Disclosed is a device to control the spread of airborne pathogens emanating from a cough. The device has an elongated substantially hollow body comprising a longitudinal axis and opposite proximal and distal openings. The proximal opening defines a region for engaging the device with the mouth of a user that allows exhaled air from a cough to enter an interior space of the elongated body. An end member is removably engaged to the distal opening of the elongated body. The end member has an elongated substantially hollow body comprising a longitudinal axis connecting a proximal opening and a distal wall. The proximal opening of the end member is engaged with the distal opening of the elongated body. The distal wall of the end member has one or more openings to permit air flow therethrough. A filter element is positioned within the end member adjacent the distal wall.
