Fig. 6
- ID
- ZDB-FIG-250210-6
- Publication
- Nurhidayat et al., 2025 - Tokay gecko tail regeneration involves temporally collinear expression of HOXC genes and early expression of satellite cell markers
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Tail regeneration in the gecko involves a unique pattern of skeletal muscle development. A Expression profiles of myogenesis genes in the embryonic tail (left) and during adult tail regeneration (right). One asterisk (*) shows significant differential expression in stage-wise comparison. Two asterisk (**) shows significant differential expression compared to embryonic tail 16 dpo. Significant differential expression (DE) genes with adjusted p-value < 0.01 and L2FC ? 1. B Expression profiles of somite segmentation genes in the embryonic tail (left) and during adult tail regeneration (right). C Expression of pax3, pax7, and myod1 at 8 dpa in the regenerating tail. Key: adp adipose tissue, amc adult muscle cells, pbl pre-blastema, wep wound epithelium, epi epidermis. D Expression of pax3, pax7, and myod1 at 16 dpa of the regenerating tail. Key: myb myoblast. E Expression of myog, tnc, and ckm at 24 dpa in the regenerating tail. Key: myt myotube, mys myoseptum. F Expression of lfng in the regenerating tail. Key: drg dorsal root ganglion. G The expression of hes2 in the regenerating tail. Key: bvl blood vessel |