirectly. Which hormones are affected by alcohol? Hormones affected by alcohol include: Our hormones are sensitive. They rely on a complex set of interactions, both with one another and other bodily processes in order to stay in balance and perform their functions properly.  Alcohol consumption is known to affect our levels of oestrogen, progesterone and testosterone significantly—three very important hormones in the regulation of the menstrual cycle and overall health. It can also affect our levels of Anti-müllerian Hormone (AMH), gonadotropins like Follicle stimulating hormone (FSH) and Lutenising hormone (LH), thyroid hormones and prolactin.  Let’s take a look at each of them in turn. Oestrogen and alcohol Oestrogen is probably the hormone you know best—it plays an important role in many elements of our health, including the regulation of the menstrual cycle, maintaining bone density and skin health. Acute consumption of alcohol has been shown to increase oestrogen levels. Increased oestrogen levels over a prolonged period can be associated with breast cancer development in those assigned-female-at-birth. The United Kingdom Million Women Study revealed that every additional drink per day contributed to 11 breast cancers per 1,000 women up to age 75. Progesterone and alcohol Follicle-stimulating hormone (FSH) and luteinising hormone (LH), are involved in egg maturation and ovulation, two key elements of the menstrual cycle and female fertility. A surge in your levels of LH triggers the egg to be ovulated, however, there is some evidence that alcohol consumption may affect both the levels of LH in general and the ability of the egg to respond to LH. Excessive alcohol consumption may even affect how the cells within the fallopian tubes function. Testosterone and alcohol Testosterone is typically associated with male sexual development and fertility, but it also plays an important role in female sexual development and fertility, including regulating female libido.  There is some evidence that moderate alcohol consumption may increase testosterone levels, causing an imbalance in androgen levels. High testosterone levels can lead to symptoms like acne, excessive facial and body hair growth (hirsutism), irregular periods, mood changes and loss of libido. Anti-Mullerian Hormone (AMH) and alcohol AMH is produced by the granulosa cells within your ovarian follicles and is used as an indicator of ovarian reserve (your egg count). The relationship between alcohol consumption and AMH is slightly contentious. Some studies have found no change in AMH levels in people who consumed alcohol but more recent studies have shown those who engage in “binge drinking” had lower levels of AMH.  Binge drinking is defined by the Centres for disease control (CDC) as “a pattern of drinking that brings a person’s blood alcohol concentration (BAC) to 0.08 g/dl or above”. Basically, consuming 4 or more drinks in the space of 2 hours.  Because of AMH’s close ties to your ovarian reserve, lowered AMH levels can indicate a low ovarian reserve. Gonadotropins and alcohol There are two types of gonadotropin hormones in the body—Follicle-stimulating hormone (FSH) and luteinizing hormone (LH). Both FSH and LH are involved in egg maturation and ovulation, two key elements of the menstrual cycle and female fertility.  A surge in LH levels at the midpoint of the menstrual cycle is what triggers ovulation—that month’s mature egg being released into the Fallopian tube.  There is some evidence that suggests alcohol consumption may increase LH levels in general and also impair the ability of our eggs to respond to LH. Excessive alcohol consumption may also affect how the cells within the Fallopian tubes function. Thyroid hormones and alcohol Your thyroid is a butterfly-shaped gland that plays an important role in the regulation of many different bodily functions such as your heart rate, body temperature and growth development.  Alcohol consumption has been shown to alter the levels of the thyroid hormones, thyroid-stimulating hormone (TSH), thyroxine (T4) and triiodothyronine (T3) with heavy use showing decreased levels of T3 and T4. Low levels of thyroid hormones are known as hypothyroidism and can cause a huge number of symptoms including fatigue, weight gain, heavy or irregular periods, fertility issues and irregular ovulation, depression and more. Prolactin and alcohol Chronic alcohol consumption is associated with increased prolactin levels. Consistently high levels of prolactin in your body is called hyperprolactinemia and is significantly associated with infertility through interference with other hormones such as oestrogen and progesterone. Alcohol and trying to conceive When trying to conceive, cutting down on your drinking is often one of the first things on your preconception to-do list. The dangerous effects of alcohol on the developing foetus can range from physical to mental and generally disrupt their development in the womb (see foetal alcohol syndrome).  It is also known that alcohol consumption affects the success of IVF treatment, with one study showing people who had at least four drinks per week were 16% less likely to have a live birth than those who had less than four drinks. Additionally, a 21% lower live birth rate was found for couples in which both drank more than four drinks per week. Other effects of alcohol on the body As well as impacting our hormones, alcohol has other broad-reaching effects on the body and the […]

For many, the journey to parenthood can be a challenging process, both physically and emotionally. We’re here to help you understand the different causes of infertility, and the options available for those who need support. Quick facts: What is infertility? Infertility is defined as not being able to conceive after one year (or longer) of trying. This could be despite having regular unprotected sex with a partner, or trying using methods like artificial insemination (IUI).  There are 2 types of infertility: In the UK, as many as 1 in 7 heterosexual couples experience infertility, yet the causes are sometimes preventative, or treatable.  Causes of infertility  There can be many different reasons why you might struggle to conceive. This can include structural fertility issues, ovulation problems, underlying health conditions and hormonal imbalances. Let’s take a look at each. Ovulation issues  Anovulation, also known as the inability to ovulate, is the most common cause of infertility. Ovulation is when a mature egg is released from one of your ovaries, each month, during your menstrual cycle. The egg travels into the Fallopian tube, where it prepares to be fertilised by a sperm, before then travelling down the tube to the uterus.  When trying to conceive, ovulation is a crucial event, with the 5 days before ovulation and ovulation day itself often referred to as your ‘fertile window’.This is the time of the month when you’ll be most likely to get pregnant.  Research suggests that as many as 25% of infertility cases are caused by anovulation. Anovulation can be caused by: Another possible explanation is a problem with the egg maturation process. This means that an “immature” egg may be released from your ovaries when it is not quite ready and unable to fertilise. Underlying health conditions Polycystic ovary syndrome (PCOS) PCOS is the most common underlying condition affecting fertility. PCOS affects as many as 1 in 10 people with ovaries.  People with PCOS produce higher levels of androgen hormones, like testosterone. This can disrupt your menstrual cycle, ovulation, and balance of cycling hormones—like oestrogen, follicle-stimulating hormone and luteinising hormone (LH). As PCOS is still under-researched and misunderstood, many people are left undiagnosed and are unaware they have it until they are actively trying to conceive. This is why it’s a good idea to check in on your hormones before you start your conception journey.  Primary ovarian insufficiency (POI)  POI is when the ovaries stop working properly before the age of 40. POI is far less common than PCOS, affecting only 1 in 100 women younger than 40. Your ovaries produce oestrogen and progesterone—two cycling hormones responsible for the regulation of your menstrual cycle. When their function is disrupted, ovulation can also become disrupted or stop completely.  People with POI also have a lower ovarian reserve, meaning fewer eggs for their age. Without a sufficient amount of eggs and the correct level of hormones needed to regulate your cycle, the possibility of conceiving is reduced considerably. According to the National Infertility Association, POI can be caused by genetics, autoimmune factors, induced by chemo or radiotherapy, or it can have an unknown cause. Uterine fibroids Uterine fibroids are noncancerous tumours that affect as many as 25% of people with a uterus. They can cause symptoms such as heavy periods, intermenstrual bleeding, and pelvic pain. In some cases, depending on the location in which they grow, and whether they affect the shape of the uterus or cervix, fibroids can also cause infertility.  This is because they can block the fallopian tubes, stopping eggs from meeting sperm, or reaching the uterus for implantation. They can also get in the way of implantation if they are near the inner lining of the womb.  Despite being less common than other causes of infertility, around 5-10% of infertile women and those assigned female-at-birth are found to have uterine fibroids, with their instance being much more common in Black women.  Endometriosis Endometriosis is a common reproductive health condition that affects around 1 in 10 women and people assigned female-at-birth. With endometriosis, tissue similar to the tissue that makes up the lining of the womb starts to grow in other places, such as the ovaries and the fallopian tubes, causing lesions and scarring.   This can cause several life-altering symptoms, such as painful and heavy periods, pain during or after intercourse and pelvic pain. It is also another common cause of infertility, with research suggesting it is present in around 20-50% of infertility cases. The exact link between endometriosis and infertility is unknown. However, some theories suggest that lesions and scarring can cause structural problems with the reproductive organs and chemical changes in the lining of the uterus. Structural infertility  Structural infertility is a problem with the anatomical structure of the reproductive organs. This can include blockages, structural damage or abnormal growth in the fallopian tubes, uterus or ovaries.  Structural issues with the ovaries or fallopian tubes can prevent eggs from being released from the ovaries or stop them from moving through the fallopian tubes to reach a sperm for fertilisation.   Additionally, if the structure of your uterus is abnormal or damaged, it may prevent eggs from implanting into the endometrium (uterus lining). This is needed to create a healthy embryo and pregnancy.  Structural infertility problems can also be caused by scarring from surgery, infections, injuries, or endometriosis.  Also, the growth of noncancerous tissues such as uterine polyps on the lining of the uterus, can cause blockages. Polyps occur when additional tissue grows on your uterus. However, sometimes tissue grows elsewhere in your reproductive system potentially blocking your fallopian tubes and preventing pregnancy.  Implantation failure Other possible explanations of implantation failure are: Infections and auto-immune disorders  Untreated sexually transmitted infections (STIs) may have serious consequences for your fertility. STIs like chlamydia or gonorrhoea can cause scarring and blocking of your Fallopian tubes.  Additionally, if syphilis is left to develop, it can cause stillbirth. There are also other forms of infections of the cervix with human papillomavirus (HPV) that could cause infertility. It’s […]

Exercise can greatly improve your overall health, including your reproductive health. In this article, we’ll break down different types of exercise, their impact on fertility and how to find movement that’s right for you.  Quick facts: Finding the right exercise for you We all have different feelings towards exercise. Some of us can’t go a day without it and some of us simply can’t bear it.  Whichever team you’re on, there’s no denying that exercise comes with some serious health benefits—some of which extend to your fertility and reproductive health.  But getting the balance right, with the right amount of exercise, supplemented with good quality nutrition that covers your personal energy and calorie requirements is essential.  We know that finding the right balance for you and your body can be difficult, especially if you’re just getting started with your movement journey. Here we’ll break down some different types of exercise and intensity that you can consider.  Remember, movement will look different for everyone. If your movement is restricted, you may want to speak to a physio or occupational therapist who can help you find the best way to meet your movement goals. Is exercise good for fertility? The health benefits of exercise are too many to mention. It affects every system in your body from your cardiac system to your digestion and even your bone health.  It would be unfair if your reproductive system didn’t get a share of the health kick you get from your chosen exercise regime but thankfully, it does.  There is more and more evidence emerging that physical activity and exercise can improve reproductive health and pregnancy rates (1). Some fertility benefits to exercise might be indirect but they are helpful nonetheless. Insulin regulation People with a high BMI and elevated blood sugars are known to be at greater risk of fertility challenges. Insulin resistance can affect the maturation of your eggs and inhibit ovulation.  Fortunately, regular exercise decreases abdominal fat, blood sugar, and insulin resistance (3).  Hormone balance  Regular exercise also increases sex-hormone binding globulin (SHBG), a protein that regulates the amount of testosterone in your tissues (4). Menstrual cycle benefits Many studies report that exercise improves menstrual cycle abnormalities including premenstrual syndrome (PMS) and dysmenorrhoea, or period pain (5), as well as reducing the risk of anovulation (failure to ovulate) (6).  Stress reduction Exercise is also known to reduce stress, improve self-esteem and greatly improve symptoms of poor mental health and low mood. Reducing chronic stress on the body can do wonders not only for your hormones and reproductive health but your overall health too. What exercise is good for fertility? There are different types of exercise, all of which can have benefits for fertility and your reproductive health for different reasons. Let’s take a look at each. Cardiovascular or aerobic exercise This is generally any exercise that gets your heart beating faster and increases blood flow to your muscles. Cardio is most beneficial for your heart health and blood vessels. It lowers blood pressure, regulates weight, blood sugars, and sleep, boosts mood, and strengthens your immune system.  All of these benefits will have knock-on benefits to your reproductive health. Brisk walking, running, swimming and cycling all fall into the cardiovascular or aerobic exercise category.Cardiovascular exercises are important but try to get at least two strength training sessions in a week too. Strength training  Strength or resistance training will better protect your bone and muscle health. It will make you stronger and help you to develop better body mechanics.  Strength training isn’t all about bulking up, using weights and going to the gym. You can start strength training using just your body weight at home or outside. Things like yoga, pilates and tai chi all count as strength training, as well as swimming which is a combination of strength and cardio. Flexibility and balance Working on your flexibility and mobility will help avoid injury and, if you’re older, lower your risk of falling. Both can be practised with stretching, yoga, pilates or a dedicated mobility routine.  If you plan on getting pregnant, strength and flexibility will help your body to adjust to the changes that come with pregnancy. Types of exercise intensity Exercise is categorised into three different intensity levels: low, moderate, and vigorous. We all do some bit of low-intensity exercise, whether that’s doing the housework, doing the shopping or strolling to the bus. Other examples are beginners yoga, tai chi or a casual walk.  You can make any of these moderate exercises by upping the pace. Moderate exercise can be thought of as anything that raises your heart rate and makes you breathe faster, but not so much that you’re unable to speak without taking a breather.  Any activity that makes your breathing harder and faster would fall into the vigorous exercise category. Examples include running, rowing, high-intensity interval training and spinning. The NHS recommends 150 minutes of moderate activity or 75 minutes of vigorous activity a week. As a general rule, try and aim for 30 minutes of moderate physical activity a day. If you’ve always been active you can continue your usual training regime at the same level to maintain your health. If you’re new to exercise or you’ve taken a long break from fitness, start to build up your level of activity, starting with low to moderate-intensity exercises. If you just don’t feel like doing a high-intensity workout today, then don’t do one. Start with some slow exercises, or try some yoga to help calm your mind. Finding time for exercise Our lives today have hectic schedules and exercise isn’t at the top of everyone’s priority list. If you can’t squeeze in a training session, remember that some exercise is better than none. Ask a colleague to join you for a 10-minute brisk walk at lunchtime, take the stairs instead of the lift or consider getting off a stop early on your work commute. NHS-approved apps for managing and mapping your progress will help you with time management […]

Period poo. What is it and why does it happen? In this article, we take a look at why our bowel movements seem to wreak havoc during our periods and some tips for managing any symptoms. Quick facts: What is period poo? Period poo is basically any changes to your bowel movements during your period. This can be loose stools, diarrhoea, more frequent bowel movements, constipation, or more wind.  Although period poo might not be the most hotly debated dinner party conversation, it’s actually really common—with one study citing that up to 73% of people who menstruate experience period poo.  What causes period poo? Throughout our menstrual cycles, our hormones cause a whole host of changes, some of which can affect our digestion and gastrointestinal tract. Here are some of the changes that occur in the lead-up to our periods specifically, which can lead to changes in bowel movements.  Prostaglandins and muscle contractions Prostaglandins are chemical messengers that your uterus (womb) produces around your period. They act on the uterine smooth muscles to help them contract and shed their lining each month. This means you have prostaglandins to thank for your period cramps.  Sometimes, excess prostaglandins can act on smooth muscles elsewhere in the body, including the bowels. This causes an increase in muscle contractions in the intestines and bowel, leading to loose stools or diarrhoea.  On the flip side, too little prostaglandins can have the opposite effect, causing things to slow down in the gastrointestinal tract. This is one theory of why some people experience constipation at the time of their period (3).  Increased progesterone levels Although the exact relationship is not well understood, your gut – as well as your uterus – also has receptors for sex hormones like progesterone and oestrogen. This means your gut is sensitive to the changes in hormones that come about at the time of your period. Just before your period, progesterone levels are high, which can cause gut sensitivity, including bloating, diarrhoea or constipation, in some people.  For people who already suffer from Irritable Bowel Syndrome, this can be exacerbated at this time of the month. If you’re experiencing flare-ups, stick to your prescribed symptom management plan and if you think you need more relief, speak to your doctor about alternative ways to manage your IBS during your period.  Diet changes and cravings An increase in progesterone levels just before our periods can cause cravings for certain foods. Changing your diet, for example eating more, consuming more carbs and processed foods, consuming less fibre and not drinking enough water can all affect digestion and lead to changes in stools.  Increased stress or anxiety A common symptom of Premenstrual Syndrome (PMS) that is often experienced just before or during our periods is increased levels of anxiety, overwhelm or stress. Each of these symptoms can lead to a change in bowel movements, as our guts are intimately linked to our stress levels (think the nervous poos).  How to manage period poo symptoms There are certain lifestyle changes you can adopt to help alleviate any gastrointestinal symptoms you notice around your menstrual cycle. Try some of the following tips to help make that time of the month a little less crappy. Eat lots of natural fibre  Fibre is like your bowel’s best friend—it helps to move things through and keep your digestion and bowel movements regular. Make sure you’re getting lots of high-fibre foods like fruit, vegetables and whole grains in the run-up to and during your period. Try not to overeat processed foods and carbs as these often have the opposite effect.  Limit caffeine If you’re experiencing loose stools and diarrhoea, try cutting down on your caffeinated drinks and foods (like dark chocolate). This is because caffeine stimulates the gut, resulting in you needing to go more frequently.  Coffee in particular (even decaf) can stimulate the gut, so best to skip the morning coffee at your time of the month and opt for another way to energise yourself, like a morning walk or some yoga. If you do experience diarrhoea, be sure to increase your water intake to prevent dehydration.  Get moving  Movement and exercise are great for the gut and bowels. They help keep things moving through your digestive tract and can reduce the instances of bloating as well as helping to alleviate period cramps. If you’re not feeling up for your usual fitness routine, some yoga or simple stretching and walking are all great options.   Stay hydrated If you’re experiencing either constipation or diarrhoea, then drinking plenty of water is essential. Being adequately hydrated is very important for a healthy functioning gut and if you have diarrhoea you are at risk of becoming dehydrated quickly if you aren’t replacing lost fluids.  Painkillers and stool softeners It’s not unusual to mistake period cramps for bowel urges and vice versa during your period. Pain and cramps associated with either gut problems or your period can be eased with exercise, heat pads, or painkillers. You can also try stool softeners if you’re experiencing bad constipation. Resources:

Is it harder to conceive with your second child? It can be but it’s different for everyone. Unfortunately, infertility affects 1 in 6 people, so if you are struggling, you’re not alone. This article will share everything you need to know about what secondary fertility is, what causes it, and the treatment options available to you. Quick facts: What is secondary infertility? Secondary infertility is when you are having difficulty conceiving after previously conceiving and giving birth. To be defined as secondary infertility, the previous birth must have occurred without help from fertility treatments or medications like IVF (in-vitro fertilisation). The definition of primary infertility, in comparison, is when someone who’s never conceived a child has difficulty conceiving. So, how common is secondary infertility? Struggling to conceive might come as a shock if you’ve already had a baby. Secondary infertility, however, is a challenge faced by lots of individuals and couples who are trying for more children.  A World Health Organization (WHO) report suggests that around 1 in 6 (17.5%) people are affected by infertility (primary and secondary infertility) worldwide. Secondary infertility: definition and signs You can be diagnosed with secondary infertility by a healthcare professional when: The main sign of secondary infertility is being unable to get pregnant when you’re having regular, unprotected sex for up to six months or a year depending on your age. It could also include several failed artificial insemination (IUI) attempts.  If you’re worried about your fertility, discuss it with your GP or a healthcare professional. Common causes of secondary infertility The causes of secondary infertility are the same as the causes of primary infertility. For women and those assigned female-at-birth (AFAB), these include age-related fertility decline, hormonal imbalances, blockages in your reproductive environment (uterus, fallopian tubes or ovaries) and lifestyle choices such as your weight, nutrition, sleep, stress, and smoking and alcohol. For males and those assigned male-at-birth (AMAB), the causes of secondary infertility are similar. These include age-related fertility decline, lifestyle choices, and hormone imbalances. However, specific concerns for males and those AMAB are testicular damage, genital infections, or problems with ejaculation or sperm. Age-related causes of secondary infertility Age-related fertility decline could be a cause of secondary fertility. For women and those AFAB, it’s natural for the quantity (ovarian reserve) and quality of eggs to diminish, leading to a decline in fertility. In your 20s, your fertility peaks. Then, fertility gradually declines in your 30s, particularly after age 35.he chances of getting pregnant each month during your 30s are about 20%. That means that for every 100 fertile 30-year-old women trying to get pregnant in one cycle, 20 will be successful and the other 80 will have to try again.  By age 40, the chance is less than 5% per cycle, so fewer than five out of every 100 women are expected to be successful each month. Advanced maternal age is associated with increased risks of infertility and complications during pregnancy. Factors like decreased ovarian reserve and higher rates of chromosomal abnormalities can contribute to challenges in conception. Hormonal imbalances affecting secondary infertility Hormonal imbalances are a leading cause of primary and secondary infertility. Hormones regulate your menstrual cycle—consider them the orchestrators of your fertility. Hormonal imbalances can indicate conditions like polycystic ovary syndrome (PCOS) or thyroid issues and can affect ovulation, meaning you might not release an egg every month or the release may be delayed. If an egg isn’t released, pregnancy can’t occur. Hormonal changes can also negatively affect male fertility, reducing sperm production, mobility and motility.  Infections and STIs affecting secondary infertility Infections, both viral and bacterial, can affect your fertility. Some infections, particularly Sexually transmitted infections (STIs), can have lasting negative effects on your fertility if left untreated so it’s important to get regular checkups. Other viral and bacterial infections might temporarily affect fertility. For male secondary infertility, the testis are particularly susceptible to viral infection. Evidence is also emerging that Covid-19 might impact the testis. A common cause of secondary infertility in males or those AMAB, is poor semen quality, including a low sperm count, and low motility. This means sperm that isn’t moving properly or abnormally-shaped sperm which makes it harder for them to move and fertilise an egg. There’s a male fertility misconception that the type of underwear someone wears can affect fertility. Although there seems to be a link between increased temperature of the scrotum and reduced semen quality, there’s no evidence to suggest that the type of underwear worn by men and those AMAB can affect infertility. If you’ve had any infections, surgeries or medical diagnoses in the last 12 months, it might be worth mentioning to your GP if you’re having trouble conceiving or with secondary infertility. Medical diagnoses and treatments affecting secondary infertility Unfortunately, cancer treatments like radiation and chemotherapy, surgery, or a medical diagnosis can affect secondary infertility. If you’ve recently undergone cancer treatment or are about to, you might want to check your fertility with a hormone and fertility test and consider fertility preservation treatments like egg freezing, IVF (in-vitro fertilisation), and donor eggs or embryos. Lifestyle considerations for secondary infertility Lifestyle choices can affect secondary infertility. Things like being underweight or overweight, smoking, using drugs and drinking alcohol. These can all increase the risk of secondary infertility by disrupting your hormone balance and impacting your overall health and well-being. Poor nutrition can negatively impact fertility Poor nutrition like eating lots of trans fats and saturated fats found in ultra-processed foods, and having a high-sugar diet have been shown to negatively impact fertility. Regular exercise to support fertility Although regular physical exercise is considered healthy and will support weight management and optimise fertility, excessive exercise can negatively affect ovulation and fertility in women and those AFAB. Getting enough sleep to support fertility Studies suggest that sleep disturbances correlate with adverse reproductive health outcomes like menstrual irregularities, increased time to and reduced rates of conception, and increased miscarriages. Women with diminished ovarian reserve were found to be 30 […]