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White dots have been used in the schematic representation of reversible  circuits to indicate that a control variable has to be inverted to become  active. The present paper argues that the use of negated control signals may  also offer advantages for the realization, by reducing the number of  elementary components. In the case of quantum circuits, this contributes to  reduce the quantum cost. It is shown that mixed polarity Reed Muller  expressions, possibly extended with Boolean disjunctions, are very helpful to  design quantum computing circuits including negated control signals.

Using negated control signals in quantum computing circuits