Abstract: An apparatus and method of use are disclosed to treat and/or diagnose urological disorders. The non-implantable device includes a light source housed within a light source segment. The light source segment is of a sufficiently small size and configuration so that it can be inserted through the urethra and positioned adjacent the target site in the patient. Different types of light sources can be used to achieve a variety of energy levels and distributions useful in treating incontinence disorders. Both incoherent and coherent light sources may be used with the present invention. In addition, the light from the light source can be designed to be pulsed or continuous wave and may be in any suitable spectrum, including visible (such as white light) and infrared. The particular characteristics of the light emitted from the light source, such as wavelength, frequency, amplitude, etc., depend upon the particular treatment and procedure.

Abstract: An apparatus and method of use are disclosed to treat and/or diagnose urological disorders. The non-implantable device includes a light source housed within a light source segment. The light source segment is of a sufficiently small size and configuration so that it can be inserted through the urethra and positioned adjacent the target site in the patient. Different types of light sources can be used to achieve a variety of energy levels and distributions useful in treating incontinence disorders. Both incoherent and coherent light sources may be used with the present invention. In addition, the light from the light source can be designed to be pulsed or continuous wave and may be in any suitable spectrum, including visible (such as white light) and infrared. The particular characteristics of the light emitted from the light source, such as wavelength, frequency, amplitude, etc., depend upon the particular treatment and procedure.

Abstract: An apparatus and method of use are disclosed to treat and/or diagnose urological disorders. The non-implantable device includes a light source housed within a light source segment. The light source segment is of a sufficiently small size and configuration so that it can be inserted through the urethra and positioned adjacent the target site in the patient. Different types of light sources can be used to achieve a variety of energy levels and distributions useful in treating incontinence disorders. Both incoherent and coherent light sources may be used with the present invention. In addition, the light from the light source can be designed to be pulsed or continuous wave and may be in any suitable spectrum, including visible (such as white light) and infrared. The particular characteristics of the light emitted from the light source, such as wavelength, frequency, amplitude, etc., depend upon the particular treatment and procedure.

Abstract: A medical anchor device for implantation into a bone of a patient includes a staple having a leading, bone-boring tip for self-tapping a hole, a trailing, driven end for receiving implanting force to self-tap and implant said staple into the bone of a patient, and an attached suture thread. The staple has a longitudinal axis which passes through the tip and the driven end, the longitudinal axis changing shape upon implantation of the staple into a bone. A method of treating a patient includes ejecting and implanting the staple comprising a suture thread secured thereto into a bone by self-tapping a hole in the bone and securing the suture thread to a portion of the body's anatomy.

Abstract: A stapler device includes a manually grippable handle containing a drive and a trigger to activate the drive mechanism, a barrel fixed to the handle, a guide for holding a staple to be ejected and formed to accommodate a suture thread fixed to the staple, and an ejector driven by the drive through the barrel for ejecting a staple out through the guide into a bone to enable the suture, so anchored to the bone, to be used for various medical operations.