Jeremy G. Wideman

This study uses subcellular spatial proteomics to map protein localization in Capsaspora owczarzaki, a close animal relative, identifying 3,106 high-confidence localizations across 13 compartments.

This study uses subcellular spatial proteomics to map protein localization in Cafeteria roenbergensis, identifying 2,945 proteins across 14 compartments.

This study creates the first global subcellular localization map of Dictyostelium discoideum proteins using subcellular fractionation and mass spectrometry, identifying 3,169 high-confidence localizations across 17 compartments.

This study maps the subcellular proteome of Euglena longa using SSP to identify 5,909 proteins across 16 compartments, with high-confidence localisations for 2,955 proteins.

The paper describes a new euglenid species, Hokulea waialensis, and places it phylogenomically within the ploeotid group using single-cell sequencing and phylogenetic analysis.

The paper performs subcellular proteomics on Paradiplonema papillatum, identifying 4,870 proteins across 22 compartments and revealing carbohydrate metabolism capabilities and peroxisome plasticity.

This paper uses subcellular proteomics to show that glycolytic and gluconeogenic enzymes are mosaically localized in Paramecium tetraurelia, with some enzymes in mitochondria and others in the cytosol, suggesting a preference for gluconeogenesis.

The paper identifies Mmc1, a DRP-like pseudoenzyme that interacts with MICOS to maintain cristae architecture in S. pombe.

The paper presents mitochondrial genomes of Foraminifera and Radiolaria, revealing reduced gene content and a non-canonical genetic code in retarian mitogenomes.