Heart ageing
Human evidence and active trials are visible in this field
8 human-evidence records · 2 active trials · 20,506 visible funding records · 2,827 universities
Longevity Patent Family
Effect and mechanism for intensifying heart aging by driving CCR5+Th17 cell differentiation through CCL5/CCR5 axis
Source-linked patent metadata for Effect and mechanism for intensifying heart aging by driving CCR5+Th17 cell differentiation through CCL5/CCR5 axis, including priority, record stage and longevity-topic connections.
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Family grouping brings related publications for the same invention together, instead of counting every national filing as a separate technology.
- Representative publication
- CN121891538A
- Earliest priority
- January 26, 2026
- Latest publication
- April 21, 2026
- Family publications
- 1
- Patent offices
- 1
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Topics connected by metadata
Heart ageing88% metadata match
What this family cites
- Earlier patent references
- 0
- Scientific and other non-patent references
- 0
- Priority dates represented
- 1
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