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Tryptophan Operon and Attenuation definitions
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trp Operon
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trp Operon
A cluster of genes in prokaryotes responsible for synthesizing tryptophan, regulated by both repression and attenuation mechanisms.
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Termini in questo insieme (15)
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trp Operon
A cluster of genes in prokaryotes responsible for synthesizing tryptophan, regulated by both repression and attenuation mechanisms.
Repressor
A protein that, when bound to tryptophan, attaches to the operator and blocks transcription of the operon.
Co-repressor
A molecule, such as tryptophan, that binds to a repressor protein, enabling it to inhibit gene transcription.
Operator
A DNA segment within the operon where regulatory proteins bind to control gene transcription.
Attenuation
A regulatory process using tryptophan-charged tRNA and leader sequence structures to fine-tune operon transcription.
Leader Sequence
A region of mRNA upstream of structural genes that can form secondary structures influencing transcription termination.
Terminator Structure
A specific mRNA secondary structure, typically involving regions 3 and 4, that halts transcription prematurely.
Anti-terminator Structure
A secondary mRNA structure, usually formed by regions 2 and 3, that allows transcription to proceed.
Tryptophan tRNA
A transfer RNA molecule charged with tryptophan, essential for both protein synthesis and attenuation regulation.
Ribosome Stalling
A pause in translation at tryptophan codons due to low tryptophan tRNA, influencing leader sequence folding.
TRAP Protein
A regulatory protein that binds tryptophan and leader sequence, promoting terminator structure formation in some prokaryotes.
Anti-TRAP Protein
A protein that binds to TRAP under low tryptophan, preventing terminator formation and allowing transcription.
Promoter
A DNA sequence upstream of the operon where RNA polymerase binds to initiate transcription.
Regions 1-4
Segments within the leader sequence whose interactions determine whether transcription is terminated or continues.
Stop Codon
A nucleotide triplet in the leader sequence that signals the end of translation, influencing leader mRNA structure.