A2.3.6. Rapid evolution in viruses

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Deduce the concentration of ZDV that would cause a 50 % reduction in root growth compared to the control.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Identify the root length, as a percentage of the control, resulting from a ZDV concentration of $400 \text{μmol}$.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.

Compare and contrast the effect of ZDV and NVP on the growth of Allium roots.