Five original-source records: human-derived cells, animal regeneration and computational modeling. Publication dates are preserved; review and clinical status remain separate.
Five sources published in 2016–2025 extend the existing collection. Together with the 15-record launch collection and 26 CRISPR/comparator records (two shared), the site now holds 44 unique scientific/sponsor records. Original publication dates remain unchanged. Human-cell experiments, animal experiments and simulations are identified separately.
2023-11-30 · Published experiment — human-derived cells in vitro
In-vitro gap coverage does not establish restoration of a functioning nervous system, clinical repair, or a bioelectric mechanism. Selection of stable bridges matters; donor replication is unresolved.
2025-06-06 · Published experiment — human-derived cells in vitro
Single-donor result; younger clock estimates do not prove durable rejuvenation, restored function or bioelectric causation. Composition, handling and configuration are potential confounders requiring tests.
2025-08-07 · Published experiment — human-derived cells in vitro
Culture phenotypes and dye-based measures do not establish human rejuvenation or durable tissue restoration. Drug specificity, donor generalizability and long-term safety require separate tests.
2016-07-06 · Published simulation
Conditional on equations, geometry, parameters and assumptions; not an aging clock or an Anthrobot rejuvenation validation.
2022-01-26 · Published animal experiment
A combined intervention in frogs; not a complete normal limb, a human therapy, or proof of voltage-specific causation.
Publication dates refer to the first online publication checked, not necessarily the dates experiments or clinical enrollment occurred. Selected regional groupings use study context or lead affiliation; they do not identify Karam locations or partners.
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