A method of efficiently utilizing radio resources in a communication network, comprising a communication network node communicating with one or more user equipments over a radio interface, wherein at least two communication services are provided on said radio interface, each having a certain amount of power allocated in an interactively way, characterised in that the method comprises the step of: - minimizing a power interaction between said at least two communication services when allocating power to said at least two communication services, wherein the step of minimizing said interaction further comprises the steps of: - determining available power for a first communication service in next time transmission interval of said first communication service, the first communication service being a high speed, HS, service; - predicting a transmit power of said first communication service in the next time transmission interval based on said determined available power; - determining a pre-adjustment factor based on said predicted transmit power; - using said factor in order to pre-adjust the power of a second communication service, the second communication service being a dedicated channel, DCH, service; - determining available power for said first communication service when said power of said second communication service has been pre-adjusted; - scheduling users of said first communication service based on said available power for said first communication service when said power of said second communication service has been pre-adjusted. - minimizing a power interaction between said at least two communication services when allocating power to said at least two communication services, wherein the step of minimizing said interaction further comprises the steps of: - determining available power for a first communication service in next time transmission interval of said first communication service, the first communication service being a high speed, HS, service; - predicting a transmit power of said first communication service in the next time transmission interval based on said determined available power; - determining a pre-adjustment factor based on said predicted transmit power; - using said factor in order to pre-adjust the power of a second communication service, the second communication service being a dedicated channel, DCH, service; - determining available power for said first communication service when said power of said second communication service has been pre-adjusted; - scheduling users of said first communication service based on said available power for said first communication service when said power of said second communication service has been pre-adjusted. - determining available power for a first communication service in next time transmission interval of said first communication service, the first communication service being a high speed, HS, service; - predicting a transmit power of said first communication service in the next time transmission interval based on said determined available power; - determining a pre-adjustment factor based on said predicted transmit power; - using said factor in order to pre-adjust the power of a second communication service, the second communication service being a dedicated channel, DCH, service; - determining available power for said first communication service when said power of said second communication service has been pre-adjusted; - scheduling users of said first communication service based on said available power for said first communication service when said power of said second communication service has been pre-adjusted.