The Immune Choreography

[PLACEHOLDER DRAFT - edit the science and wording, keep clean English: no dashes, no apostrophes.]

What the artwork shows: an anatomical rendering of an injured leg, the damaged skeletal muscle painted in careful detail at the lower right. Rising from the wound, colourful circular motifs spread upward across the page. Each cluster stands for a single cell niche, the distinct populations of immune cells that gather and move through the tissue as it heals.

The science: this piece maps the dynamic immune choreography that unfolds from day zero to day six after skeletal muscle injury. In animal models, mostly mice, a wound sets off a precisely timed sequence of immune activity. Different cell types arrive, act and hand over to the next in a coordinated wave that clears damage and rebuilds the muscle. The colourful niches are drawn from what advanced single cell technologies reveal: CyTOF (mass cytometry) and Imaging Mass Cytometry (IMC) let researchers see dozens of markers at once and place each cell population in space and time. The result is a portrait of wound healing as an ordered performance rather than a chaotic response.

The inspiration: [add why this subject, the research or experience behind it, and the link between the science and the feeling of the piece.]