Biology

Sweating is a natural process, but body odor can quickly become bothersome in everyday life. Where does it come from, and more importantly, how can you eliminate it effectively? Discover all our recommendations.

Sweating is a natural mechanism that regulates the body’s temperature. However, in some situations, it can become excessive. How can you tell if your sweating is abnormally high? Let’s take a closer look together.

Perspiration is a natural mechanism that is essential for regulating the body’s temperature. However, when it becomes excessive, it can interfere with daily life. How can this phenomenon be limited without disrupting the skin’s balance? This article explores several ways to reduce perspiration.

In winter or during extreme summer heat, on public transportation or out on the street, under a sweater or in lighter clothing—everyone sweats. Sweat does not necessarily have an unpleasant odor. However, in some people, its smell can become disagreeable. What causes this? Find the answers here.

Facial sweating can quickly become bothersome in everyday life, even though it is a natural phenomenon. Why do some people sweat more from the face than others? How can facial perspiration be reduced? Learn more in this article.

Although night sweats are quite common, their origin and causes are still poorly understood. Why does the body sweat more at night? When should you be concerned about night sweats? And above all, what can you do to reduce them? Keep reading to learn more about nighttime sweating.

Sweating is often seen as an everyday nuisance. Yet this phenomenon is essential for the proper functioning of the body. Why exactly do we sweat? Let’s break down this process and its causes.

Skin continuously loses water, even when we are not perspiring. This natural process, known as transepidermal water loss (TEWL), contributes to skin homeostasis. When it intensifies, the skin becomes more fragile and reactive. But what exactly is transepidermal water loss? Let’s unravel this mechanism together to gain a better understanding of skin hydration.

Parabens, UV filters, and phthalates frequently appear in discussions about endocrine disruptors. Although some have been restricted or banned, others are still allowed under specific conditions. Navigating between suspicion and evidence isn’t always straightforward. What should we know about endocrine disruptors in cosmetics and their potential risks? Let’s explore this topic together.

Skin integrity isn’t maintained solely by collagen and elastin. Other extracellular matrix proteins, such as fibronectin, play a key role in the three-dimensional organization of cutaneous tissue. As a true interface between cells and their environment, fibronectin contributes to dermal dynamics. How does this protein influence skin physiology and appearance? Let’s explore fibronectin together.

Melanoma is one of the most aggressive skin cancers, in part because it can leverage its surrounding environment to proliferate and resist therapies. A team of researchers has uncovered previously unknown mechanisms by which these cells adapt to tissue stiffness. But how does this adaptive capacity influence cancer evolution? Let’s explore the details of this scientific breakthrough together.

Free radicals are highly reactive molecules that can damage the cellular components of the skin, thereby accelerating skin aging. Fortunately, our bodies have a natural antioxidant system tasked with neutralizing them. How does this defense mechanism work? And what role do antioxidants play in protecting the skin? Discover the answers in the rest of this article.

Oxidative stress is often cited as one of the skin’s major adversaries, yet its mechanisms remain poorly understood. What happens inside our cells when free radicals gain the upper hand? Discover here what oxidative stress actually is, its impacts, and how to limit it.

The skin is a living ecosystem inhabited by bacteria, fungi, and yeasts. These microorganisms benefit the skin by strengthening its barrier function and limiting inflammation. However, the balance of the skin microbiome can be disrupted by various factors such as stress, UV rays, and pollution. How can you preserve your skin’s microbiome on a daily basis? Find all our tips here.

Fungi, bacteria, yeasts… our skin hosts a complex microbial community that acts as a natural barrier, yet its balance is fragile. How does the skin microbiota function and what role does it play? What steps should be taken when it’s disrupted? Read on to discover everything you need to know about the skin microbiome.

If your skin has been feeling unusually sensitive, dry, or irritated, you should take your time with an assessment of its defensive strength. Barrier shields your skin from the stress of the environment, and at the same time, can bring much trouble when it's compromised. The good news is that damage to this layer of skin is repairable if taking the right approach. So let's see how you can restore this defence system and set it back to a healthy state.

The skin constantly renews itself through the division of epidermal cells. However, as we age, this process becomes less efficient. What is the connection between cellular renewal and skin aging? Read on to discover more about this topic.

The skin acts as a living interface between our body and the environment. It protects, regulates, and constantly communicates with our cells. But do you really know the full extent of its functions? Discover here the various roles of the skin and how it helps maintain the body’s balance.

The skin is far more than a mere covering: it is a complex organ that protects, regulates, and communicates with our environment. Its three layers – epidermis, dermis, and hypodermis – perform complementary and essential functions. How do they interact to maintain the skin’s balance? Continue reading to better understand skin structure.

Each person's skin reacts differently to sun exposure, and these differences are not random. The Fitzpatrick classification groups skin types according to their sensitivity to UV radiation. How was this scale developed, and how is it used today? Discover in this article everything you need to know about the Fitzpatrick classification.

The skin barrier happens to be one of the most interesting and important components of your body. It is often taken for granted until something goes wrong. What is this powerful shield that protects us from the harshness of the outside world while keeping us intact? Let's have a closer look into what makes this barrier so important.

Often associated with sebum production and oily skin issues, sebaceous glands are actually more complex than commonly thought. What are their physiological characteristics? How do they interact with the skin? Let’s explore together the various facets of sebaceous glands.

While sunlight is essential for vitamin D synthesis, it can also damage skin after surgery. What risks arise from sun exposure following an operation? Learn why exposing skin to the sun is not recommended after a surgical procedure.

Despite advances in oncology, some cancers resist chemotherapy, radiotherapy, and immunotherapy. Researchers seek ways to bypass this dead end. A new discovery has emerged: a molecule that triggers an atypical form of cell death, ferroptosis, by exploiting an unexpected iron dependency in cancer cells. What is this treatment strategy and how might it be applied? Let’s explore these questions.

Menopause is an inevitable stage in women’s lives that can be challenging: fatigue, hot flashes, sleep disturbances, increased skin laxity. What if it were possible to delay its onset? One molecule is drawing attention: rapamycin, first studied for its effect on longevity, may also postpone the onset of menopause. Discover the latest scientific developments on this topic below.