Peter David Currie

The paper introduces a FIJI2 plugin for semi-automated muscle morphometry analysis in zebrafish, combining cytoplasmic staining and deep learning for accurate quantification and visualization.

The paper presents a 3-D developmental atlas of the epaulette shark using micro-CT imaging and integrates it with the genome to support comparative studies.

The paper compares muscle growth dynamics across teleost fish species, identifying spatial hyperplastic patterning and stem cell gene expression as key factors in growth differences.

This paper introduces Airy beam light sheet microscopy to image subcellular dynamics in large tissues with high spatial and temporal resolution across multiple organisms and biological processes.

This study shows that dorso-ventral patterning genes in paired fins are conserved in median fins, supporting an ancient origin of the DV regulatory module that was redeployed during paired fin evolution.

The paper shows that some nephrons in zebrafish kidneys originate from somites, challenging the belief that kidneys only come from intermediate mesoderm.

The paper investigates the evolution of tissue-specific gene expression across vertebrates and insects, finding that nearly half of ancestral genes have been recruited into tissue-specific transcriptomes.

The paper uses a zebrafish model of MPS IIIA to identify synaptic activity deficiencies as a key driver of disease progression through systems-level omics analyses and a novel bioinformatic tool.

The paper introduces IHS, a novel algorithm that integrates network centrality measures to identify hub nodes, outperforming existing methods in validated biological networks.