Every other skin supplement is built around a benefit — hydration, firmness, glow. I built ATIKA around the biology underneath all of them: four systems that actually drive how skin ages, formulated together. No one else had done it, that's why I did.
Lily Shapiro, PharmDFounder, ATIKA
This was made for you if...
This was made for you if...
This was made for you if...
This was made for you if...
GLP-1 SUPPORT
You lost the weight — your skin and hair are paying for it.
Rapid weight loss accelerates collagen loss, skin thinning, and nutrient depletion — especially when intake drops faster than your body’s repair demands. Your skin and hair need nutrients to stay functioning optimally.
Peri/menopause
Your skin in midlife changed. Almost overnight.
You can moisturize dry skin. But you can't topically replace collagen decline, depleted ceramides, or antioxidant insufficiency. Hormonal shifts change skin at the structural level — where topicals can't reach.
HAIR support
Hair shedding started — you need it to stop.
Shedding is rarely random. It's biological, and it can respond to the right nutritional support. Zinc, silica, collagen, ceramides and bioavailable nutrients support the recovery phase from within.
Procedure Support
You’re investing in procedures. Support the recovery.
Lasers, microneedling, and peels work better when the skin underneath is nutritionally supported. ATIKA is the foundation your results need.
PREVENTION
You've seen what happens. You're not waiting.
UV damage and collagen decline accumulate for years before they're visible. By the time most people see it, it's been building for a decade. ATIKA supports your skin at the cellular level — before the damage has a face.
FULL TRANSPARENCY
You're as obsessed with dosing, purity and sourcing as we are.
No proprietary blends. Every ingredient evidence-based. Every dose clinically relevant. Formulated by a PharmD who wouldn't put her name on anything less.
The CALM Framework
Four biological systems determine how skin ages.
C
Collagen Integrity
Supports firmness, elasticity, and visible structure.
A
Antioxidant Balance
Helps defend against oxidative stress from daily life, pollution, and UV exposure.
UV light damages skin through five biological systems — collagen, barrier, oxidative defense, cellular energy, and DNA. Here's what's actually happening, and why protection has to work from the ins...
Cellular energy sets the ceiling for skin repair, turnover, and barrier recovery. When it’s constrained, even well-chosen inputs underperform. NAD+ sits at the center of this system.
Most dry skin isn't a moisture problem — it's a barrier lipid problem. A PharmD explains how oral ceramides work from the inside out, and what the research actually shows.
Senescent (“zombie”) cells are damaged cells that stop dividing but don’t fully shut down. In skin, they can release inflammatory signals that contribute to collagen breakdown, barrier disruption, ...
A detailed, research-based explanation of how skin aging begins at the cellular level: fibroblast changes, collagen loss, ceramide decline, and oxidative stress. Includes clinical references and a ...
Antioxidants don’t work alone. They function as a network inside biological systems that manage oxidative stress, signaling, and repair. When one antioxidant is megadosed in isolation, the system c...
In-office procedures create controlled injury so skin can repair. But results depend on biology: collagen turnover, barrier lipids, oxidative defense, and recovery inputs. This article explains wha...
Skin longevity is the long-term biological health of the skin. This article defines the category and explains how collagen structure, barrier lipids, antioxidant defense, and cellular energy intera...
Dosing is what makes an ingredient biologically relevant. This article explains why a “small amount” can be real but still ineffective — like a sip of water that doesn’t hydrate. Learn how dose, du...
GLP-1 medications can lead to rapid weight loss, which may affect facial volume, skin structure, and hair cycling. This article explains what “Ozempic face” really means, why these changes occur, a...
Specific oral collagen peptides — most consistently VERISOL® — have been studied in randomized controlled trials. At 2.5 g/day for 8–12 weeks, studies report modest but meaningful improvements in w...
A clinical overview of how collagen structure changes across decades -- from the 20s through the 50s+ -- and how UV exposure, hormones, oxidative stress, and foundational skin nutrition influence l...
Antioxidant supplements reach deeper skin layers through circulation and influence UV-induced redness, oxidative markers, tone, and hydration. This article reviews what controlled human studies act...
Glutathione is key inside cells, but supplements rarely reach the skin intact. Learn what actually supports antioxidant balance, collagen, and long-term skin health.
The FDA’s December 2025 proposal to allow bemotrizinol in U.S. sunscreens could expand consumer access to a widely used global UV filter. This guide explains what bemotrizinol is, how it compares t...
Skin is not a single surface but a layered biological system. This functional guide explains how the epidermis, dermal–epidermal junction, dermis, and deeper support tissues change over time — and ...
A clinical explanation of how estrogen, cortisol, thyroid hormones, and androgens influence collagen, dermal thickness, and skin structure—and where foundational skin nutrition fits.
Collagen & Skin Structure: The Complete Guide explains what collagen is, how it changes with age, and what human studies show about defined collagen peptides. This article maps collagen’s role ...
A clear, evidence-based breakdown of common collagen myths and what studies actually show about dose, timelines, internal vs topical support, cofactors, and foundational skin nutrition.
A clinical explanation of how glycation and advanced glycation end products (AGEs) stiffen dermal collagen, interact with UV and hormones, and where foundational skin nutrition fits within long-ter...
A clinical comparison of internal collagen peptides and topical skincare, showing how each influences collagen biology through different pathways and how they work together within foundational skin...
A clinical explanation of how collagen changes across perimenopause and menopause, how estrogen decline affects dermal structure, and where foundational skin nutrition supports skin longevity.
A clinical comparison of collagen peptides, gelatin, and whole collagen — how they differ in structure, absorption, and evidence, and what actually matters for skin.
A clear, evidence-based guide to the collagen types found in human skin—especially type I and type III—what they do, how they change with age, and how foundational skin nutrition supports the derma...
A clinical review of how long collagen supplements take to work, including VERISOL® timelines for elasticity, hydration, wrinkle appearance, and dermal collagen density.
A clinical explanation of how low-molecular-weight collagen peptides are absorbed, how VERISOL® supports dermal collagen in human trials, and why ATIKA uses a 2.5 g dose.
Collagen breakdown is driven by UV exposure, oxidative stress, hormonal changes, glycation, and lifestyle factors such as smoking, sleep, pollution, and diet. This article explains the biological m...
A clear, evidence-based explanation of what collagen is, where it sits in the skin, how its structure changes with age and UV exposure, and why type I and III collagen matter most for visible firmn...
At a Glance
Skin health is shaped by four interacting layers: structure (collagen and elastin), lipids (barrier), antioxidant systems, and micronutrient cofactors.
Each layer depends on specifi...
Skin supplements don’t work instantly, and they don’t all follow the same timeline. This guide explains how long collagen, antioxidants, ceramides, and other skin supplements typically take to work.
A simple guide to how oxidative stress forms in skin, how your internal antioxidant network works, and how factors like pollution, light, and daily habits shape long-term skin longevity. This page ...
Oxidative stress begins damaging collagen and barrier lipids long before visible aging appears. This article explains how internal antioxidant systems complement topical care to support deeper skin...
Pollution and sunlight create free radicals that add to daily oxidative stress in the skin. This article explains how oxidative stress affects collagen, barrier lipids, and cellular energy — and ho...
Blue light from screens isn’t as strong as UV, but research shows it can contribute to oxidative stress, pigmentation changes, and texture shifts over time. This article explains what HEV light act...
Polyphenols support how the skin responds to light, redness, and everyday oxidative stress. Human studies of green-tea catechins, grape-seed OPCs, citrus polyphenols, and maqui anthocyanins show ch...
A technical comparison of oral and topical vitamin C — how each reaches the skin, the layers they influence, the mechanisms they support, and the limitations of both routes. Explains why combining ...
Internal antioxidants don’t produce overnight changes. Human trials show distinct timelines: carotenoids and antioxidants rise within weeks, collagen and barrier changes emerge over 8–12 weeks, and...
ATIKA Advanced Skin Nutrition isn’t built around a single “hero” antioxidant. It uses a coordinated network of carotenoids, polyphenols, vitamin C and mineral cofactors to support antioxidant defen...
Oxidative stress is one of the main drivers of collagen loss, barrier disruption and uneven tone in skin. This article explains how ROS are generated, why topical antioxidants can only reach part o...
Carotenoids such as beta-carotene, lycopene, lutein, and zeaxanthin accumulate in the skin and influence how it responds to UV and oxidative stress. This overview summarizes what controlled human s...
Astaxanthin is one of the few antioxidant ingredients with controlled human data in skin. This article reviews how oral astaxanthin supplements affect elasticity, wrinkles, hydration and UV-induced...
Topical antioxidants defend the skin’s surface, while internal antioxidant supplements support deeper layers and systemic oxidative stress. This guide explains how both fit together using evidence ...
Internal skin nutrition and topical skincare work on different layers of the same organ. This article explains how each approach affects key pathways in the skin and how to combine them in a measur...
A clear, clinically grounded look at how vitamins, minerals, carotenoids and lipids influence collagen, barrier lipids and antioxidant defenses — and how these micronutrients help shape the biology...
Ceramides and hyaluronic acid aren’t interchangeable. Hyaluronic acid pulls water in; ceramides keep it from escaping. Understanding that difference is key to long-term hydration and barrier repair.
A clear explanation of how inflammation influences collagen synthesis, matrix breakdown, and visible skin aging — and how these pathways connect across ATIKA’s skin longevity framework.
If your skin stings, feels tight, flakes, or reacts to products that used to be fine, your skin barrier may be damaged. This article explains how to recognize skin barrier damage, what actually rep...
Struggling with breakouts, dullness, or bloating? The gut–skin axis plays a major role. Learn how digestion, collagen metabolism, and inflammation interact — and why supporting gut health can stren...
Vitamin and nutrient gaps can show up on skin as dryness, fragility, dullness, or slow recovery. This guide explains which deficiencies are most commonly linked to skin changes, what is not diagnos...
Selected episodes where Lily Shapiro, PharmD, explains skin longevity, the CALM framework, and how internal nutrition complements topicals and procedures.
Skin Aging: The Science Behind Skin Longevity with Dr. Lily Shapiro of ATIKA | Ep. 49 | 6 May 2026
Well Done with Kat Vong
Are you taking collagen, layering on hyaluronic acid, and investing in skincare — but still wondering what actually supports long-term skin health? In this episode, Lily Shapiro, PharmD, founder of ATIKA, a science-backed nutritional skin supplement, talks about skin longevity, beauty supplements, and what it really means to support your skin from the inside out. We get into the truth about collagen supplements, the skin barrier, how oxidative stress impacts aging, and what consumers should look for before trusting any supplement label.
How to Actually Slow Skin Aging | Ep. 156 | 20 April 2026
The Galina Rivina Podcastina
Why a 10-step routine may be doing more harm than good, which popular supplements have no scientific backing, and what is actually driving skin to age faster than it should. Covers the CALM framework, how to evaluate collagen, the difference between structural and cosmetic hydration, and the case for internal nutrition as the rate-limiting factor in midlife skin health.
"You can drink all the water you want, but if it evaporates from your skin faster than you replenish it, you'll have dry skin."
The Science of Skin Aging: What Actually Works (and What Doesn’t) With Lily Shapiro, PharmD | Ep. 133 | 18 March 2026
One Thing with Dr. Adam Rinde
A science-backed deep dive into skin longevity. Lily Shapiro, PharmD (founder of ATIKA), reframes skincare from chasing surface “anti-aging” fixes to optimizing your lifelong “skinspan.” She unpacks how skin actually ages beneath the surface, why popular solutions like collagen, biotin, and many topicals often miss the mark, and outline four core drivers of long-term skin health: collagen integrity, antioxidant balance, lipid barrier function, and mitochondrial health.
Collagen Doesn’t Fix Skin Aging (Here’s What Actually Does) | Ep. 36 | 23 January 2026
HYDRATE with Tracy Duhs
Conversation focused on skin as a functional organ, hydration biology, oxidative and UV stress, and why skin longevity requires systemic, clinically dosed nutrition rather than topical or cosmetic fixes.
an ingestible approach to skin health and longevity | 4 May 2026
Ellika Dattilo
Dr. Lily Shapiro is quietly redefining how we think about skin aging — not from the outside in, but from a cellular, internal perspective. She spoke about diving deep into clinical research to understand what actually drives skin longevity, beyond trends and surface-level solutions. What emerged from that work is something quite different: an ingestible approach to skin health, built on high-quality, bioavailable ingredients. Dr Lily and myself spoke about what truly supports the skin from a holistic perspective — what works, what doesn’t, and why most approaches miss the mark.
How to Repair Your Skin Barrier + Hydration That Works | 6 February 2026
Another Million Miles Podcast
On Another Million Miles podcast, we discuss why skin barrier lipids are the foundation of real hydration, not just humectants like hyaluronic acid. We also cover how ceramides support structure at the cellular level, why mitochondrial health influences collagen production, and how to think critically about supplement ingredients and dosing.
Skin Longevity, Not Just Skincare | 24 April 2026
SuperSelf
Pete Ferrari sits down with Lily Shapiro, PharmD, former Wall Street executive, and founder of ATIKA, to explore the emerging concept of skin longevity and why true skin health starts from the inside out. Lily turned her clinical training and analytical background toward a deeper question: what actually drives skin aging? What she discovered led her to create a new category of wellness built not around quick cosmetic fixes, but around supporting the biological systems that help skin stay strong, hydrated, and functional over time.
The Future of Skin Longevity: A Smarter, Health-First Approach with Lily Shapiro, PharmD | 23 January 2026
Experience Health with Rachael Vassar
Discussion on how stress physiology, inflammation, and recovery capacity influence skin aging, and why foundational, evidence-based nutrition is essential for long-term skin function and stability.
Skin Longevity for Men: The Science Behind Healthy Aging and Smarter Skincare
Mind Over Masculinity
Episode exploring why men are rethinking skin health — covering collagen misconceptions, antioxidant systems, and how internal nutrition, lifestyle, and the hidden drivers of skin aging work together to keep skin resilient over time.
