
Focusing on Senescent Cells with PCC1
In aging research, senescent cells are linked to changes in cellular function. PCC1 has been studied as part of early-stage investigations into senescence biology, with short-term (3-day) observations of cellular markers reported in pilot studies.

What is PCC1?
PCC1 (Procyanidin C1) is a rare polyphenolic compound derived from grape seeds. In aging research, it has been investigated for its potential roles related to senescent cells and SASP modulation. The formulation applies a plant-based phospholipid delivery system that has been explored for improved bioavailability.

Early-Stage Human Data
We share results from an early human study, where selected biomarkers were measured before and after short-term supplementation. Changes were observed in markers such as p21 and IL-6. These results are considered preliminary and are currently under peer review. The purpose of sharing is transparency, not to suggest medical conclusions. More research, including larger and controlled studies, will be needed to confirm these findings.

Research Data Access
We believe in sharing data openly. Here you can download a PDF with study methods and an Excel file containing preclinical PCC1 phytosome results. These files are intended for exploration and learning, not as health advice. They represent early-stage research that still requires further validation.



Start Your Senotherapeutic Protocol
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PCC1 Senolytic Complex | 199 Clinic edition
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SenoC1 Senolytic 3 Days Pulse
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SenoC1 Senomorphic complex
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Frequently Asked Questions
Is it safe?
Initial human references report no adverse effects; larger and independent studies are needed. Individualize and consult a professional when appropriate.
How fast could I notice anything?
Reports mention sleep/energy changes within days in some contexts; responses vary widely. Log a baseline and re measure on schedule.
How is this different from D+Q, fisetin, or quercetin?
Emphasis on a dose-dependent dual mechanism plus a phospholipid complex for absorption; model data show higher peak clearance vs common alternatives. Context and limits apply—see Comparisons.
For Cellular Senescence Research
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