         let unit = correctionRange.unit
         let sensitivityValue = sensitivity.doubleValue(for: unit)
         let suspendThresholdValue = suspendThreshold.doubleValue(for: unit)
+        let delay = TimeInterval(minutes: 10)
 
         // For each prediction above target, determine the amount of insulin necessary to correct glucose based on the modeled effectiveness of the insulin at that time
         for prediction in self {

            eventual.quantity < eventualGlucoseTargets.lowerBound
        {
            let time = min.startDate.timeIntervalSince(date)
            // For time = 0, assume a small amount effected. This will result in large (negative) unit recommendation rather than no recommendation at all.
            let percentEffected = Swift.max(.ulpOfOne, 1 - model.percentEffectRemaining(at: time))

            guard let units = insulinCorrectionUnits(
                fromValue: min.quantity.doubleValue(for: unit),

            // Compute the dose required to bring this prediction to target:
            // dose = (Glucose Δ) / (% effect × sensitivity)

            // For 0 <= time <= delay, assume a small amount effected. This will result in large unit recommendation rather than no recommendation at all.
            let percentEffected = Swift.max(.ulpOfOne, 1 - model.percentEffectRemaining(at: time - delay))
            let effectedSensitivity = percentEffected * sensitivityValue
            guard let correctionUnits = insulinCorrectionUnits(
                fromValue: predictedGlucoseValue,
