GINZA CELLCURE BLANC

Middle-aged and older adults focused on healthy life expectancy and overall wellness.
Business professionals seeking support for fatigue recovery and energy metabolism.
Active individuals aiming to improve sports and exercise performance.
People who want to incorporate daily self-care through health foods or supplements.

Reducing daily fatigue and replenishing energy in everyday life.
Supporting conditioning and performance before and after exercise.
Daily supplementation for health maintenance and anti-aging.
Providing metabolic support nutrients that may be insufficient from diet alone.

Supports energy metabolism in the body (mitochondrial function).
Contributes to reduced fatigue and improved endurance.
Naturally derived and safe for daily consumption.
A promising health ingredient with growing scientific evidence of effectiveness.

Fisetin is aimed at a broad range of people who have a strong interest in aging care and daily health management. Specifically, it is suitable for:
Middle-aged and older adults who have begun to notice age-related changes in their physical condition or accumulated fatigue.
Busy professionals with irregular lifestyles.
Individuals in their 30s–40s who proactively engage in self-care to mitigate future health risks.
Active individuals who prioritize post-exercise recovery and maintaining overall condition.

For people conscious of daily health maintenance and aging care, fisetin offers an easy way to incorporate these practices into their routine. For busy professionals who cannot obtain enough flavonoids from their diet alone, fisetin supplements provide an efficient source.
Middle-aged and older adults experiencing declines in physical strength or slower recovery can use fisetin as a daily conditioning tool to suppress the accumulation of senescent cells. Additionally, individuals who experience prolonged fatigue after exercise or prioritize future health risk management increasingly find fisetin useful as an approach targeting senescent cells.

Fisetin is a plant-derived flavonoid naturally found in various fruits and vegetables, including amla, strawberries, apples, and persimmons. Strawberries contain the highest amount, with approximately 100 mg of fisetin in 625 g of strawberries.
Fisetin can target and remove “zombie cells”—that is, senescent cells—which survive despite resisting apoptosis. Its strong senolytic activity (ability to eliminate senescent cells) makes it a valuable intervention for mitigating age-related functional decline.

Middle-aged and older adults who have begun to notice declines in cognitive functions such as memory, attention, and judgment due to aging.
Individuals who experience daily fatigue, reduced physical strength, or slower energy metabolism (those conscious of mitochondrial function)
Active adults in their 30s–50s interested in extending healthy life expectancy, anti-aging, and maintaining overall condition.
People who want to improve or maintain brain functions—such as short-term memory, information processing, and working memory—on a daily basis.

As a supplement in the morning after waking up or before work, when one wants to “get the brain working” or “enhance focus.”
During desk work, long meetings, or before presentations, to support attention and decision-making.
After exercise or training, to aid fatigue recovery and boost metabolism, taking advantage of mitochondrial activation effects.
As part of a lifestyle for those who wish to “stay youthful” and incorporate it into daily self-care.

PQQ has been reported to promote mitochondrial biogenesis and activation, supporting energy production in the body.
Human studies indicate it can help maintain cognitive functions such as attention and working memory.
Its strong antioxidant properties help suppress cellular oxidative stress, making it noteworthy for aging care (anti-aging) applications.
It is difficult to obtain sufficient PQQ through diet alone, so supplementation offers an efficient way to achieve effective intake.

Business professionals concerned about daily stress and fatigue.
Middle-aged and older adults who want to prevent oxidative stress and skin aging.
Active individuals focused on extending healthy life expectancy and anti-aging.
People who cannot obtain sufficient antioxidants from diet alone.

Supplementing antioxidants as part of daily care in a busy lifestyle.
Supporting health management for post-exercise recovery and condition maintenance.
Daily self-care to address age-related changes in skin and physical condition.
Incorporating into everyday routines with a focus on healthy longevity and anti-aging.

Powerful antioxidant activity that suppresses cellular oxidative damage.
Rare component not synthesized in the body and difficult to obtain through diet alone.
Supports long-term health maintenance and aging care.

Middle-aged and older adults who have begun to notice declines in physical strength and endurance due to aging.
Individuals concerned about nutrient metabolism due to differences in gut microbiota.
Busy professionals who cannot obtain sufficient anti-aging nutrients from daily meals alone.
People in their 30s–40s who engage in early anti-aging efforts to extend healthy life expectancy.

Urolithin A is suitable for health maintenance and aging care in middle-aged and older adults who are beginning to experience muscle weakness or reduced endurance. It is also an efficient supplement for those concerned about gut health or metabolism, or who cannot consume enough precursors from their diet. Furthermore, active individuals focused on managing future health risks and preventing aging can use Urolithin A as part of their daily conditioning routine.

Urolithin A is a secondary metabolite produced when tannins—a natural polyphenol compound found mainly in foods such as pomegranates, raspberries, and walnuts—are metabolized by gut microbiota. In recent years, it has emerged as a highly promising anti-aging compound.
The human body cannot synthesize Urolithin A on its own; it can only be obtained by consuming its precursors and having them metabolized by specific gut bacteria. However, research shows that due to individual differences in gut microbiota, only about 40% of people can convert these precursors into effective levels of Urolithin A, and this conversion rate declines with age.