Title : Gene regulation by substoichiometric heterocomplex formation of undecameric TRAP and trimeric anti-TRAP.

Pub. Date : 2014 Mar 4

PMID : 24550461






6 Functional Relationships(s)
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Compound Name
Protein Name
Organism
1 Upon activation by tryptophan, the outer circumference of the TRAP ring binds specifically to a series of tandem sequences present in the 5" UTR of RNA transcripts encoding several tryptophan metabolism genes, leading to their silencing. Tryptophan TRAP Homo sapiens
2 Upon activation by tryptophan, the outer circumference of the TRAP ring binds specifically to a series of tandem sequences present in the 5" UTR of RNA transcripts encoding several tryptophan metabolism genes, leading to their silencing. Tryptophan TRAP Homo sapiens
3 AT, whose expression is up-regulated upon tryptophan depletion to concentrations not exceeding a ratio of one AT trimer per TRAP 11-mer, restores tryptophan production by binding activated TRAP and preventing RNA binding. Tryptophan TRAP Homo sapiens
4 AT, whose expression is up-regulated upon tryptophan depletion to concentrations not exceeding a ratio of one AT trimer per TRAP 11-mer, restores tryptophan production by binding activated TRAP and preventing RNA binding. Tryptophan TRAP Homo sapiens
5 AT, whose expression is up-regulated upon tryptophan depletion to concentrations not exceeding a ratio of one AT trimer per TRAP 11-mer, restores tryptophan production by binding activated TRAP and preventing RNA binding. Tryptophan TRAP Homo sapiens
6 How the smaller AT inhibitor prevents RNA binding at such low stoichiometries has remained a puzzle, in part because of the large RNA-binding surface on the tryptophan-activated TRAP ring and its high affinity for RNA. Tryptophan TRAP Homo sapiens