Abstract: A fish hook extraction device quickly removes a fish hook embedded in a person by locating the eyelet of the hook in a hook-eye nest which is secured to a first line threaded through a neck extension of an injection molded plastic fish hook extraction device. A second line is secured about the curved portion of the hook. The second line is also threaded through the neck extension of the extraction device and secured to a rigid member, at a choice of locations, depending upon the size of the hook. An operator grasping one portion of the extraction device with two fingers locates a thumb upon a thumb pad. Upon application of pressure by the thumb on the thumb pad, the rigid member is caused to pivot about a living hinge of the device so that upon simultaneous squeezing motion of the first two fingers and the thumb, pressure is applied to the hook-eye nest which directs force downwardly through the hook to unseat the barbed end of the hook.