If a cell has the partial diploid genotype $\mathrm { lacI } ^ { + } \quad \operatorname { lacO } ^ { - } \operatorname { lac } ^ { + } \quad \operatorname { lac } ^ { + }$
$\overline { l a c I ^ { - } l a c O ^ { - } ~ l a c Z ^ { + } \operatorname { lac } Y ^ { - } }$,
how will its gene expression function in the presence of allolactose?

Question

If a cell has the partial diploid genotype  $\mathrm { lacI } ^ { + } \quad \operatorname { lacO } ^ { - } \operatorname { lac } ^ { + } \quad \operatorname { lac } ^ { + }$
$\overline { l a c I ^ { - } l a c O ^ { - } ~ l a c Z ^ { + } \operatorname { lac } Y ^ { - } }$,
how will its gene expression function in the presence of allolactose?

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The Answer of If a cell has the partial diploid genotype  $\mathrm { lacI } ^ { + } \quad \operatorname { lacO } ^ { - } \operatorname { lac } ^ { + } \quad \operatorname { lac } ^ { + }$
$\overline { l a c I ^ { - } l a c O ^ { - } ~ l a c Z ^ { + } \operatorname { lac } Y ^ { - } }$,
how will its gene expression function in the presence of allolactose?

If a Cell Has the Partial Diploid Genotype lacI+lacO⁡−lac⁡+lac⁡+\mathrm { lacI } ^ { + } \quad \operatorname { lacO } ^ { - } \operatorname { lac } ^ { + } \quad \operatorname { lac } ^ { + }lacI+lacO−lac+lac+

If a Cell Has the Partial Diploid Genotype $\mathrm { lacI } ^ { + } \quad \operatorname { lacO } ^ { - } \operatorname { lac } ^ { + } \quad \operatorname { lac } ^ { + }$