Carmen Sánchez Moreno

The paper shows that non-specific carriers in avian carotenogenesis drive metabolic network diversification by resetting specialization, enabling physiological sensitivity and adaptability to external inputs.

The paper shows how a conserved craniofacial network uses dynamic protein hubs to achieve both specialization and plasticity during avian beak development.

This study shows intrinsically disordered proteins act as reset mechanisms in regulatory networks, enabling developmental transitions by integrating physical and genetic processes.

The paper shows that cell jamming transitions in avian beak primordia modulate regulatory protein gradients and drive evolutionary divergence by altering tissue-level patterns.

The paper shows how transient epithelial mimicry in avian beak development allows neural crest cells to balance stemness with regional specification through cycles of specialization and homogenization.

The paper introduces a Fiji plugin for automated whole-image analysis of protein expression and cell morphology across developmental stages in bird tissues.