A device for medical image processing, comprising: - an input unit; - a processing unit for processing images; and - an output unit for displaying the processed images in a sequence; wherein the input unit is configured to receive an input image; wherein the processing unit is configured to generate a first denoised image from the input image using a first noise filtering algorithm defined by a first parameter set; to generate a second denoised image from the input image using a second noise filtering algorithm defined by a second parameter set different to the first parameter set; and wherein a spatial distribution of residual noise in the first denoised image is different to a spatial distribution of residual noise in the second denoised image, wherein the processed images are the first denoised image and the second denoised image wherein the first denoised image and the second denoised image are presented in sequence thereby enabling a reduction in perceived residual noise; and the input image is comprised in an input frame sequence having an input frame rate; and wherein the processing unit is further configured to generate an output frame sequence having an output frame rate; wherein the output frame sequence comprises the first denoised image and the second denoised image; wherein the output frame rate is higher than the input frame rate. - an input unit; - a processing unit for processing images; and - an output unit for displaying the processed images in a sequence; wherein the input unit is configured to receive an input image; wherein the processing unit is configured to generate a first denoised image from the input image using a first noise filtering algorithm defined by a first parameter set; to generate a second denoised image from the input image using a second noise filtering algorithm defined by a second parameter set different to the first parameter set; and wherein a spatial distribution of residual noise in the first denoised image is different to a spatial distribution of residual noise in the second denoised image, wherein the processed images are the first denoised image and the second denoised image wherein the first denoised image and the second denoised image are presented in sequence thereby enabling a reduction in perceived residual noise; and the input image is comprised in an input frame sequence having an input frame rate; and wherein the processing unit is further configured to generate an output frame sequence having an output frame rate; wherein the output frame sequence comprises the first denoised image and the second denoised image; wherein the output frame rate is higher than the input frame rate. wherein the input unit is configured to receive an input image; wherein the processing unit is configured to generate a first denoised image from the input image using a first noise filtering algorithm defined by a first parameter set; to generate a second denoised image from the input image using a second noise filtering algorithm defined by a second parameter set different to the first parameter set; and wherein a spatial distribution of residual noise in the first denoised image is different to a spatial distribution of residual noise in the second denoised image, wherein the processed images are the first denoised image and the second denoised image wherein the first denoised image and the second denoised image are presented in sequence thereby enabling a reduction in perceived residual noise; and the input image is comprised in an input frame sequence having an input frame rate; and wherein the processing unit is further configured to generate an output frame sequence having an output frame rate; wherein the output frame sequence comprises the first denoised image and the second denoised image; wherein the output frame rate is higher than the input frame rate.