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Resource Name
RRID:SCR_008933 RRID Copied      
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mtocDB (RRID:SCR_008933)
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Resource Information

URL: https://www.mtocdb.org/?next=/browse/results/

Proper Citation: mtocDB (RRID:SCR_008933)

Description: A database of over 300 Electron Microscopy (EM) images of centrioles and centriole related structures from almost 60 species, described by a controlled vocabulary allowing detailed description of the observed structures. This knowledge is supplemented by a manually curated list of proteins known to be involved in centriole assembly, their (putative) orthologs, and localization information. mtocDB aims to characterize the naturally occurring morphological variation observed in centrioles and centriole associated structure alongside molecular information on the proteins involved in their assembly. Examining these in an evolutionary context will allow the cell biology community to infer meaningful relationships between cellular assembly mechanisms and the structures they form. This community resource for cell biologists interested in the the evolution of centrioles and centriole related structures aims to bridge the gap between structural morphology and molecular function by examining naturally occurring structural variation in a phylogenomic context. Centrioles are cylindrical microtubule arrays required for stability and duplication of the centrosome in animal cells, and for the assembly of cilia and flagella in many eukaryotes. The presence of centrioles throughout most eukaryotic branches suggests that this structure was present in the last eukaryotic common ancestor. Although centrioles show a typically well conserved structure, they can perform several functions and display a diversity of accessory structures. However, this diversity is not properly classified beyond model organisms, and the information contained in decades of electronic microscopy of other organisms remains untapped.

Abbreviations: mtocDB

Synonyms: Microtubule Organizing Center Database

Resource Type: data or information resource, image collection, database

Keywords: centriole, morphological variation, morphology, cell biology, cellular assembly, mechanism, structure, evolution, proteomics, genome, ortholog, electron microscopy, protein, centriole assembly, localization, microtubule, image, electron micrograph, micrograph

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