This smoothie not only contains an astounding amount of some of the best whole food sources of antioxidants but tastes like a decadent dessert. (Go on, have it for breakfast, we won’t judge).
My name is Annabell, and I created your optimized skincare routine and plan. I focused on your high and medium priorities based on your DNA test. I also considered your Yudoyu quiz results which told us about your skin type and feelings about your skin. Your personalized routine includes products packed with ingredients that, with consistent use, will improve current skin quality and protect your future face. Please add lifestyle and dietary changes (outlined below) for an added boost toward happier, healthier skin!
Liz and The Yudoyu Team
We are here to help if you have any questions! Email us at firstname.lastname@example.org.
YOUR LIFE STYLE QUIZ RESULTS TOLD US THAT YOUR SKIN IS:
Combination + Sensitive Pores + Over 50
DNA ANALYSIS EXPLANATIONS
Our lab tests 16 core and dozens of secondary genetic markers that contribute to skin protection and premature aging and can play a big role in your skin’s future well-being.
The genes tested are cataloged according to their structural, functional, and metabolic effects on the skin.
Each Skin DNA category provides 1 of 3 outcomes: High Risk, Medium or Low Risk.
- Collagen: High Risk 1-31% | Medium 32-70% | Low Risk 70-100%
- Glycation: High Risk 1-50% | Medium 50-99% | Low Risk 100%
- Pigmentation + UV: High Risk 1-57% | Medium 58-75% | Low Risk 76-100%
- Antioxidant Protection: High Risk 1-56% | Medium 57-70% | Low Risk 71-100%
- Sensitivity: High Risk 1-56% | Medium 57-69% | Low Risk 70-100%
How does your skin compare with the rest of the population?
Yudoyu’s partner lab SkinDNA® has established one of the world’s largest derma genetics databases with more than 2 million DNA profiles*.
Our data allows us to discover distinctive skin aging traits shared between groups of people.
Your Skin DNA Risk Scores
The enzyme responsible for Collagen Breakdown (known as MMPs) is heightened. As such, you may be prone to skin laxity and looseness. Other aging effects may include hollow cheeks, drooping eyelids, and a slowdown tissue remodeling. Combined with the Glutathione Antioxidant (labeled as “Collagen Protection”) functions less than optimal. Genetically, your skin may not receive optimum support to protect collagen levels.
Genetically, your body’s ability to efficiently break down glucose is normal. However, a diet high in carbohydrates and sugars can reduce your body’s ability to metabolize excess sugar. A high-sugar diet can ultimately lead to the formation of wrinkles, thinning, and skin structural damage.
We test 2 locations within this gene (M1 & M2). Your results indicate that your body is moderately able to produce melanin (pigment). Your skin likely provides the volume of melanin needed to protect you for short intervals of sunlight exposure. Your body probably can tan; however, prolonged exposure may cause sensitivity, freckling & pigmentation with minimal sunburning symptoms.
We test 2 locations within this gene (M1 & M2). Your results indicate that your body is near optimal in breaking down free radicals produced from UVB rays once they have entered the skin. These rays are often referred to as the “Burning” Rays and are responsible for sunburns and pigmentation responses.
UV DNA Repair
Your result suggests that this gene process is functioning minimally with its ability to repair DNA damage caused by exposure to UVA rays. These rays are often referred to as the “Aging” Rays.
UV Free Radical Repair
Your genetic outcome suggests that you have less than optimal DNA-repairing ability. After UVA exposure, this gene is crucial for maintaining the overall health and integrity of the skin by repairing any Free Radical DNA damage the exposure might have caused.
Superoxide Dismutase and Glutathione Antioxidants are arguably the body’s most crucial antioxidants. The higher the levels, the less prone we are to the destructive effects of free radicals. Your gene outcomes show that you have less than optimal ability to produce Superoxide Dismutase and a less than optimal ability to produce Glutathione Antioxidant. You may be prone to dull and lifeless skin, irregular pigmentation, rough texture, and uneven skin tone. Increasing your antioxidant levels can aid in protecting against free radical damage.
Excessive inflammation is one of the most common themes in early-onset skin aging. While it is a helpful response in the short term, if inflammation continues ongoing, it can play a negative role. Often, subtle signs include skin sensitivity, redness, and irritation. Your gene responsible for the regulation of inflammation is optimal.
Your genes can break down xenobiotic compounds such as cigarette smoke, exhaust fumes, air pollution, and alcohol. These compounds are still harmful to you!
We test 2 locations within this gene (M1 & M2). Your genes cannot break down toxic chemical compounds found in everyday pollution. As a result, there may be times when your skin can become overly sensitive to scented products, active skincare ingredients, and general city pollution. These responses can manifest into redness, rashes, and acne.