Wold and her lab have used various techniques,[1] including genome-wide and proteome-wide assays, wet-bench genomic technology, and computational methods, many of which they have developed in conjunction with other researchers, to study skeletal muscle development, degeneration and regeneration.[2] She has also used such techniques as microarray gene expression analysis, global protein/DNA interaction measures, mass spectrometry-based proteomics, and comparative genomics.[12] In collaboration with others, her lab has also pioneered a modification of mass spectrometry and dual-affinity apitope tagging that enables efficient and accurate classification of multi-protein complexes.[12]