Foggy brain? You walk into a room, pause, and wonder what you came for. You start a sentence and lose your words halfway through. It’s not laziness or “mum brain”, it’s your body’s way of saying something’s out of balance. Brain fog doesn’t arrive out of nowhere. It’s the final whisper of deeper processes, hormonal shifts, stress, poor sleep, gut inflammation, or blood sugar swings. And no supplement will fix it if the foundations of health aren’t honoured. As a naturopath, my job is to help you trace those whispers back to their source and rebuild your focus from the inside out. Let’s look at what might be clouding your mental clarity, and how to get your brain firing again. The biology of brain fog: Is it motherhood? Synaptic pruning occurs during pregnancy that impacts areas of social cognition, not to mention nutrient depletion and chronic sleep loss. ⬇️ Is it perimenopause? Loss of oestrogen disrupts multiple brain systems including sleep regulation and sensory processing. ⬇️ Is it burnout? Chronic stress dysregulates the HPA axis, leading to cortisol imbalances that impair hippocampal function, working memory, and attention. ⬇️ Is it iron deficiency? Low iron reduces oxygen delivery to the brain and impairs dopamine synthesis, two key contributors to cognitive fatigue and poor concentration. ⬇️ Is it another nutrient deficiency? Deficiencies in B12, folate, or the essential (but often forgotten) nutrient choline impair neurotransmitter synthesis that are critical for clear thinking and stable mood. ⬇️ Is it insomnia? Sleep loss decreases prefrontal cortex activity and increases neuroinflammation which undermines memory, attention, and emotional regulation. ⬇️ Is it heavy periods? Chronic blood loss can deplete iron stores and reduce haemoglobin, leading to cerebral hypoxia and mental fog. ⬇️ Is it depression or anxiety? Altered monoamine signalling and increased neuroinflammation disrupt executive function and slow cognitive processing. ⬇️ Is it adult ADHD? Dysregulated dopamine and norepinephrine in the prefrontal cortex impact attention, impulse control, and working memory. ⬇️ Is it PMDD? Women with PMDD show measurable shifts in attention and impulse control across their whole cycle with extreme exacerbations during the luteal phase (and sometimes at ovulation). Brain fog isn't all in your head, it's in your hormones, your nutrients, your sleep, and your stress load.  While it can feel overwhelming, identifying the root cause is the first step toward clarity. You don’t need to guess, self-diagnose, or rely on marketing that targets our insecurities. A personalised, whole-body approach can help uncover what’s really going on and guide you toward the support your brain needs to function at its best. If you're ready to stop fumbling for words and start feeling like yourself again, let's find the cause.

Around 80% of pregnant women report some degree of memory change , and similar patterns show up in the postpartum period. It’s real, I experience it myself. You probably have too. Pregnancy brain. Mum brain. Baby brain. But here’s where I think the narrative around “mum brain” fails us. We focus almost exclusively on the slight cognitive challenge of feeling forgetful and ignore the extraordinary capacities that are gained during this season. This personal apology reinforces the cultural expectation that caregiving should be invisible, that mothering should be done quietly, behind closed doors, not interfere with other parts of our life, particularly our role in work outside the home ( ahem capitalist patriarchy). The things we are forgetting in those moments, when we have 'baby brain’, usually have no relevance to our capacity and adaptation for care giving. And actually, that’s probably why we forget them. Our brain has undergone neural pruning because we have more critically important things to think about. When researchers test memory in pregnant women using ecologically relevant information, meaning things related to their baby (literally the only information that matters to the nervous system in that moment), the results dismantle the concept of baby brain. Pregnant women show enhanced learning and stronger long-term memory compared to women who have never given birth. Evolutionary adaptation, not deficit. Emerging neuroscience shows that parenthood in both birthing and non-birthing parents involves sophisticated, adaptive shifts in brain function, not a decline. Mothers have a significant reorganisation of brain structure particularly in regions involved in emotional processing, social attunement and long-term caregiving. Including measurable changes in grey matter volume across areas like the prefrontal cortex and hippocampus (memory-related regions) that persist for up to six years postpartum. This is likely what makes us feel forgetful. But my argument is that we forget things that probably don’t matter. These changes are not  associated with poorer cognitive performance and are usually linked to enhanced caregiving sensitivity and incredible evolutionary adaptation. The maternal brain prioritises what matters most for survival of the infant, and dampening what is non-essential noise. This includes highly refined emotional regulation, faster recognition of infant cues, and a more efficient neural response to stress and threat. We need to liken matrescence to adolescence: a hormonally charged, neuroplastic developmental window  that reshapes attention, motivation, identity and behaviour. Baby brain is not a deficit, but evidence of the extraordinary neurological adaptation required to take on the profound work of mothering. But it is taxing and depletion is very real . When we view baby brain through this lens of neuroplasticity and adaptation rather than dysfunction, we also have to acknowledge that this heightened state of brain rewiring is resource-intensive . It demands iron, DHA, choline, magnesium, protein, sleep, and stable blood glucose to build new neural architecture, regulate emotion, and sustain the high-level demands of parenting. Nutrient repletion and postnatal care become critical biological requirements that directly shape mood, cognition, energy, long term health and resilience. This is where naturopathic medicine steps in.

In Australia, nearly 60% of births in 2022 were to women aged 30–39, indicating that a significant number of mothers may already be experiencing the early hormonal changes associated with reproductive ageing. This means that many women are navigating the early stages of perimenopause while also entering matrescence or actively engaging in early motherhood. Perimenopause is the transitional phase leading up to menopause and is best described by ovarian ageing using both menstrual changes and hormonal markers across the lifespan. Underlying hormonal changes often begin well before noticeable changes in menstrual cycles. Some educators and women’s health advocates, such as Jane Hardwicke Collings of the School of Shamanic Womancraft, refer to this transitional time as Sagescence , a sacred journey between the archetypes of Mother and Menopause, inviting a deeper understanding of the physiological, emotional, and spiritual changes that unfold during this phase of life. There is a growing recognition and appreciation of women’s experiences, particularly the transition into motherhood known as matrescence. This shift is being supported not only through cultural awareness but also through scientific inquiry. The fields of neuroscience and epigenetics are increasingly offering the language and evidence to articulate the vital role of the mother-infant dyad and the central importance of mothers in advancing both individual and planetary wellbeing. “Childbirth brings about a series of very dramatic changes in the new mother’s physical being, in her emotional life, in her status within the group, even in her own female identity. I distinguish this period of transition from others by terming it matrescence to emphasize the mother.. ” Anthropologist Dana Raphael, The Tender Gift: Breastfeeding (1973) Matrescence and Maternal Age in Australia Today, most women are entering matrescence later in life than previous generations. According to the Australian Institute of Health and Welfare, most births in 2022 were to women aged 30–34, with nearly 60% of all births occurring among women in their 30s. This means a growing number of women are navigating the transition into motherhood while also approaching or entering perimenopause. These dual transitions of matrescence and perimenopause can intersect and amplify each other , both physically and emotionally. But, there are well-documented benefits to having children later in life . Research links older maternal age to better language development, fewer emotional difficulties, and higher cognitive outcomes in children. Older mothers often feel more emotionally prepared, patient, and secure in their parenting role, and are more likely to describe their partners as supportive. Matrescence, Perimenopause, and the Neurological Transitions of Motherhood Both matrescence and perimenopause are periods of profound neurological change , comparable to adolescence in terms of brain plasticity and hormonal shifts. Parenting is not purely instinctual. Maternal functioning is shaped by changes in brain structure and function. During pregnancy and postpartum, specialised neural circuits undergo synaptic pruning and rewiring in response to hormonal, sensory, and cognitive input. These changes support caregiving behaviours, which are then reinforced by the brain’s reward systems. Perimenopause also brings neurological change. As oestrogen declines, it disrupts brain systems involved in sleep, memory, and sensory processing. This can lead to a temporary hypometabolic state in the brain and may contribute to symptoms like insomnia, mood changes, and anxiety. These transitions increase vulnerability to poor brain health and mental health conditions. Understanding the neurological nature of these life stages is essential to better supporting yourself through these incredible transitions. Honouring the changing seasons of womanhood The intersection of matrescence and perimenopause is a unique window of neuroendocrine change that deserves informed, personalised care. Understanding the neurological and hormonal transitions of matrescence and perimenopause can be the difference between feeling overwhelmed and feeling empowered. If you’re ready to make sense of your changing body, restore balance, and support your long-term health, I’d love to help you navigate these portals with evidence-based naturopathic care and traditional wisdom. Book a naturopathy appointment today  and take the next step toward thriving through motherhood and beyond.

Perimenopause - the transition phase before menopause - can arrive subtly or with noticeable shifts in your menstrual cycle. The first sign of perimenopause is often a longer, heavier period and a shorter cycle , often beginning in the late 30s to early 40s. This is what I notice first in my clinic . While every woman’s journey is unique, understanding the hormonal changes behind these shifts can help you navigate this season with confidence. Why Does Your Period Get Heavier and Cycles Get Shorter? Hormonal fluctuations are the primary reason your cycle may suddenly feel different. During perimenopause: 👉 Oestrogen levels become unpredictable – sometimes surging higher than usual before dropping sharply. 👉 Progesterone begins to decline due to less frequent or inconsistent ovulation. 👉 The follicular phase shortens, meaning the time between menstruation and ovulation is reduced, leading to shorter cycles. These changes can cause heavier or prolonged bleeding. The good news? While disruptive, these shifts are normal signs that your body is adjusting into perimenopause. When does perimenopause start? The first signs of perimenopause: Every woman experiences perimenopause differently, but certain factors can affect when it starts and how intense the symptoms are: 👉Genetics – If your mother or grandmother entered perimenopause early, you might too. 👉Lifestyle – Diet, exercise, body size, lean mass vs fat mass, and overall health impact hormonal balance. 👉Stress levels – Chronic stress can accelerate hormonal shifts by affecting the adrenal glands and overall hormone production. Tracking your cycle, noting changes, and addressing stress, diet, and lifestyle factors can help support a smoother transition. Matrescence and Perimenopause: The Overlapping Transitions If you’re navigating both matrescence (the transformation into motherhood) and perimenopause (the transition to menopause) at the same time, you’re not alone. Many women today are having children later in life, meaning they may experience postpartum recovery while also managing the early signs of perimenopause. The hormonal, neurological, and nutritional needs of these two transitions are profound , and supporting your body through both is essential.

Proper nourishment and hydration during all stages of labour can help maintain energy levels and hydration, prevent exhaustion, support effective contractions and can contribute to shorter labours and higher maternal satisfaction. However, there is controversy about whether you are "allowed" to eat during a hospital birth. Let's looks at the evidence (or jump straight to recipes ) Can You Eat During Labour in Australia? ( jump to recipes ) 👉Global Recommendations Support Eating in Labour Leading health organisations agree that food and fluids should not be restricted for low-risk women: Cochrane Review : No evidence justifies restricting food and fluids in labour. World Health Organization (WHO) : Recommends oral intake for low-risk women. The American College of Nurse-Midwives: Realise that withholding food adds to physiological pain and stress of labour NICE Practice Guidelines for the UK: Low risk mothers and babies do not benefit from birth in hospital obstetric units or from many previously “routine” but unindicated labour interventions (such as no food) American Society of Anesthesiologists (ASA) : Reports that most healthy women benefit from eating during labour. 👉What Do Australian Guidelines Say for Eating in Labour? RANZCOG : Advises a light diet until active labour, then only clear fluids, though their policy guidance mainly applies to VBAC births. Safer Care Victoria : Encourages hydration, light meals, and mobility for a smoother labour. Am I allowed to eat during hospital birth? Despite strong evidence, some hospitals still limit eating in labour due to outdated concerns about aspiration if general anesthesia is required. However, modern research shows that for women at low risk of needing emergency surgery, these restrictions offer no real benefit. The Australian Society of Anaesthetists (ASA) advises fasting before surgery to prevent aspiration. However, they do not have a specific policy for eating in labour and newer evidence suggests this practice is not necessary for most low-risk women and in fact the risk of aspiration during a c-section is so low that a randomised control trial on the topic is unfeasible. In fact, a survey of 109 Australian maternity units found that 60.5% allow women to eat and drink during labour (at her own discretion, rather than offering nourishment)  if they are at low risk of needing general anaesthesia. What Foods to Eat During Labour? Choosing easily digestible, energy-rich foods can help sustain you through labour. Some great options include: Simple carbohydrates for quick energy: dried fruit like dates, apricots, spoonful of honey, this incredible rocky road recipe Protein and healthy fats  to maintain stamina: nut butter, yoghurt pouch, biltong, jerky Electrolyte-rich drinks  to stay hydrated: homemade bone broth, labour aid, herbal tea with added salt and collagen Drinking during labour - labour aid recipe Hydration, minerals, and electrolytes play a critical role in supporting us during labour. Staying well-hydrated helps maintain blood flow to the uterus and other vital organs. The electrolytes and minerals found in real salt are essential for muscle contractions, nerve function, reducing fatigue and maintaining the steady energy levels needed to meet the physical demands of labour and recovery. Download my labour aid recipe card to share with your support team: What Not to Eat in Labour? While nourishment is essential, some foods can be harder to digest or cause discomfort. It’s best to avoid: Coffee may contribute to dehydration and anxiety Heavy, greasy foods  that may cause nausea as they are harder to breakdown Large meals  in late labour, as digestion slows down during labour to prioritise birth over "rest and digest" functions Sugary snacks  that can give big highs but lead to energy crashes and provide no nutrition for the hard work of giving birth Which Food is Best for Labour Pain? Certain nutrients support endurance and relaxation: Salt and electrolytes from my labour aid assist with nerve and muscle contraction Magnesium-rich foods  from dark chocolate and nuts may ease muscle tension Protein and fats  from yoghurt and nuts support steady blood sugar, preventing energy dips that make pain feel more intense and bottom-out our energy supply. Collagen powder can be added to hot and cold liquids and provides all essential amino acids for energy and recovery. Herbal teas like nettle and oats help to calm our nervous system so we can stay in flow with our bodies Create a herbal tea for labour: Ginger or peppermint tea  can help with nausea Raspberry leaf tea will assist with uterine contractions Nettle tea and oat straw are highly nourishing, beautiful allies for mothers and infants The Bottom Line: Can I Eat and Drink During Labour in Australia? Labour is hard work, and like any endurance event, it requires fuel. The science is clear: for most women, eating during labour is safe, beneficial, and improves birth outcomes . It’s time for maternity care to align with the evidence, because no one runs a marathon on an empty stomach.

As a twin mum and Bendigo-based naturopath offering telehealth across Australia, I’ve seen firsthand how multiple births bring double the joy but also double the demands on a mother’s body. Multiple Births Awareness Week  is the perfect time to recognise the unique journey of twin parents, especially the crucial need for postpartum care after a twin pregnancy and birth. In this series, I’ll share Australian twin birth statistics, postpartum nutrition strategies, and herbal support for new mothers to help you recover, restore, and thrive. See my other blog for twin pregnancy support , where I’ll cover essential guidance for a healthy twin and multiples pregnancy. Jump to: Twin Birth Statistics in Australia Postpartum Nutrition & Recovery for Twin Mums Calorie & Protein Needs for Twin Mums Staying Hydrated While Breastfeeding Twins Postpartum Supplements for Twin Mums Read my Twin Birth and Postpartum Stories Celebrating Multiple Births Awareness Week with A Special Offer from Village for Mama Advice from one twin mum to another Twin Birth Statistics in Australia In 2022, multiple births accounted for approximately 2.9% of all births in Australia, with nearly all (98%) being twins. This equates to around 8,529 babies born from 'multiples' pregnancies that year. While the overall percentage of multiple births has remained relatively stable over the past decade, factors such as maternal age and the use of assisted reproductive technologies can influence the likelihood of multiple births. Women with PCOS may also be more likely to conceive twins - although this may be due to higher incidences of ART and IVF. While twin pregnancy support is improving, the postpartum period often lacks tailored guidance, especially when it comes to nutrition and recovery. Postpartum Nutrition & Recovery for Twin Mums Recovering from a twin pregnancy requires even greater nutrient support than pregnancy itself. Your body is healing from birth, replenishing nutrient stores, balancing postpartum hormones, and producing double the breast milk if you’re nursing both babies. Rather than overcomplicating postpartum nutrition, focus on whole, nutrient-dense foods in larger portions or more frequent meals. Expect to feel hungrier, especially in the first few months postpartum, because your energy demands are significantly higher. Aim for things that can be eaten one-handed or out of a giant mug. The Village for Mama Book contains delicious recipes designed alongside a naturopath to help replenish and nourish a new mama post-birth. Recipes cater to all mamas including vegan, gluten-free and dairy-free options. Use the code AMYSIMPSON  for 10% off this essential postpartum resource. Calorie & Protein Needs for Twin Mums Mums of twins require 500–600 extra calories per baby per day, meaning you may need 1,000–1,200 extra calories daily if you're exclusively breastfeeding. While there’s limited research on protein needs for twin mums, data from singleton mothers shows that postpartum protein requirements are higher than those of a typical female athlete, even months after birth. To support tissue healing and milk production, prioritise: 🍲Protein-rich meals like soups, stews, slow-cooked meats, and eggs 🦴Collagen-rich foods such as bone broth or a high-quality collagen supplement 🥑Healthy fats like avocado, butter, nuts, seeds, and olive oil for sustained energy. Staying Hydrated While Breastfeeding Twins Producing milk for twins means you’ll need even more fluids. A breastfeeding mum of one needs an extra 3–4 cups of water per day, while a twin mum may require 5–8 extra cups  (1.2–2 litres extra). Instead of relying solely on water, replenish lost electrolytes with: 🥥Coconut water 💦Filtered water with a tiny sprinkle of sea salt ( See my preferred water filter here ) 🦴Bone broth like this recipe from Jordan Pie Hot tip: take a hot tea to bed so that you can hydrate through marathon overnight feeds with something warm. Find a double-walled smoothie cup with a metal straw so that you can grab it one handed and reduce spill risk. Postpartum Supplements for Twin Mums Even with a nutrient-dense diet, supplements can support healing and milk production postpartum. Key nutrients include: 💊 Prenatal vitamins  – Continue taking your prenatal for at least 3 months after you finish breastfeeding. 🐟 DHA (Omega-3s)  – Supports brain health and recovery. Essential if you didn’t eat oily fish regularly during pregnancy. 🦴 Collagen protein  – Helps heal tissue and support skin, ligaments, and postpartum recovery (especially after a C-section, episiotomy or tearing). You can mix collagen into your meals and stir into hot drinks (it doesn't have a flavour or texture!) 🦠 Probiotics  – Supports gut and vaginal microbiome recovery, especially if antibiotics were used during birth. Certain strains of probiotics also reduce the risk of allergies in your little ones and strengthen the gut ahead of eating solids. By prioritising nourishment, hydration, and key nutrients, you’ll be better equipped to recover, restore, and thrive in your postpartum journey with twins. Read my Twin Birth and Postpartum Stories To honour Multiples Birth Awareness Week, I shared my postpartum stories with incredible fella twin mama Leila from Village for Mama. You can read my story here. Here's a sneak peak: We so often prepare for the birth and forget to prepare for postpartum. Something else we don’t tend to acknowledge is how much the birth can impact your postpartum experience. What type of births did you have? I’ve had three vaginal births but two were assisted. My first with an episiotomy and my third (twin 2) was guided out, but thankfully no episiotomy – but both happened in theatre with spinal blocks in preparation for caesareans. I went to 42.5 weeks with my first, but my twins were induced at 38.6 weeks. My middle child (twin 1) was my most beautiful birth .. . ( read more here ) Celebrating Multiple Births Awareness Week with A Special Offer from Village for Mama A guide to postpartum nourishment Village for Mama's incredible postpartum resources are designed to help replenish and nourish a new mama post-birth and beyond. Use the code AMYSIMPSON for a 10% discount on all the Village for Mama goodness. Village For Mama Advice from one twin mum to another Recovering from birth while caring for twins is a unique challenge, your body and mind are doing double the work. Prioritising rest isn’t a luxury; it’s essential. Your well-being directly impacts your ability to care for your little ones, so give yourself permission to rest without guilt. The emotional toll of twin motherhood can be brutal. The combination of hormonal shifts, sleep deprivation, and constant caregiving can increase the risk of postpartum anxiety and depression. If you’re feeling overwhelmed, anxious, or depleted, know that support is available. Simple nervous system resets, like deep breathing, stepping outside for fresh air, short meditations, or gentle restorative movements can help bring a sense of calm amidst the chaos. If you're struggling with exhaustion, emotional overwhelm, or feeling depleted, naturopathic care can support your recovery. I offer evidence-based, holistic strategies to nourish your body and nervous system, and I provide concession rates for new mums because early postpartum care should be accessible to all. Book a consultation today, and let’s create a plan that supports you in this season of motherhood. Babies and children are always welcome in my clinic and on my telehealth calls. Nursing is always welcome. References and further reading on twin births Fisher, J. (2006). Psychological and social implications of multiple gestation and birth. Australian and New Zealand Journal of Obstetrics and Gynaecology.   https://doi.org/10.1111/j.1479-828X.2006.00615_4.x Qin, J. Z., Pang, L. H., Li, M. J., Fan, X. J., Huang, R. D., & Chen, H. Y. (2013). Obstetric complications in women with polycystic ovary syndrome: a systematic review and meta-analysis. Reproductive biology and endocrinology : RB&E , 11 , 56. https://doi.org/10.1186/1477-7827-11-56 Wierzejska, R. E. (2022). Review of Dietary Recommendations for Twin Pregnancy: Does Nutrition Science Keep Up with the Gr owing Incidence of Multiple Gestations? Nutrients , 14 (6), 1143. https://doi.org/10.3390/nu14061143 Zgliczynska , M., & Kosinska-Kaczynska, K. (2021). Micronutrients in Multiple Pregnancies-The Knowns and Unknowns: A Systematic Review. Nutrients , 13 (2), 386. https://doi.org/10.3390/nu13020386

We all know these sayings - “Eat breakfast like a king, lunch like a prince, and dinner like a pauper”   "Breakfast is the most important meal of the day" "Kids can't go to school on an empty stomach" Then came along 'intermittent fasting' and skipping breakfast became normal. But it turns out Nan was right; there’s real science behind these old sayings. Let’s talk about what it really means to break the fast . If you’ve ever worked with me in clinic, you’ll know I’m constantly talking about the power of a good breakfast, and why it's so important to flip your fast* (if you fast) so you're eating earlier in the day, rather than saving most of your eating for the evening. (*I know I talk about this ad nauseum) Eating in alignment with our body’s natural circadian rhythm, specifically eating during daylight hours and avoiding late-night meals has profound benefits for our brain and metabolic health. In this post, I will explain the science of chronobiology , why when we eat is just as important as what we eat , and how syncing your meals with your body’s natural body clocks (yes, multiple) can set you up for optimal well-being. Circadian rhythms regulate multiple aspects of metabolic physiology. In conditions that control for effects of environment and behaviour, circadian rhythms persist in aspects of physiology such as hormone secretion, core body temperature, resting metabolic rate and plasma metabolite concentration (Flanagan et al., 2021) What is chrononutrition? Chrononutrition  is an emerging nutritional theory that when  we eat matters, not just what  we eat. Our bodies have internal clocks that are influenced by daylight, sleep, darkness, what we eat, and how much time passes between our first and last bite of the day. These factors send signals to the brain and organ 'clocks' in our fat tissue, liver, gut, and pancreas as seen in this image. Together, they help regulate important processes like hunger and fullness, how well we digest food, how nutrients are absorbed, and how our body uses and stores nutrients. In short, our eating habits are deeply connected to our body’s natural rhythm - and we are diurnal creatures ☀️ The Science Behind Meal Timing and 'Body Clocks' Our bodies have built-in biological clocks, known as our circadian rhythm. They help to regulate processes like sleep, hormone release, and metabolism. Disrupting this natural rhythm with prolonged shift work, eating late at night or irregularly can interfere with these essential functions, leading to various health issues, including poor memory, weight gain, and an increased risk of chronic diseases. By eating during the day and avoiding meals late in the evenings, we support the body’s ability to function efficiently. This diurnal eating pattern allows our brain to clear waste, balance energy use, and maintain its resilience. It also aligns with the body’s natural energy rhythms, ensuring that our metabolism works in sync with our internal clocks. Is Late-Night Eating Bad for You? Eating late, particularly after 8pm, can lead to higher calorie intake and an increased risk of weight gain. This happens because your body is preparing for sleep, and consuming a large meal during this time can disrupt our metabolism and blood sugar control. Late-night eating also messes with the brain’s internal clock, which can impair memory and cognition over time and may be associated with an increased risk of neurodegenerative diseases in the long run. The key takeaway? When you eat is just as important as what you eat. Aligning your meals with your body’s natural rhythm is an easy, natural way to improve your brain function, metabolism, and overall health. Stop skipping breakfast! The Benefits of Daytime Eating for Brain and Metabolic Health Better Brain Function and Waste Clearance Eating during the day supports the brain’s ability to clear waste products, a process that’s essential for maintaining brain health. In contrast, late-night eating disrupts the brain’s internal rhythms and hinders its ability to function at its best. Improved Metabolic Health Eating earlier in the day, especially at breakfast, helps regulate blood sugar levels, reduce inflammation, and promote healthy weight management. Studies show that people who consume a larger portion of their daily calories earlier in the day tend to have better glycemic control and lower rates of obesity . Stable Energy and Appetite Control Irregular meal timings, like eating late or skipping meals, can impair the brain’s ability to control energy use and regulate appetite. When you eat in alignment with your circadian rhythm, your body can maintain stable blood sugar levels, better fat metabolism, and improved hormonal balance. The Science of Meal Timing: What the Research Shows Glucose Tolerance and Timing Our body’s ability to process glucose (sugar) is higher in the morning and decreases throughout the day. Evening meals cause a larger spike in post-meal blood sugar, which can lead to long-term metabolic issues if done regularly. The “Second Meal Effect” Eating a balanced breakfast high in protein improves the body’s metabolic response to subsequent meals. This effect helps regulate blood sugar, suppress free fatty acids, and improve muscle glycogen storage, key factors for maintaining energy balance throughout the day. The Role of Digestion Hormones Hormones like GLP-1 and GIP, which help regulate insulin response, peak in the morning. Eating meals earlier in the day takes advantage of this hormonal boost, leading to better blood sugar control and overall metabolic health throughout the day. Impact on Type 2 Diabetes For individuals with type 2 diabetes, adjusting meal timing can significantly improve glycemic control. Strategies such as having a high-energy breakfast and reducing evening calorie intake have been shown to have positive effects on blood sugar regulation. The takeaways: Prioritise Breakfast : Start your day with a nutrient-dense meal that includes 30g of protein, healthy fats, and complex carbohydrates. This supports better glucose control and keeps you full longer. Avoid Late-Night Meals : Try to finish eating at least 2-3 hours before bedtime to allow your body to enter a fasting state that supports overnight metabolic functions. Smaller Evening Meals : Try to make dinner your smallest meal of the day — easier said than done, I know! For many of us, dinner has become our biggest meal by default. But by front-loading  your day with a nourishing breakfast and satisfying lunch, you’re less likely to feel ravenous come dinnertime. A helpful tip is to eat the protein portion of your dinner first to signal satiety to the brain. If you find yourself craving something sweet after dinner, sip on a cup of licorice and peppermint tea, it's naturally sweet and can help curb those late-night sugar urges. Consistent Meal Timing : Aim to eat your meals at roughly the same time each day to help regulate your body’s internal clock and support healthy metabolic rhythms. Food is our most potent medicine - FREE download Looking for an easy way to plan meals? My free Plate Method & Macros Guide is a simple yet powerful visual tool that helps you build balanced meals to support your hormones, gut health, blood sugar, and brain function. It's not a prescriptive diet but a visual tool you can fit into your style of eating and what you have on hand. Download my FREE Plate Method: References: Flanagan, A., Bechtold, D. A., Pot, G. K., & Johnston, J. D. (2021). Chrono-nutrition: From molecular and neuronal mechanisms to human epidemiology and timed feeding patterns. Journal of Neurochemistry , 157 (1), 53–72. https://doi.org/10.1111/jnc.15246 Raji, O. E., Kyeremah, E. B., Sears, D. D., St-Onge, M.-P., & Makarem, N. (2024). Chrononutrition and Cardiometabolic Health: An Overview of Epidemiological Evidence and Key Future Research Directions. Nutrients , 16 (14), Article 14. https://doi.org/10.3390/nu16142332

Brain fog, mood swings, and sleep struggles aren’t just in your head. Pregnancy, postpartum, and perimenopause all trigger major brain changes, affecting memory, focus, and emotional balance. But with the right support, you can improve cognitive function, reduce stress, and feel more like yourself. Let’s dive into what’s happening in your brain and the simple strategies that can help. What happens to the brain during pregnancy and postpartum? During pregnancy and postpartum, a woman’s brain undergoes significant changes, particularly in areas related to empathy, anxiety, and social interaction, which enhance maternal instincts and the ability to bond with our baby. This period can also lead to postnatal depletion—a state of profound physical and emotional exhaustion caused by the relentless demands of motherhood, the physical and nutritional toll of pregnancy and breastfeeding, and insufficient recovery time. Symptoms like fatigue, anxiety, rage and brain fog can persist for years. What happens to the brain during perimenopause? During perimenopause, the brain ALSO undergoes significant changes due to fluctuating hormone levels, particularly estrogen and progesterone. These hormonal shifts can affect neurotransmitters like serotonin and dopamine, leading to symptoms such as mood swings, anxiety, and difficulty with memory and concentration, often referred to as "brain fog." As the brain adjusts to these changes, women may also experience sleep disturbances and increased sensitivity to stress. During perimenopause and after the menopause transition, our nervous system stays in our 'flight or fight' mode, making us prone to higher stress, anxiety, and brain fog. What can we do to support ourselves? Understanding these brain changes can help us navigate all this drama with better self-care strategies, including stress management, proper nutrition, and adequate sleep. Here are my top tips that you can do right now👇 ☀️Morning sun: Exposure to natural light in the morning helps regulate circadian rhythms, supporting better sleep patterns and stabilising mood by boosting serotonin levels. This is crucial for both new mothers and women in perimenopause, as sleep disruptions and mood swings are common during these phases. 🍗 Eating enough protein: Protein provides essential amino acids that support neurotransmitter production, such as serotonin and dopamine, which help stabilise mood and improve cognitive function. For new mothers and perimenopausal women, this is key to reducing anxiety, brain fog, emotional imbalances, and keeping our blood sugar steady (which in itself causes extreme fluctuations in our cortisol, stress and moods). 🍴Eating during the day (fuel when you need it!): Regular meals during daylight hours help stabilise blood sugar levels, preventing energy crashes, irritability, and mood swings. Maintaining stable energy levels is critical for coping with the physical and emotional demands of motherhood and our changing bodies. 💧 Hydrating with salt in your water: Adding salt to water helps maintain electrolyte balance, supporting hydration and proper nerve function. This can alleviate symptoms like brain fog and fatigue in new mothers and women going through perimenopause, who are often more sensitive to dehydration. Even mild dehydration causes cognitive and mood decline. 👉🍶 Check out the water filter that I recommend here 🏋️ Lifting heavy weights : Strength training supports the production of brain-derived neurotrophic factor (BDNF), which enhances cognitive function and mental resilience. It also helps combat the loss of muscle mass and bone density, which are common concerns in both new motherhood and perimenopause by attenuating some of the loss of oestrogen that we face without a cycle (during breastfeeding) and as we age. 💤 Going to bed at 9:30: Prioritising early sleep allows for deeper, restorative rest, which is essential for hormone regulation and brain recovery, especially as we tend to our babies overnight. Both new mothers and women in perimenopause often struggle with sleep disruptions, so getting to bed early helps improve sleep quality and cognitive clarity. 📱 Blue light blocker on your phone after dusk: Blue light can disrupt melatonin production, making it harder to fall asleep. Blocking blue light after dusk helps maintain natural sleep-wake cycles, promoting better sleep quality, which is crucial for brain health in both phases of life. 🌕 Dimming all lights after dusk: Dimming lights signals to your brain that it's time to wind down, encouraging the natural production of melatonin. For new mothers and perimenopausal women, this helps counter sleep disturbances and supports a more restful night, which is vital for emotional and cognitive balance. 👉💡 Check out amber lights and globes head here for a 10% discount. These low blue light bulbs produce zero flicker, are low EMF, and most importantly, have been verified to emit zero blue light. Struggling with brain fog, mood swings, or sleep issues? Whether you're navigating postpartum depletion or perimenopausal changes, personalised naturopathic care can help. I offer specialist 1:1 support in Bendigo or via telehealth , focusing on hormone balance, nutrition, and evidence-based strategies to support your brain and overall wellbeing. Book a consultation today  and take the first step toward feeling clear, calm, and energised again. 💛

Motherhood is both transformative and depleting. If you're months, or even years, postpartum and still feeling exhausted, foggy, anxious or unlike yourself, you're not alone. The neurological and hormonal shifts of becoming a mother are immense. Yet many women are unaware that what they’re experiencing may be part of a recognised clinical pattern: postnatal depletion . This blog unpacks the science behind postnatal depletion, why it's more common than ever, and what can be done to support long-term maternal wellbeing. What is Postnatal Depletion? Postnatal depletion is not just about being tired. It's a prolonged state of physical, emotional, and neurological exhaustion  that can linger for years after giving birth. Coined by Australian integrative GP Dr Oscar Serrallach, the term reflects a constellation of symptoms including: Persistent fatigue Brain fog and memory issues Anxiety or low mood Nutrient depletion (iron, zinc, B12, omega-3s, choline) Feeling "not like yourself" despite time passing This condition is driven by a combination of nutritional demands , hormonal shifts , sleep deprivation , and the relentless nature of modern parenting. Left unaddressed, it can lead to burnout, depression, or even autoimmune dysfunction. The Biological Demands of Early Motherhood From a neuroendocrine perspective, motherhood is not just a social role, it's a full-body physiological transformation. During pregnancy and postpartum, the maternal brain undergoes rapid structural changes. Brain regions responsible for emotional regulation, memory, and empathy are rewired through a process known as synaptic pruning . These changes help mothers respond to their baby's needs—but they also make the brain more sensitive to stress, sleep loss, and nutrient deficits. Breastfeeding intensifies these demands. It draws heavily on maternal nutrient stores, especially iron, iodine, DHA, and choline , prioritising breastmilk quality over the mother's reserves. Without adequate replenishment, this can drive long-term depletion. What is Postpartum Brain Fog? You might feel like you're constantly walking into rooms and forgetting why, or rereading the same sentence multiple times. While often brushed off as "baby brain", this is a sign of real neurological and hormonal adaptation. Interestingly, research shows that motherhood can improve long-term cognitive health, but only when the mother is supported . Cognitive symptoms in the postpartum period are usually temporary and reversible with: Adequate sleep and circadian support Targeted nutrient repletion Emotional validation and reduction of invisible labour Recognising and treating hormonal imbalances Why Is Postnatal Depletion More Common Today? Maternal age is one key factor. In Australia, nearly 60% of births are now to women aged 30–39. By age 35, many women are entering Stage -2 of the reproductive ageing process , known as early perimenopause. This is a time of fluctuating oestrogen, disrupted sleep, and mood instability even before periods begin to change. In other words, a growing number of mothers are experiencing matrescence and perimenopause at the same time . This intersection of hormonal milestones increases vulnerability to depletion, anxiety, and cognitive overload. Postpartum Hormones and Mental Health The hormonal environment of early motherhood is unique. For the first 6–12 weeks, women are supported by elevated prolactin and oxytocin, which promote sleep, bonding, and stress buffering. But after the 4–6-month mark, these hormones start to decline. At the same time, cortisol sensitivity returns to normal. This hormonal shift can coincide with sleep regression, weaning, returning to work, or reduced social support. This is often when women first experience: Anxiety or panic Feelings of being overwhelmed Sleep disturbances Resurfacing symptoms of ADHD or mood disorders What Does Science Say About Mother-Infant Bonding and Mental Load? The early postpartum period is biologically designed for close contact between mother and baby. Skin-to-skin contact regulates infant heart rate, body temperature, blood sugar, and even gene expression. But in modern life, the burden often falls solely on mothers. They are expected to co-regulate, breastfeed, maintain a household, and “bounce back”—all while navigating a society that offers little structural support. This mismatch between biological expectation and social reality  is one of the root causes of depletion and mental distress in postpartum women. What Is the Link Between Sleep and Postnatal Depletion? Both postpartum and perimenopausal women experience disrupted sleep due to hormonal changes. In the early months, the maternal circadian rhythm becomes temporarily desynchronised to support 24-hour caregiving. Sleep deprivation alone increases risk for: Depression and anxiety Blood sugar instability Poor cognitive function Increased inflammatory markers Safe co-sleeping, shared care, exposure to morning light, and avoiding screens at night can help restore circadian health in mothers without compromising infant attachment. Postnatal Depletion Treatment? There is no single treatment for postnatal depletion, but the approach must be multi-layered and individualised . Key areas to address include: Preconception planning: improve your nutrient status, be physically and emotionally prepared for parenting. Birth planning: nothing rail-roads good intentions faster than birth trauma Nutrient repletion : iron, iodine, choline, omega-3s, magnesium, B vitamins Nervous system support : adaptogens, nervines, circadian rhythm support Structural support : help with meals, baby care, household tasks Psychological support : validation, boundaries, trauma-informed care Hormonal support : especially during breastfeeding weaning or return of menstrual cycles Naturopathy can play a powerful role in restoring energy, mood, and cognitive function. Especially if your blood tests "come back normal". When Should You Seek Extra Help? If you're experiencing any of the following, it’s time to seek additional support: Ongoing fatigue that doesn’t improve with sleep Intrusive thoughts or persistent low mood Difficulty bonding with your baby Feeling constantly on edge or overwhelmed Loss of joy or interest in things you once enjoyed You do not need to wait for a crisis. Early intervention is key to recovery. You’re Not Failing. You’re Depleted. The modern mother is up against a world that does not reflect her biology. Postnatal depletion is not a personal weakness; it’s a natural response to an unnatural load. With the right care, recovery is not only possible but likely. If you're ready to begin healing, I invite you to learn more about how naturopathic care can support your postpartum health.

You’ve probably heard the magic number: 10,000 steps a day.  But did you know that it started as a clever marketing slogan from a 1960s Japanese pedometer called Manpo-kei - “10,000 steps meter” Catchy? Definitely. Evidence-based? Not exactly… but surprisingly, they weren’t too far off. Let’s explore what the research really says about step counts and health. Walking is my preferred cardio (alongside sauna ), and before you click away thinking I have no idea what I’m talking about - hear me out. Walking is a simple, low-barrier form of exercise with wide-ranging benefits for all ages but especially midlife and menopause. From better blood sugar control to stronger bones, healthier joints, sharper cognition, and a lower risk of death. It’s also free and something I can do daily, often with my kids in tow. Win-win. Cut to the chase: how many steps do I really need? A comprehensive meta-analysis published in The Lancet Public Health  examined data from 15 international cohorts, encompassing 47,471 adults and 3,013 deaths. The study found that higher daily step counts are associated with a progressively lower risk of all-cause mortality, with specific thresholds varying by age:​ Adults aged 60 years and older:  Mortality risk decreased sharply then leveled off at around 6,000–8,000 steps per day.​ Adults younger than 60 years:  Mortality risk decreased steeply up to approximately 8,000–10,000 steps per day then leveled off. Above these numbers, the risk-reduction started to plateau for both groups, however, there didn't seem to be a risk of higher step rates.​ These findings suggest that while increasing daily steps is beneficial across all age groups, older adults may achieve significant health benefits with fewer steps compared to younger folks. Dose-response association between step per day and all-cause mortality, by age group Cardiovascular Health: Protecting Your Heart Studies show that walking between 6,000 to 9,000 steps per day can reduce the risk of cardiovascular disease by up to 50%, compared to walking only 2,000 steps each day. Beyond 10,000 steps, the benefits tend to plateau like in the image above. Here's how walking improves your cardiovascular health: Lowers Blood Pressure - A simple and effective way to manage hypertension through regular movement. Improves Cholesterol - Reduces LDL (the "bad" cholesterol) and increases HDL (the "good" cholesterol) — supporting a healthier lipid profile. Supports Weight Management - Aids in maintaining a healthy weight, which is closely tied to long-term cardiovascular wellbeing. Reduces Risk of Type 2 Diabetes - Just 2.5 hours of walking per week can lower your risk by up to 30%, making it a sustainable way to protect metabolic and heart health. Is running better than walking? Research shows that walking at a moderate pace and running at a fast pace can both lower your risk of high blood pressure and high cholesterol and that the results are comparable as long as you burn the same amount of energy doing them. Does walking strengthen our bones? Maintaining strong bones is essential for preventing osteoporosis and reducing the risk of fractures, particularly as we age. One of the most accessible and effective ways to support bone health is through regular weight-bearing exercise which includes walking. In fact, studies consistently show that walking helps preserve bone mineral density. A study published in the American Journal of Medicine  found that postmenopausal women who walked around 1.6 km each day had noticeably higher bone density throughout their bodies compared to those who walked less. Women who walked more than 12 km per week saw even greater benefits, especially in the legs and trunk (two areas most vulnerable to bone loss as we age!) But it’s not just about how far you walk — how fast you walk matters too. Research in Osteoporosis International  showed that premenopausal women who walked briskly for at least 30 minutes, three times a week also had improvements in bone mineral density What about cognitive function? Is walking good for my brain? Walking may help in reducing the risk of cognitive decline and dementia. Higher daily step counts are linked to a lower incidence of all-cause dementia, with optimal benefits observed around 9,800 steps per day (so the higher end of the spectrum but still very achievable). Conclusion: Is walking enough exercise? The science is clear: you don’t need to hit 10,000 steps every day to benefit, but moving more does matter. Walking is a great, low-impact form of exercise that supports cardiovascular health, blood sugar balance, cholesterol levels, bone density, cognitive function, and longevity, especially during midlife and menopause. I'm really not about hustle-culture or " go hard or go home "... I think finding the movement that suits you is the most important. For me, that is lifting heavy and walking. So, the next time you’re won dering if a quick walk around the block is worth it - the answer is yes. Your brain, bones, and heart will thank you. Take Your Next Steps with Confidence Whether you're clocking 3,000 steps or 13,000, it’s what you build around those steps that truly matters. If you're ready to align your daily movement with real, long-term health outcomes, I’m here to support you through my Guides or 1:1 support. References and further reading🎓: https://www.sciencedirect.com/science/article/pii/0002934394901112 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9529782/ https://pubmed.ncbi.nlm.nih.gov/35952344/

While conventional frameworks often dismiss the role of hormones in PMDD, this blog takes a different lens and explores the complex interplay between hormonal shifts, neurotransmitter sensitivity, and inflammation to help understand why PMDD is so severe and why standard treatments often fall short. Each month, many women experience intense mood, cognitive, and physical symptoms that far exceed typical PMS. For 3-9% of people who menstruate, this is Premenstrual Dysphoric Disorder (PMDD) a serious, cyclical condition that severely disrupts daily life. For some people it can last for half of the menstrual cycle. Despite its impact, PMDD was not recognised in the DSM-5  until 2013 and only added to the ICD-11  in 2019. Though classified as a genitourinary disorder, its hallmark symptoms like mood swings, anxiety, rage, and dysphoria align closely with depressive disorders. PMDD is likely under reported and under diagnosed or misdiagnosed with conditions like generalised anxiety disorder or bipolar disorder. Misdiagnosis may be particularly common for those with undiagnosed ADHD, where comorbidity is increasingly recognised. My last blog explored the medical model for treating PMDD compared with naturopathic care, head there if you need strategies to support yourself right now. This blog covers: Understanding Key Neurotransmitters in PMDD Understanding Key Hormones in PMDD Oestrogen + Serotonin Progesterone + GABA Systemic + Brain Inflammation Understanding Key Neurotransmitters in PMDD Several neurotransmitters are central to understanding PMDD: GABA: Our main calming chemical in the brain. It helps regulate mood and promote a sense of calm. In PMDD, the GABA may respond differently to changes in progesterone, which can lead to symptoms like anxiety, irritability, and low mood. Dopamine: Involved in reward processing, motivation, and executive function. Dysregulation of dopamine pathways may contribute to dysphoria, reduced motivation, and cognitive dysfunction commonly reported in PMDD. Serotonin: Critical for mood, sleep, appetite, and emotional regulation. Luteal phase reductions in serotonin function, potentially due to hormonal withdrawal or nutrient depletion (e.g., oestrogen, tryptophan), are strongly implicated in the emergence of PMDD symptoms. Understanding Key Hormones in PMDD The surges and drop-offs of our key hormones may play a greater role in PMDD than once thought. Rather than absolute levels, it appears that the brain's sensitivity to fluctuations, particularly rapid changes across the cycle is what drives symptoms in susceptible individuals. Oestrogen: Oestrogen affects mood by influencing serotonin, dopamine, and other key neurotransmitters. In PMDD, the premenstrual drop in oestrogen may trigger mood instability, low motivation, and irritability. Progesterone: Progesterone rises after ovulation and is metabolised into another molecule called allopregnanolone ('ALLO' for short). ALLO interacts with GABA receptors in the brain. In PMDD, it’s not progesterone itself, but perhaps the sensitivity to its rise and sharp fall of ALLO that may contribute to anxiety, tension, and mood swings. Prolactin: Often overlooked, prolactin can rise in response to stress and fluctuating hormone levels. Elevated prolactin may disrupt the balance of dopamine and contribute to fatigue, breast tenderness, and low mood in the luteal phase. Deep Dive 👇 Want to know more? If you're interested in learning more, here is a summary of emerging theories about PMDD that explore the interaction between hormones and neurotransmitters. Oestrogen + Serotonin Oestrogen Withdrawal and Serotonin Dysregulation: One hypothesis of PMDD attributes premenstrual mood symptoms to the decline in oestrogen levels that occurs during the late luteal phase. This reduction may lead to dysregulation of the serotonin system, particularly transport and availability. Oestrogen is known to influence serotonin synthesis, receptor expression, and transporter function. Clinical efficacy of selective serotonin reuptake inhibitors (SSRI medication like Sertraline or Fluoxetine ) in alleviating symptoms of PMS and PMDD for some people may support this theory of serotonin’s role in the pathophysiology of PMDD. Additional evidence highlights the exacerbation of symptoms following depletion of tryptophan, the amino acid precursor to serotonin, which may further compromise serotonergic tone during the luteal phase. Progesterone + GABA A second prominent theory implicates progesterone and its neuroactive metabolite, allopregnanolone (ALLO), in impacting GABA signalling. Individuals with PMDD may exhibit increased sensitivity to the cyclical rise and fall of ALLO during the luteal phase. The rapid withdrawal of ALLO is hypothesised to induce a paradoxical (opposite of normal) impact on anxiety or dysphoria which manifests as mood instability, anxiety, and rage. Notably, SSRIs may also exert part of their clinical benefit in PMDD through modulation of ALLO levels, in addition to their serotonin effects. Systemic + Brain Inflammation New research suggests that inflammation, especially in the brain, may play a role in PMDD. People with PMDD often show higher levels of inflammation in the body, and those levels tend to rise when symptoms are most severe. Inflammatory chemicals called cytokines can interfere with how brain chemicals (neurotransmitters) are made, released, and received. This can affect mood, memory, and focus. Inflammation may also disrupt communication between the brain and the reproductive system, leading to further imbalances in hormones and emotional regulation. If you suspect you’re living with PMDD, ADHD, or struggling with challenging moods and anxiety, I'd love to support you to find steadiness and happiness in your cycle:

PMDD affects how the brain works every day . Beyond the well-known emotions and rage of the luteal phase, PMDD often brings cognitive symptoms like brain fog, poor focus, and difficulty making decisions across the entire cycle. Research shows real, measurable shifts in brain function that follow the rhythm of the menstrual cycle and are exacerbated in the luteal phase between ovulation and the first day of bleeding. PMDD, brain fog, and attention. Cognitive symptoms like brain fog, inattention and poor concentration are a significant symptom of PMDD. Research has shown that women with PMDD experience measurable changes in their capacity for attention across their cycle, particularly in the luteal phase (the two weeks before a period). In one study comparing women with and  without PMDD, participants completed tasks that tested attention, decision-making, and emotional regulation. The results showed that those with PMDD had more difficulty focusing and were more prone to impulsive reactions, especially as they moved into the late luteal phase. These changes in cognitive function were linked to other common PMDD symptoms, such as irritability and mental fatigue. Even women who usually prefer thoughtful, deliberate decision-making found their strategies disrupted during this time, suggesting that PMDD may even temporarily impair well-developed coping strategies . Another study comparing those with and without PMDD found that those with PMDD experience greater inattention consistently across the entire menstrual cycle with an exacerbation of cognitive malfunctioning during late luteal. PMDD and impulsivity Researchers have found that the way women respond to emotions can influence the severity of their premenstrual symptoms. In particular, women who experience Premenstrual Dysphoric Disorder (PMDD) showed greater emotion-driven impulsivity during the luteal phase (the week or so before bleeding begins) compared with women without PMDD. This means that PMDD is linked to sharper shifts in impulsive behaviour at certain times of the cycle, rather than a constant trait of being impulsive. Scientists believe this points to a sensitivity in the brain’s emotion-regulation pathways that is triggered by hormonal changes, helping explain why mood and behaviour can feel harder to control in the premenstrual window. Understand the biology of PMDD and Brain Fog: PMDD Hormones & Brain Chemistry Do I Have PMDD? Brain Fog Roadmap: Uncovering the root cause to getting your brain back online. Next steps Taken together, the science shows that PMDD doesn’t just affect mood, it also influences attention, decision-making, and impulse control in ways that can disrupt everyday life. Recognising these shifts as part of a cycle-linked brain response can be empowering and give us great insight into what treatment options might work best for your personally. Deeply understanding your cycle opens the door to more compassionate self-care, radical self-acceptance, tailored support, and ultimately a deeper understanding that PMDD symptoms are biologically driven and worthy of attention and treatment. I take an integrative, evidence-based approach to PMDD, supporting both the body and the mind. My naturopathic treatment focuses on: Cycle awareness  – helping you understand how symptoms map onto your hormones , so you can anticipate and manage the luteal phase more effectively. Nutritional and lifestyle foundations  – using diet, targeted nutrients, and lifestyle shifts to stabilise mood, energy, and cognitive function. Stress and nervous system support  – employing herbal medicine, relaxation practices, and mindset work to ease emotional reactivity and impulsivity and modulate your neurotransmitters . Collaboration with medical care  – ensuring you have the right referrals and medical input when needed, while providing complementary strategies for relief. My goal is to help you move from feeling hijacked by your cycle to feeling informed, supported, and more in control.