Backed by Science

Built on the Science of Olive Oil

Olivea was born out of cutting edge research from leading cardiologists & based on human trials published in trusted peer-reviewed medical journals.

Olive Oil & Polyphenol Research

2,000+ Peer-Reviewed StudiesEFSA Authorized Health Claim90,000+ Clinical Participants4x EFSA Daily Threshold

Phenolic compounds from extra virgin olive oil are powerful antioxidants and protect LDL cholesterol from oxidative damage.

Those in the highest consumption category had 19% lower risk of cardiovascular mortality, 17% lower risk of cancer mortality, 29% lower risk of neurodegenerative mortality.

Harvard study: High olive oil consumption associated with longevity.

At least 5 mg of hydroxytyrosol assists in the protection of blood lipids from oxidative stress.

Olive oil has been proven to lower LDL (bad cholesterol) and raise HDL (good cholesterol).

Extra virgin olive oil also reduces the risk of heart attacks.

What the Research Found

What Hydroxytyrosol Does for Your Body

Heart Health

This is the benefit with the strongest regulatory backing. The European Food Safety Authority (EFSA) reviewed the evidence and approved a specific health claim: olive oil polyphenols like hydroxytyrosol contribute to the protection of blood lipids from oxidative stress. In a landmark clinical trial (Covas et al., 2006), people who consumed high-polyphenol olive oil saw their "good" HDL cholesterol rise while their oxidized "bad" LDL dropped.

Studies also show hydroxytyrosol supports healthy blood vessel function and helps maintain normal blood flow, both important for long-term cardiovascular wellness.

Key Evidence

EFSA 2011: 5mg/day HT protects blood lipids from oxidative stress (EU Reg 432/2012)

Covas 2006 EUROLIVE: Olive oil polyphenols increase HDL and reduce oxidized LDL dose-dependently

Visioli & Bernardini 2011: EVOO polyphenols inhibit platelet aggregation and support vascular protection

Moratilla-Rivera 2025: 15 mg/day HT significantly reduced oxidized LDL in overweight adults with prediabetes (RCT, 16 weeks, n=49)

EFSA

The EFSA-Approved Olive Polyphenol Health Claim

↑ HDL

Increased Good Cholesterol

↓ oxLDL

Reduced Oxidized LDL

5mg

Daily EFSA Threshold

Brain Health

One of the most promising findings is that hydroxytyrosol (or compounds it breaks down into) can actually reach the brain. Studies show olive polyphenols including HT help protect brain tissue from oxidative injury, and Zheng et al. (2015) found that HT supplementation improved neurogenesis and cognitive function via Nrf2/BDNF pathways.

Researchers have also found it may reduce brain inflammation and guard against the toxic protein buildup associated with age-related cognitive decline.

Key Evidence

De La Cruz Cortés 2021: HT protects brain tissue in hypoxia-reoxygenation model

Zheng 2015: HT improves neurogenesis and cognitive function via Nrf2/BDNF

Cao 2023: Polyphenols ameliorate amyloid-β neuronal injury via mitochondrial homeostasis

CNS

Metabolites Detected in Brain

Nrf2

Pathway Activation

↓ Aβ

Amyloid Beta Toxicity

BBB

Blood-Brain Barrier Crossing

Cellular Protection

Most antioxidants work by neutralizing free radicals directly. Hydroxytyrosol goes a step further: it flips on your body's own antioxidant system. It activates a cellular switch called Nrf2, which tells your cells to produce more of their built-in protective enzymes like glutathione.

It also supports your mitochondria, the parts of your cells that generate energy. By reducing oxidative stress at this level, hydroxytyrosol helps keep your cells functioning efficiently as you age.

Key Evidence

Granados-Principal 2010: HT demonstrates broad antioxidant properties and health benefits

Robles-Almazán 2018: HT exhibits anti-inflammatory, antimicrobial, and antioxidant activity

Moratilla-Rivera 2025: HT reduced protein carbonyls and DNA oxidative damage in overweight adults (RCT)

Nrf2

Master Antioxidant Switch

↑ GSH

Glutathione Production

↑ SOD

Superoxide Dismutase

↓ ROS

Free Radical Reduction

Inflammation Support

Chronic, low-grade inflammation is now considered a root driver of many modern health problems. Hydroxytyrosol helps by dialing down the body's inflammatory signals at the source. Richard et al. (2011) showed that hydroxytyrosol measurably reduced key inflammatory markers in immune cells.

It works alongside oleocanthal, another olive polyphenol found naturally in EVOO, which researchers found has a mechanism similar to ibuprofen (Beauchamp et al., 2005). Together, they offer complementary support for a healthy inflammatory response.

Key Evidence

Richard 2011: HT impairs cytokine and chemokine production in macrophages

Zhang 2009: HT suppresses NF-κB activation and reduces NO/ROS

Beauchamp 2005: Oleocanthal demonstrates ibuprofen-like COX inhibition

NF-κB

Pathway Inhibition

↓ TNF-α

Pro-Inflammatory Cytokine

↓ IL-6

Inflammation Marker

COX

Oleocanthal Synergy

Metabolic Health

Research suggests hydroxytyrosol may support healthy blood sugar balance. de Bock et al. (2013) found that overweight men who took olive leaf polyphenols showed improved insulin sensitivity, meaning their bodies became more efficient at processing blood sugar.

Lab studies also show it activates AMPK, an enzyme sometimes called the body's "metabolic master switch" because it helps regulate how cells use energy.

Key Evidence

de Bock 2013: Olive leaf polyphenols improve insulin sensitivity in overweight men

Bulotta 2014: HT protects against cardiovascular and metabolic disorders

Moratilla-Rivera 2025: HT improved antioxidant and anti-inflammatory status in individuals with prediabetes (RCT)

AMPK

Metabolic Switch Activation

↑ Insulin

Insulin Sensitivity

↓ Fat

Hepatic Fat

Glucose

Metabolism Support

Skin & Light Protection

D'Angelo et al. (2005) showed that hydroxytyrosol helps protect skin cells from UV-induced oxidative damage, and additional research supports its role in natural collagen production and maintaining an even skin tone.

It also helps reduce the activity of enzymes (called MMPs) that break down collagen as you age. Avola et al. (2019) showed HT prevents blue-light-induced MMP elevation and preserves collagen integrity in skin cells.

Key Evidence

D'Angelo 2005: HT reduces UV-induced oxidative damage in skin cells

Avola 2019: HT prevents blue-light-induced damage and MMP elevation in skin cells

Smeriglio 2019: HT-based formulation reduces IL-1α/IL-8 and repairs epidermal barrier

Photoprotection

↓ MMP

Collagen Preservation

↑ Type I

Collagen Synthesis

Shield

Dermal Protection

Healthy Aging

Aging is driven by the gradual accumulation of oxidative damage to DNA, proteins, and lipids, compounded by chronic low-grade inflammation. Hydroxytyrosol targets both sides simultaneously: it reduces oxidative damage while dialing down inflammatory signaling.

A 2025 randomized controlled trial showed that 15 mg/day of hydroxytyrosol for 16 weeks significantly reduced DNA damage, protein oxidation, and inflammation markers — the exact biomarkers that deteriorate with age.

Key Evidence

Moratilla-Rivera 2025: 15 mg/day HT improved antioxidant and anti-inflammatory status in aging at-risk adults (RCT, n=49)

Serreli & Deiana 2020: EVOO polyphenols modulate pathways related to oxidation and inflammation in aging

Granados-Principal 2010: HT demonstrates broad antioxidant properties relevant to age-related disease prevention

↓ 8-OHdG

DNA Damage Marker

↓ Carbonyls

Protein Oxidation

↑ GPx

Antioxidant Defense

↑ TAS

Total Antioxidant Status

How Olivea Delivers It

Capsule-in-Capsule Technology

Most supplements use dry powder. Olivea's dual-capsule design keeps hydroxytyrosol in its natural oil-based matrix for superior absorption.

Capsule-in-Capsule Technology

Most supplements use dry powder. Olivea’s inner capsule contains 200 mg of olive extract powder standardized to 20 mg hydroxytyrosol, surrounded by an outer capsule filled with 400 mg of real extra virgin olive oil. This keeps the molecule in its natural amphipathic environment, so it absorbs properly in both water and fat phases.

Oil-based matrix Superior bioavailability Freshness-sealed

Our Advisors

Science Advisory Board

Olivea's formulation is guided by leading researchers in cardiovascular health, nutrition science, and polyphenol biochemistry.

Dr. Constantine Tarabanis

Medical Advisor

Dr. Tarabanis graduated from Harvard College, before earning a medical degree from Harvard Medical School, and is a board-certified internist. Now a cardiology fellow at Mass General Brigham-Harvard Medical School, his research spans drug development, vascular tissue engineering, and AI applications in cardiology.

Dr. Joel Kahn

Medical Advisor

Dr. Kahn earned his BA and MD from the University of Michigan, and is a board-certified cardiologist. A Clinical Professor of Medicine at Wayne State University and founder of the Kahn Center for Cardiac Longevity, he is a Fellow of the American College of Cardiology whose work spans preventive cardiology, plant-based nutrition, and vascular health.

Dr. Stephen Anton, PhD

Medical Advisor

Dr. Anton serves as a Professor at University of Florida's Department of Physiology and Aging. With over 200 published studies in top medical journals, Dr. Anton is a leading researcher on how diet, exercise, and fasting affect the biology of aging. His nationally recognized work focuses on how lifestyle and natural compounds including the polyphenols in olive oil, can protect against obesity, cardiovascular disease, and metabolic decline.

Iliana Flessa

R&D Advisor

Iliana Flessa is a certified olive oil taster based in Kalamata, Greece, in the heart of Messinia's olive country. With over a decade of experience leading quality assurance at Olymp, she oversees Olivea's chemical analysis, polyphenol testing, and sensory evaluation to ensure every batch meets world-class standards.

Proof of Potency