Nu Allumé Blog

Dry Skin During Menopause: Causes, Barrier Changes and How to Support It Dry skin during menopause is commonly linked to declining oestrogen levels, which can reduce lipid production and weaken the skin barrier. As hydration decreases and water loss increases, skin may feel tight, flaky and persistently dry. If you are searching for dry skin menopause, why does menopause cause dry skin, post-menopause dry skin, perimenopause dry skin or menopause skincare for dry skin, you are experiencing one of the most common menopause skin changes. Here is what is happening beneath the surface. Why Does Menopause Cause Dry Skin? Menopause can contribute to dry skin because oestrogen supports hydration, collagen production and lipid balance. As oestrogen declines, sebum production may decrease, natural lipid levels can fall and the skin barrier may become less efficient, which can increase transepidermal water loss. Lipids act like mortar between bricks in the outer skin layer. When lipid levels decline, water can escape more easily, leaving skin feeling dry and tight. This process can begin during perimenopause and continue into post-menopause. What Is the Skin Barrier and Why Does It Matter? The skin barrier is the outermost layer of the skin that helps prevent moisture loss and helps protect against environmental stress. During menopause, barrier integrity may weaken, water retention may decline and skin can become more reactive. When people search for menopause dry skin, they are often experiencing barrier vulnerability rather than simple dehydration. Supporting the barrier is central to improving comfort. Perimenopause Dry Skin vs Post-Menopause Dry Skin Perimenopause dry skin can appear gradually. You might notice products that previously felt fine now feel insufficient or irritating. Post-menopause dry skin can feel more constant, as oil production often continues to decline. In both stages, dryness may present as rough texture, flaking, fine lines appearing more visible and increased sensitivity. For a broader overview of menopause skin changes, see our complete guide to menopause skin changes. Why Moisturiser Alone Sometimes Isn’t Enough Moisturiser can provide relief, but if the skin barrier is not supported, water loss may continue. Effective menopause skincare for dry skin often focuses on supporting lipids, maintaining hydration and avoiding over-cleansing. Switching to a gentle cleansing crème that does not strip natural lipids can support comfort. Explore our Postbiotic Papaya Cleansing Crème. During the day, many women benefit from a barrier-supportive moisturiser formulated for hormonally changing skin. Explore our Aloe & Snow Peach Postbiotic Day Moisturiser. In the evening, a richer moisturiser can provide additional comfort overnight. Explore our Postbiotic Berry Night Moisturiser. Does the Skin Microbiome Change During Menopause? Emerging research suggests hormonal changes may influence the skin microbiome, the community of microorganisms that supports barrier function and overall skin health. When hydration and oil production shift, skin pH may fluctuate and microbial diversity may change. While research continues to evolve, maintaining a supportive skin environment during menopause remains a practical approach. How to Support Dry Skin During Menopause If you are experiencing dry skin during menopause, consider these practical steps: Use a gentle, non-stripping cleanser Apply moisturiser to slightly damp skin Choose barrier-supportive formulations Avoid unnecessary antibacterial products Maintain consistent sun protection Frequently Asked Questions About Menopause Dry Skin Why is my skin suddenly so dry during menopause? Declining oestrogen can reduce lipid production and weaken the skin barrier, which increases water loss and can lead to persistent dryness. Can perimenopause cause dry skin? Yes. Hormonal shifts during perimenopause can affect hydration and barrier function years before menopause is complete. Does post-menopause dry skin improve? Some changes can stabilise, but reduced oil production may continue, which means consistent barrier support can remain important. What is the best skincare routine for menopause dry skin? A menopause skincare routine for dry skin often includes gentle cleansing, barrier-supportive moisturisation and consistent sun protection. The Bottom Line Dry skin during menopause is a common change associated with hormonal transition. It can reflect declining oestrogen, reduced lipid production and increased water loss. Understanding the reasons behind menopause dry skin helps you choose skincare that supports hydration, barrier function and overall comfort. For a complete overview of how hormones can affect the skin, explore our guide to menopause skin changes.Updated December 2025

What Does the Skin Microbiome Do? And Why It Matters During Menopause If your skin suddenly feels drier, more sensitive or reacts differently than it used to, there’s a reason. And it’s not just age. It’s the environment your skin lives in. One of the most important, and often overlooked, parts of that environment is the skin microbiome. The skin biome, also known as the skin microbiome, plays several crucial roles in maintaining the health and functionality of the skin. Here are some of its key functions:   Key Functions of the Skin Microbiome Protection Against Pathogens: The skin microbiome acts as a barrier against pathogenic microorganisms. By competing for nutrients and space, beneficial microbes prevent harmful bacteria, viruses, and fungi from colonising the skin. Immune System Modulation: The skin microbiome interacts with the skin's immune system, helping to train and modulate immune responses. This interaction ensures that the immune system can effectively respond to pathogens without overreacting and causing inflammation or other issues. Maintenance of Skin Barrier Function: The microbiome helps in maintaining the skin’s pH and integrity. By producing fatty acids, they contribute to the skin’s natural barrier function, keeping it moisturised and preventing dryness and irritation. Regulation of Inflammation: The skin microbiome helps to regulate inflammatory responses. By maintaining a balanced microbial community, the skin can avoid chronic inflammation, which is associated with various skin conditions like eczema and psoriasis. Production of Antimicrobial Substances: Some skin microbes produce antimicrobial peptides and other substances that directly inhibit the growth of harmful microorganisms, adding an extra layer of defence. Nutrient Production and Utilisation: The skin microbiome can produce certain nutrients and metabolites, such as vitamins and fatty acids, which are important for skin health and function. Influence on Skin pH: The microbiome helps maintain an acidic skin pH, which is crucial for preventing the growth of pathogenic bacteria that prefer a neutral or alkaline environment. Repair and Wound Healing: Some microbes in the skin microbiome play a role in wound healing by promoting tissue repair and reducing the risk of infection during the healing process.   What This Means for Your Skin When this system is supported, your skin tends to feel comfortable, resilient and better able to maintain hydration. When it’s not, skin can start to behave differently. This is often when you begin to notice: Dryness that wasn’t there before Increased sensitivity or reactivity Redness that lingers Breakouts appearing in new places Skin that takes longer to recover   The Microbiome–Menopause Connection This is part of the microbiome–menopause connection, where changes in the skin’s surface environment during perimenopause, menopause and post-menopause can influence how the skin behaves. As oil production declines and the skin barrier becomes more vulnerable, the conditions that support the microbiome shift, which can affect hydration, sensitivity and overall skin function.   Why Supporting the Skin Microbiome Matters The skin microbiome is integral to the overall health and function of the skin, performing a wide range of essential roles. From acting as a barrier against pathogens to modulating immune responses, maintaining skin barrier integrity and regulating inflammation, the skin microbiome is a dynamic and complex ecosystem. It produces antimicrobial substances, essential nutrients and helps maintain the skin's acidic pH, which collectively contribute to its protective and reparative functions.   Final Thought The interplay between the skin microbiome and the body's immune system highlights its importance in preventing infections and supporting recovery. Understanding and supporting the skin microbiome becomes especially important during menopause, when the skin is adapting to a new environment. When this environment is supported, skin is better able to maintain hydration, comfort and resilience through this stage of life.

Our Approach to Microbiome-Focused Skincare Not all skincare is designed with the skin’s microbiome in mind. Our mission is to research, develop and test formulations for optimal microbiome health. One of our main goals is to address skin dysbiosis, an imbalance in the skin's microbiome that can cause dryness, redness, acne and other issues. Understanding what causes dysbiosis is essential for creating skincare products that support a healthy skin environment.   Understanding the Skin Microbiome in Detail Recent advances in genetic sequencing have allowed us to analyse the skin microbiome in great detail. This helps us identify the specific strains of bacteria and other microorganisms on the skin, which we use to inform how we develop our formulations.   Beyond “Natural” or “Organic” Skincare Microbiome-focused skincare is more than just choosing “organic” or “natural” ingredients for marketing. We aim to ensure every element of a product serves a specific purpose. Depending on the product's goal, we include beneficial compounds such as:   Short-Chain Fatty Acids (SCFAs) These are produced by beneficial gut bacteria and offer health benefits such as reducing inflammation, promoting a healthy gut microbiome and supporting metabolic health. In skincare, SCFAs help strengthen the skin barrier, improve hydration and support smoother-looking skin.   Postbiotic Peptides These are small chains of amino acids produced by probiotic microorganisms. They help support collagen production, reduce inflammation and improve skin elasticity and firmness.   Bio-Fermented Botanicals Using our advanced strain-specific fermentation, we optimise the fermentation process to produce high-quality and effective botanicals. This is especially useful for extracting difficult or poorly absorbed bioactive compounds.   The Role of Fermentation During fermentation, microorganisms consume sugars and other compounds in the botanical material, producing metabolites like organic acids and enzymes. These enhance the bioavailability of the active compounds, making them more easily absorbed and effective. Fermented botanical actives also benefit the microbiome. Some microorganisms produce compounds that support the growth of beneficial bacteria on the skin, promoting a healthy and diverse microbiome.   Final Thought Using strain-specific fermentation to produce fermented botanical actives is an innovative way we create effective and safe ingredients for our skincare range.

Are Essential Oils Good for Your Skin? A Microbiome Perspective Essential oils are often seen as a natural solution in skincare. But natural does not always mean suitable, especially when the skin’s microbiome is involved. The answer is not straightforward. Many natural skincare and clean beauty advocates support the use of essential oils. However, when examined through the lens of microbiome science, essential oils are not universal solutions for healthy skin.   Why the Skin Microbiome Changes the Conversation A healthy skin microbiome depends on balance and diversity of microorganisms. In carefully controlled concentrations, certain essential oils have been shown in studies to exhibit anti-inflammatory and antimicrobial properties, and may influence oil production and overall skin appearance.   Where Essential Oils Can Become Problematic Essential oils are highly concentrated plant extracts. Without careful formulation, they may increase the risk of irritation, sensitisation, photosensitivity and dryness. Their broad-spectrum antimicrobial activity may also disrupt beneficial skin microorganisms and affect the skin’s protective barrier and pH environment.   Why This Matters During Menopause This becomes particularly relevant during perimenopause, menopause and post-menopause, when the skin’s surface environment is already changing. As the skin becomes drier, more reactive and more vulnerable, ingredients that can disrupt the microbiome or barrier may have a more noticeable impact.   Our Approach at Nu Allumé For a brand formulated around the microbiome–menopause connection, this matters. We therefore choose not to include essential oils in any Nu Allumé formulations. As product developers, our responsibility is to select ingredients in appropriate concentrations that support the specific needs of perimenopause, menopause and post-menopause skin. Our microbiologists draw on decades of industry expertise and global research to guide formulation decisions. Advanced microbiome analysis, including next generation DNA sequencing, informs our understanding of how ingredients interact with the skin ecosystem.   Final Thought Essential oils can offer potential benefits, but they also carry risks, particularly for hormonally changing skin. At Nu Allumé, we prioritise microbiome-focused, evidence-informed ingredients selected to support the skin barrier and overall skin health.