Sensosalve Natural Science

Natural skincare science is about working with the skin’s biology rather than overriding it. By understanding:

  • How the skin’s barrier works
  • Which natural compounds interact with specific skin structures
  • How chemistry influences absorption and stability
  • Formulators can create products that hydrate, protect, repair, and enhance skin health without unnecessary synthetic overload. 

Disclaimer: We do not make any medical claims. Please refer to our medical disclaimer page for more information.

Find the scientific research on the natural ingredients used in Sensosalve Natural Inc. products below:

Beeswax Science

  1. Beeswax, whether in its raw form or blended, has been shown to offer significant benefits for supporting and protecting the skin barrier. The scientific research indicates that beeswax provides a natural option for maintaining skin hydration and soothing inflammatory symptoms associated with conditions such as atopic dermatitis and irritant contact dermatitis, as well as easing the discomfort caused by burns. Additionally, its influence on the skin microbiome helps limit the overgrowth of naturally occurring microbes, reducing the risk of developing various tinea-related conditions. R. K. Sivamani et al. in 2023  reported that structurally, the presence of alkanes, alkenes, free fatty acids, monoesters, diesters, and hydroxy-monoesters makes this hydrophobic material highly effective as an occlusive, emollient, and humectant in skincare formulations (Journal of Cosmetic Dermatology, 22, Pages: 2166-2173, 2023)
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Bergamot Science

  1. Bergamot, predominantly cultivated along the Ionian coast of Calabria in Southern Italy, has been valued since the 1700s for its balsamic and medicinal qualities. Phytochemical studies show that bergamot juice is particularly rich in flavonoids—especially flavone and flavanone glycosides—which contribute to its health-promoting effects. S. Adorisio et al. in 2023  reported that based on the observation that fresh plant material possesses antimicrobial properties, numerous treatments were developed for infectious skin diseases such as anthrax, boils, erysipelas, impetigo, and pustules (Journal of Pharmaceutical Biology, Vol. 61, No. 1, Pages 639-646, 2023).

Ginger Science

  1. Mehtap Ozkur et al. in 2022  reported that the skin often reveals the earliest and most visible signs of ageing. Over time, wrinkles appear, elasticity fades, and the skin begins to lose its firmness. Among the many influences, prolonged exposure to the sun’s ultraviolet (UV) rays plays the most significant role in accelerating these changes, driving what is known as extrinsic skin ageing. Ginger extract, previously demonstrated to inhibit fibroblast-derived elastase, has been reported to protect against UV-B–induced loss of skin elasticity when applied topically to mouse and rat skin. In a separate study, individuals who used a ginger oil body cream for four weeks exhibited a noticeable reduction in signs of skin ageing, an effect likely associated with the plant’s antioxidant properties. (Journal of oxidative Medicine and Cellular Longevity. May 09 2022).

Honey Science

  1. Pauline. M. et al. in 2016 reported that research shows that honeys from various regions can inhibit the growth of several skin-related microbes. Beyond their antimicrobial activity, recent in vitro and in vivo studies indicate that honey can influence immune responses in the skin, displaying both immune-stimulating and anti-inflammatory effects. This review examines global scientific findings on honey’s immunomodulatory actions in relation to skin disorders. Overall, the evidence supports that honey does affect immune pathways, which may help explain its role in promoting wound healing (Journal of Food and Agricultural Immunology, 27, 3, Pages: 338–349, 2016).

Lavender Science

  1. S. H. Moh et al. in 2025 reported that Lavender (Lavandula angustifolia) improved skin barrier function, reduced redness, and protection against particulate matter adhesion (Journal of Free Radical Biology and Medicine, 235, Pages: 390-404, 2025). Their results confirmed that using leaf callus extract (LCE) of Lavender leading to notable benefits such as enhanced antioxidant activity, improved wound healing, strengthened skin barrier function, and increased cell proliferation. These outcomes supports the idea of  using LCE in both cosmetic and medical applications. Clinical trials further demonstrated that LCE effectively reduces skin redness, reinforces the skin barrier, and provides protection against particulate matter.

Pine Tar Science

  1. T. M. Barnes et al. in 2017  reported that Pine wood tar has likely been produced in Scandinavia since the Iron Age. For centuries, it served as one of Sweden’s most valuable exports, prized for its ability to preserve wood exposed to harsh environments, such as ship decks and rigging. From Sweden, its maritime use expanded across Europe and eventually reached the British colonies in America, where vast pine forests provided ample supply (Australasian Journal of Dermatology, 58, Pages: 80-85, 2017). In this article, it’s reported that In pharmacokinetic studies, infrared spectroscopy has shown that pine tar can be detected in the skin one hour after applying a 12% topical formulation, but it becomes undetectable after eight hours. The processes governing its absorption, metabolism, and excretion, however, remain unknown. Pine tar has long been incorporated into topical treatments to soothe itching and inflammation linked to various skin conditions, including eczema, dermatitis, psoriasis, chronic lichen simplex, seborrhoeic dermatitis, scalp psoriasis, sunburn, diaper rash, heat rash, hives, chickenpox, insect bites, and other forms of dry, itchy, flaky, or irritated skin.

Rosemary Science

  1. Emmanuel R. et al. in 2018 reported that their study showed that topical rosemary extract improves skin repair in mammals (The Journal of Clinical Investigation, 2025). Rosemary exerts these effects by activating TRPA1⁺ sensory neurons, with carnosic acid in its leaves serving as the active component.
  2. Federica. L. P. et al. in 2023 stated that recent scientific research has increasingly highlighted the antimicrobial properties of essential oils, leading to their wider use in both medical and cosmetic applications (Antioxidants, 12, 680, 2023). Many secondary plant metabolites exhibit pharmacological benefits for managing skin disorders and are therefore incorporated into topical formulations. Among these, rosemary extract has demonstrated antimicrobial effects in multiple studies.

    Building on the established antimicrobial potential of essential oils, De Macedo et al. developed an oil-in-water emulsion made exclusively with natural excipients and rosemary extract (Molecules, 27, Page: 5049, 2022). Their findings showed that higher concentrations of extracted phenolic compounds, flavonoids, and tannins were associated with stronger antioxidant and antimicrobial activity—particularly against Staphylococcus aureus, Streptococcus oralis, and Pseudomonas aeruginosa. They concluded that this rosemary-based topical formulation may represent a promising natural therapeutic option, especially in light of growing microbial resistance to conventional medications.

Tallow Science

  1. A 2024 review by Jonatha Leo et al. in 2024 reported several potential skin health benefits of tallow, particularly in relation to hydration, skin barrier support, and soothing irritated skin (Cureus, 16(5): e60981, 2024). According to the review, key benefits of tallow include deep moisturization and hydration, support for the skin barrier, and nourishment through naturally occurring fatty acids that are similar to those found in human skin, including oleic acid, palmitic acid, stearic acid, and linoleic acid. The review also highlights that tallow is rich in fat-soluble vitamins such as vitamins A, D, E, K, and B12. In addition, the authors discuss its potential benefits for dry or inflamed skin conditions, along with its anti-inflammatory, soothing, wound-healing, and antimicrobial supportive properties.

Turmeric Science

  1. Alexandra R. Vaughn et al. in 2016  reported that the active component of Turmeric is Curcumin (diferuloylmethane) which is shown antiinflammatory, antimicrobial, antioxidant, antineoplastic properties (Phytother. Res. 30: 1243–1264, 2016). In this article, it’s reported that using Turmeric topically has exhibited activity as an antibacterial and antiinflammatory agent and has been used as a paste for skin eruptions and infections. There is some clinical evidence that turmeric/curcumin formulations, used both orally and topically, may provide benefits to treating various skin diseases and overall skin health. Although it has been used for centuries in many parts of the world to treat skin diseases, its efficacy as an alternative or adjunct to traditional treatments has not yet been proven. Dermatologists should be aware of the clinical studies that examine the use of curcumin-containing products as alternative or adjunct skin care therapies. If active components in turmeric prove to provide clinically significant benefits to skin health, dermatologists may consider offering this natural remedy to patients to improve certain skin diseases and overall skin health.

Your Choices Have an Impact

NATURE

Nature offers rich ingredients for making natural soap, salve, and candles, and science helps us understand how they work. Using plant oils, herbs, and beeswax allows SENSOSALVE to create effective, eco-friendly products without synthetic additives. This blend of nature and science brings a simple, handcrafted touch to everyday self-care.

SALVE

SENSOSALVE believes using natural materials to make salves brings together traditional knowledge and gentle scientific understanding. Plant oils, herbs, and beeswax offer soothing qualities that can support comfort for the body, calmness for the mind, and a sense of grounding for the soul. By relying on simple, nature-based ingredients and the science behind how they interact with the skin, these salves provide a mindful, natural approach to everyday well-being.

CULTURE

The culture of using natural products is rooted in a deep respect for nature and the simple science behind its ingredients. For generations, people have crafted natural soaps, salves, and candles using plant oils, herbs, and beeswax, relying on both tradition and basic scientific understanding of how these materials work together. In SENSOSALVE’s culture, this blend of natural practice and natural science creates products that feel authentic, eco-friendly, and connected to the rhythms of the earth.

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