ATAD2 bromodomain (human recombinant)

ATAD2 bromodomain (human recombinant)

CAT N°: 14490
Price:

541.00 459.85

The acetylation of histone lysine residues plays a crucial role in the epigenetic regulation of gene transcription. Acetylated lysine residues are recognized by a small protein domain known as a bromodomain.{19952} These domains function in linking protein complexes to acetylated nucleosomes, thereby controlling chromatin structure and gene expression. Thus, bromodomains serve as “readers” of histone acetylation marks regulating the transcription of target promoters.{20313} ATAD2 is an AAA+ ATPase-containing nuclear transcriptional coactivator for the estrogen and androgen receptors.{22880,22881} ATAD2 is highly expressed in several types of tumors and has been proposed to link the E2F and MYC signaling pathways. Binding to the MYC oncogene stimulates its transcriptional activity, leading to the development of aggressive cancers with poor prognosis.{22878} ATAD2 is important for the assembly of chromatin modifying complexes and its bromodomain associates with acetylated lysine 14 on histone H3 to regulate the genes required for cell cycle progression.{22880,22879}

Territorial Availability: Available through Bertin Technologies only in France

  • Correlated keywords
    • genes regulations epigenetics chromatins researchers ATPase containing contains H3K14ac cancers proteins recombinant histones acetylations bromodomains AAA nuclear coregulator cancer-associated proteins lysines residues genes regulates regulating transcriptions acetylated small complexes readers marks markers targets promoters AAA+ ATPase-containing adenosines triphosphates enzyme-containing estrogens androgens receptors tumors E2F MYC signals signaling pathways binds bindings oncogenes transcriptional activity activities modifying 14 H3 cells cycles progressions
  • Product Overview:
    The acetylation of histone lysine residues plays a crucial role in the epigenetic regulation of gene transcription. Acetylated lysine residues are recognized by a small protein domain known as a bromodomain.{19952} These domains function in linking protein complexes to acetylated nucleosomes, thereby controlling chromatin structure and gene expression. Thus, bromodomains serve as “readers” of histone acetylation marks regulating the transcription of target promoters.{20313} ATAD2 is an AAA+ ATPase-containing nuclear transcriptional coactivator for the estrogen and androgen receptors.{22880,22881} ATAD2 is highly expressed in several types of tumors and has been proposed to link the E2F and MYC signaling pathways. Binding to the MYC oncogene stimulates its transcriptional activity, leading to the development of aggressive cancers with poor prognosis.{22878} ATAD2 is important for the assembly of chromatin modifying complexes and its bromodomain associates with acetylated lysine 14 on histone H3 to regulate the genes required for cell cycle progression.{22880,22879}

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