Dynamic Relocalization and Divergent Expression of a Major Facilitator Carrier Subfamily in Diatoms.
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Physiologia plantarum
2025
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| author | Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G |
| author_facet | Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G |
| collection | PubMed - marine biology |
| contents | Dynamic Relocalization and Divergent Expression of a Major Facilitator Carrier Subfamily in Diatoms. Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G Diatoms Phylogeny Mitochondria Eukaryotic organisms, including microbial members such as protists and green algae, utilize suites of transporter proteins to move essential metabolites across cell organelle membranes. Amongst these different transporter families, the mitochondrial carrier family (MCF) is one of the most diverse, encompassing essential NAD+ and ADP/ATP translocators, as well as amino acid, sugar and cofactor transporters. They are typically associated with the mitochondrial inner membrane, but some display more dynamic localization. Here, we perform a census of predicted MCF domains in the genome of the model diatom alga Phaeodactylum tricornutum, identifying a new family of three proteins (termed here and elsewhere "MCFc") with strong internal sequence conservation but limited similarity to other MCF proteins encoded in its genome. Considering both phylogenetic data and experimental localization, we posit that MCFc is widespread across algae with complex red chloroplasts alongside some primary green algae, and contains multiple subfamilies targeted to diatom mitochondria, plastids, and endomembranes. Finally, using data from Tara Oceans, we identify putative roles for MCFc in diatom cells, including a possible association of the plastid-targeted Phatr3_J46742 subfamily in cellular nitrate assimilation. Our data provide insights into the evolutionary diversification of the membrane transport mechanisms associated with diatoms and other eukaryotic algae. |
| format | Artículo científico |
| id | pubmed_40546076 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Physiologia plantarum |
| record_format | pubmed |
| spellingShingle | Dynamic Relocalization and Divergent Expression of a Major Facilitator Carrier Subfamily in Diatoms. Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G Diatoms Phylogeny Mitochondria Dynamic Relocalization and Divergent Expression of a Major Facilitator Carrier Subfamily in Diatoms. Liu, Shun Powell, Victoria Yang, Shun-Min Lam, France Bowler, Chris Obornik, Miroslav Dorrell, Richard G Diatoms Phylogeny Mitochondria Eukaryotic organisms, including microbial members such as protists and green algae, utilize suites of transporter proteins to move essential metabolites across cell organelle membranes. Amongst these different transporter families, the mitochondrial carrier family (MCF) is one of the most diverse, encompassing essential NAD+ and ADP/ATP translocators, as well as amino acid, sugar and cofactor transporters. They are typically associated with the mitochondrial inner membrane, but some display more dynamic localization. Here, we perform a census of predicted MCF domains in the genome of the model diatom alga Phaeodactylum tricornutum, identifying a new family of three proteins (termed here and elsewhere "MCFc") with strong internal sequence conservation but limited similarity to other MCF proteins encoded in its genome. Considering both phylogenetic data and experimental localization, we posit that MCFc is widespread across algae with complex red chloroplasts alongside some primary green algae, and contains multiple subfamilies targeted to diatom mitochondria, plastids, and endomembranes. Finally, using data from Tara Oceans, we identify putative roles for MCFc in diatom cells, including a possible association of the plastid-targeted Phatr3_J46742 subfamily in cellular nitrate assimilation. Our data provide insights into the evolutionary diversification of the membrane transport mechanisms associated with diatoms and other eukaryotic algae. |
| title | Dynamic Relocalization and Divergent Expression of a Major Facilitator Carrier Subfamily in Diatoms. |
| topic | Diatoms Phylogeny Mitochondria |
| url | https://pubmed.ncbi.nlm.nih.gov/40546076/ |