Regulation of intracellular pH by SLC4A7 tunes mTORC1 function to promote plasma cell differentiation - - GEO DataSets

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Regulation of intracellular pH by SLC4A7 tunes mTORC1 function to promote plasma cell differentiation

(Submitter supplied) B cells differentiate into antibody-producing plasma cells, which are critical for humoral immunity, autoimmunity, and vaccine responses. Despite the importance of environmental stressors on regulating humoral immune responses, the influence of pH on PC differentiation has not been described. Here, we identified SLC4A7, a sodium/bicarbonate cotransporter, as a selective regulator of PC differentiation. more...

Organism:: Mus musculus

Type:: Expression profiling by high throughput sequencing

Platform:: GPL24247
12 Samples

Download data: TXT

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Accession:: GSE269509

ID:: 200269509

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Regulation of intracellular pH by SLC4A7 tunes mTORC1 function to promote plasma...
Regulation of intracellular pH by SLC4A7 tunes mTORC1 function to promote plasma cell differentiation
Accession: GSE269509

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Clostridioides difficile strain 697 genome assembly, contig: ERS188485SCcontig00...
Clostridioides difficile strain 697 genome assembly, contig: ERS188485SCcontig000011, whole genome shotgun sequence
gi|1674629882|emb|CAAKCK010000011.1

Nucleotide
Clostridioides difficile strain 697 genome assembly, contig: ERS188485SCcontig00...
Clostridioides difficile strain 697 genome assembly, contig: ERS188485SCcontig000013, whole genome shotgun sequence
gi|1674629691|emb|CAAKCK010000013.1

Nucleotide
FAD-dependent oxidoreductase, partial [Mycolicibacterium bacteremicum]
FAD-dependent oxidoreductase, partial [Mycolicibacterium bacteremicum]
gi|2556358734|ref|WP_304119237.1|

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