Source:
Laboratoire BIO-EC
Study description:
The aim of the study was to evaluate penetration of NAD+ dissolved at 5% in distillate water (P1) vs. Intuisse Active NAD+ Liposomal Formulation (P2) on frozen human skin explants Perfex vivo, by infrared spectroscopy. Hyperspectral images using infrared spectroscopy (FTIR) are able to detect the active ingredient under the skin surface. By applying infrared radiation (IR), FTIR analysis measures the skin sample’s absorbance of infrared light at various wavelengths to determine the material’s molecular composition and structure. Analysis showed better penetration, in both epidermis and papillary dermis, on skin section treated with Intuisse Active NAD+ (P2) as compared to the non-liposomal NAD+ in water (P1).
In the images, the colour bar indicates that red is related to high values while blue is connected to low values.
Conclusions:
Analysis of NCLS (Non-negativity Constrained Classical Least Squares) score (% contribution of the active ingredient spectra within each spectrum in the hyperspectral images) shows that Intuisse Active NAD+ (P2) induces a significant increase by 30%** of the active ingredient Active NAD+ as compared to the non-liposomal NAD+ in water (P1).
**p<0.01 99%
Analysis at spectrum band 1030 cm-1
On day 1:
On the blank batch, a very slight signal on both stratum corneum and epidermis.
On the batch treated with NAD+ in water (P1), a slight signal of the band around 1030 cm-1 is observed in the stratum corneum and very slightly is observed in the epidermis.
On the batch treated with Intuisse Active NAD+ (P2), a fairly clear signal of the band around 1030 cm-1 is observed in the stratum corneum and a moderate signal is observed in the epidermis.
Analysis at spectrum band 2930 cm-1
On day 1:
On the blank batch, the ratio 2930/2960 cm-1 is weak in the epidermis and very weak in the papillary dermis.
On the batch treated with NAD+ in water (P1), the ratio 2930/2960 cm-1 is weak in the epidermis and very weak in the papillary dermis.
On the batch treated with Intuisse Active NAD+, the ratio 2930/2960 cm-1 is moderate in the epidermis and weak in the papillary dermis.
Source:
Center for Molecular Cardiology, University of Zurich
Study description:
In order to demonstrate the superiority of our formulation compared to other NAD+-based products, we compared onset of senescence in two different human cell types: endothelial cells (crucial to deliver blood nutrients to the skin) and keratinocytes (the most abundant cell type in the skin).
During ageing, the accumulation of senescent cells is observed. These cells are charatcerised by cell-cycle arrest, meaning cells stops replicating. Further, senescent cells secrete a number of proteins. This process is called senscence associated secretory phenotype or SASP. Structural changes in the nucleus, which form in response to DNA damage, manifest as disrupted nuclear lamina, DNA scars (DNA segments with chromatin alterations reinforcing senescence), and senescent associated heterochromatin foci (SAHF).
Conclusions:
Our research, led by Professor Giovanni Camici, PhD Director of the Center for Molecular Cardiology at the University of Zurich and colleagues, showed that treatment with our liposomal formulation significantly reduces the number of senescent cells in both endothelial cells and keratinocytes compared to NAD+ alone.
Source:
Center for Molecular Cardiology, University of Zurich
Study description:
In order to demonstrate the superiority of our formulation compared to other NAD+-based products, we compared cell lifespan via lactate dehydrogenase (LDH) levels in human endothelial cells (crucial to delivery of blood nutrients to the skin). LDH is released in response to cell damage.
Conclusions:
Intuisse Active NAD+ significantly reduces the level of LDH released.
Source:
Laboratoire BIO-EC
Study description:
The aim of the study was to examine the impact of Intuisse’s 5% liposomal formulation on the following three bio-markers using human living skin explants ex vivo.
Laminin-V is a basement membrane glycoprotein and a key component of the anchoring complex connecting keratinocytes to the underlying dermis. Laminin-V contributes to the resistance of the epidermis against frictional stress but also to basement membrane regeneration and repair of damaged skin.
Elastin is a protein of the connective tissue responsible for the elastic properties of the skin. The principal function of elastin is its ability to elastically extend and contract in repetitive motion when hydrated.
Elastin is the major component (90%) of the elastic fibers of the skin. UV exposure is able to damage the elastic network of the dermis, including elastin.
Collagen I is the main component of collagen fibers. Collagen I levels decrease not only during the ageing process, but also in chronically sun-exposed human skin.
Conclusion:
Laminin-V:
After 10 days of treatment and compared to the untreated condition, the product Intuisse (5% NAD+-Liposomal formulation) induces a significant increase of laminin-V along the dermal-epidermal junction, by 106%**. In comparison, retinoic acid in the culture medium at 0.1 μM for 9 days induced only 68% increase.
** : p<0.01 (99%)
Elastin:
After 10 days of treatment and compared to the untreated condition, Intuisse (5% NAD+-Liposomal formulation) induces a significant increase of elastin fibers in the papillary dermis, by 35%** (comparable to retinoic acid).
** : p<0.01 (99%)
Collagen I:
After 10 days of treatment and compared to the untreated condition, Intuisse (5% NAD+-Liposomal formulation) induces a significant increase of type I collagen in the papillary dermis, by 15%** (comparable to retinoic acid).
** : p<0.01 (99%)
Source:
Naturalps SARL
Study description:
The International Organisation of Standardisation is an independent, non-governmental international organisation based in Geneva, Switzerland. ISO 16128 provides standardised guidelines on technical definitions and criteria for natural and organic cosmetic ingredients and products, which are reviewed every 5 years. An ingredient is considered of 'natural origin index’ if it contains more than 50% of natural raw sources (i.e. plants or minerals).
Conclusions:
Based on the evaluation of the ingredients, the Face Serum has a naturality score of 95.64%, the Essential Cream has a naturality score of 96.51%, the Eye Serum has a naturality score of 96.25%, and the Cleansing Lotion has a naturality score of 95.89%.
Need more proof? Download the app to see how our products score on Yuka: Face Serum (100/100). Essential Cream (100/100), Eye Serum (95/100), and Cleansing Lotion (100/100).
Source:
Laboratories BIO-EC. Study Description: Clinical trials were conducted with 30 volunteers over 30 days. Assessment included both quantitative as well as qualitative measures. Among these were corneometer measurements after twice daily application at Day 0, Day 0+ 24 hours and Day 28. Cutometer, ColorFace, AEVA-HE, clinical scoring, and a self-assessment questionnaire were conducted at Day 28.
Active NAD+ Essential Cream Conclusions:
After 28 Days,
volunteers reported
97% were satisfied with the product
97% found their skin softer
95% found their skin durably hydrated
89% found that their skin look had improved
89% of volunteers are convinced of the product efficiency
86% found their skin firmer, more tonic.
After 28 Days, Clinical Scoring (5pt scale) showed a change 1.71 to 3.51 or 105% improvement in hydration and a change from 1.86 to 3.63 or 95% improvement in skin smoothing.
Active NAD+ Eye Serum Conclusions:
volunteers reported the following results:
85% of volunteers found that their skin is hydrated around the eyes
85% of volunteers felt an immediate feeling of comfort
82% of volunteers found that their skin is softer around the eyes
82% of volunteers are satisfied with the product
76% of volunteers found that their skin around the eye is softer
After 28 Days, Clinical Scoring (5pt scale) showed a change from 2.21 to 3.73 in skin hydration or 69% increase and from 2.52 to 3.79 in skin smoothing or 50% increase.
