Matching
Please select the best match for each term.
Premises:
Operator
Repressor protein
Operon
Effector molecule
Inducer
Responses:
Regulatory molecule that leads to gene expression
Adjacent genes serving one function that are transcribed and regulated together
Molecule capable of down-regulating protein synthesis
General class of molecules that help control regulation of expression
Regulatory region to which repressor protein binds
Correct Answer:
Premises:
Responses:
Repressor protein
Molecule capable of down-regulating protein synthesis
Operator
Regulatory region to which repressor protein binds
Effector molecule
General class of molecules that help control regulation of expression
Inducer
Regulatory molecule that leads to gene expression
Operon
Adjacent genes serving one function that are transcribed and regulated together
Premises:
Repressor protein
Operator
Effector molecule
Inducer
Operon
Responses:
Molecule capable of down-regulating protein synthesis
Regulatory region to which repressor protein binds
General class of molecules that help control regulation of expression
Regulatory molecule that leads to gene expression
Adjacent genes serving one function that are transcribed and regulated together
Related Questions
Q1: For each of the following lac operon
Q3: To inhibit the transcription of operon genes,the
Q4: The structural genes in the lac operon
Q5: Mutants that are lacI<sup>S</sup> do not produce
Q6: Operons can best be defined as<br>A)operational mutations
Q7: The purpose of regulation of the trp
Q8: During transcription of the trp operon,pairing of
Q9: Which of the following can be a
Q10: lacI<sup>S</sup> encodes superrepressors,repressors that always bind to
Q11: Microbial genomics is a rapidly growing field.Of