dissociation constant, Kd, for a particular repressor-operator complex is approximately 10-¹1 M. The An E. coli cell with a volume of 2.0 x 10-¹2 mL contains 10 copies of the repressor. Calculate the cellular concentration of the repressor protein inside the cell. repressor protein concentration = Number M Given the concentration of repressor protein and its Kd value, select the statement below that is most likely correct.

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The dissociation constant, Kd, for a particular repressor-operator complex is approximately 10-11 M.
An E. coli cell with a volume of 2.0 x 10-12 mL contains 10 copies of the repressor.
Calculate the cellular concentration of the repressor protein inside the cell.
repressor protein concentration =
Number
M
Given the concentration of repressor protein and its Kd value, select the statement below that is
most likely correct.
The operator site is almost always bound by the repressor.
The concentration of repressor-operator complex is not
affected by the concentration of repressor protein.
The operator site is rarely bound by the repressor.
The repressor is not able to bind to the operator site.
Transcribed Image Text:The dissociation constant, Kd, for a particular repressor-operator complex is approximately 10-11 M. An E. coli cell with a volume of 2.0 x 10-12 mL contains 10 copies of the repressor. Calculate the cellular concentration of the repressor protein inside the cell. repressor protein concentration = Number M Given the concentration of repressor protein and its Kd value, select the statement below that is most likely correct. The operator site is almost always bound by the repressor. The concentration of repressor-operator complex is not affected by the concentration of repressor protein. The operator site is rarely bound by the repressor. The repressor is not able to bind to the operator site.
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