Insights
The thinking behind the technique.
Writing on the biology, the protocol and the evidence—plain enough to bring to a consultation, honest about what is still being measured.
6 articles · 12 topics
Topics
Topics
cartilage repairHow image-guided needle delivery gives NanoACi its precision
Pre-procedural MRI imaging guides NanoACi's precision: the surgeon establishes the delivery plan before the patient arrives, then combines three patient-derived biological components — cartilage micrografts, collagen scaffold, and platelet-rich fibrin — through a needle in one thirty-minute outpatient procedure.
Read the piece
cartilage repairSeed, Scaffold and Signal in One Cartilage Procedure
Cartilage contains no blood vessels, so damage triggers no repair response. NanoACi addresses three distinct biological failures—cell seeding, cell retention, and chondrogenic signalling—in a single sitting, without laboratory culture.
Read the piece
cartilage repairWhat Surgeon-Led Means Without an Operating Theatre
Damaged joint cartilage can be repaired without an operating theatre through needle delivery of a three-component construct — auricular cartilage micrografts, collagen matrix and autologous platelet-rich fibrin — all prepared at point of care in a single clinic session, with the surgeon maintaining clinical control and eliminating the weeks-long laboratory interval conventional cell-culture methods require.
Read the piece
cartilage repairHow NanoACi differs from ACI, MACI and symptom injections
A single needle injection combining ear micrografts, collagen scaffold, and platelet-rich fibrin, NanoACi aims to regenerate cartilage tissue without requiring the two-procedure pathway of surgical cell-based repair or the symptom-only focus of standard joint injections.
Read the piece
cartilage repairWhat every word in NanoACi means
NanoACi is a cartilage regeneration procedure delivered through a needle in a single visit, without operating theatre, general anaesthetic, or staged surgery, combining micrografts from the patient's ear with their platelet-rich fibrin.
Read the piece
cartilage repairSeed, scaffold and signal in cartilage repair
Cartilage has no blood supply and so cannot self-repair: there is no circulation to deliver repair cells to an injury. An effective single-session treatment places ear cartilage cells at the defect, holds them with a collagen scaffold, and supplies growth signals via platelet-rich fibrin—addressing all three biological requirements simultaneously.
Read the pieceBefore a decision
Reading is the start. Assessment is the next step.
If something here describes your joint, bring it to a specialist review. The team will tell you what imaging is needed and whether a consultation is worthwhile before you travel.
Email the NanoACi team