| 3 | | * Values for "`Bioplate location`", "`ΔCt`", and "`QubitConc`" shown in start plate wells for wizards "Create new start DNA plate" and "Inspect start DNA plate" are currently those of the parent DNA extract for the aliquots in the wells. This was natural especially for the "Create new start DNA plate" wizard, as the `ΔCt` and `QubitConc` values determined the resulting aliquot concentration, where the dilution factor was determined by the value of `ΔCt`. However, after the start plate has been created, the origin of the values should be stated clearly, in order to avoid misunderstanding. Both the concentration of the parent DNA and the eventually diluted concentration of the aliquot in the well should be presented, where the latter is calculated from the original concentration and the dilution factor. The names of JSON variables/keys should also be clarified, in preparation of registering an actually measured aliquot concentration in later steps. |
| | 3 | * Values for "`Bioplate location`", "`ΔCt`", and "`QubitConc`" shown in start plate wells for wizards "Create new start DNA plate" and "Inspect start DNA plate" are currently those of the parent DNA extract for the aliquots in the wells. This was natural especially for the "Create new start DNA plate" wizard, as the aliquot concentration was calculated from the `QubitConc` value of the parent DNA, and the dilution factor determined from the `ΔCt` value. However, after the start plate has been created, the origin of the values should be stated clearly, in order to avoid misunderstanding. Both the concentration of the parent DNA and the eventually diluted concentration of the aliquot in the well should be presented, where the latter is calculated from the original concentration and the dilution factor. The names of JSON variables/keys should also be clarified, in preparation of registering an actually measured aliquot concentration in later steps. |
