LATEST ELIGIBLE VISIBLE BATCH
3D bioprinting of functional meniscus constructs with anisotropic properties using meniscus-derived bioink for knee meniscus regeneration.
Observation date: 2026-07-29 (Asia/Shanghai). Same-day screening found only inert microarchitected-material work without explicit living cells, bioink, tissue engineering or regenerative medicine, so it was excluded. This is the latest eligible visible batch from 2026-07-24, not a publication-date claim for the observation date. The screen covered bioprinting, 3D bioprinting, biofabrication, bioink, bioprinted tissue, in situ bioprinting and explicitly linked additive manufacturing.
The study prints anisotropic meniscus constructs from meniscus-derived bioink, mesenchymal stem cells and polymers; a canine model reports chondroprotection and neo-meniscus signals.
Evidence boundary: 体外与犬模型证据，不是人体临床疗效；因活细胞、生物墨水和组织工程目标而入选。
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2026-07-29—2026-07-29. Items come from public APIs and pass original-link and Beijing-time window checks. They indicate public attention and discussion, not paper quality, clinical effectiveness, or scientific consensus.
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