Abstract: A method and apparatus for treatment of the skin or other biologic tissue includes the ability to subject said skin or other tissue to temperature modulation and radiation, simultaneously. The apparatus that delivers warm or cold material to the treatment site to effect this modulation of temperature may be attached to the apparatus that delivers radiation or it may be a separate entity, that could be utilized with a variety of radiation generating equipment.

Abstract: A method and apparatus for treatment of the skin or other biologic tissue includes the ability to subject said skin or other tissue to temperature modulation and radiation, simultaneously. The apparatus that delivers warm or cold material to the treatment site to effect this modulation of temperature may be attached to the apparatus that delivers radiation or it may be a separate entity, that could be utilized with a variety of radiation generating equipment.

Abstract: An apparatus is provided for treating cutaneous vascular lesions in a target area of a patient. The apparatus has a lower housing having a bottom with an opening therethrough, and an upper housing adapted to be connected in liquid tight engagement to the lower housing. The upper housing has a top with an opening therethrough and substantially in alignment with the opening of the lower housing. A pair of glass windows are provided one positioned in the opening of the lower housing, and the other positioned in the opening of the upper housing. The apparatus further comprises at least one fenestrated wall adapted to be removably positioned in the lower housing to form a first and a second chamber when the upper and lower housings are connected together. The first chamber is adapted to receive a cooling medium, and the second chamber prevents the cooling medium from obstructing the passage of a laser beam between the pair of glass windows.

Abstract: A method is provided of treating cutaneous vascular lesions in a target area of a patient. The method comprises the steps of passing a laser beam against and through a cooling medium, and then passing the laser beam against and through a patient's epidermis to the target area while simultaneously subjecting the patient's epidermis to a cooling medium at the location of the epidermis entered by the laser beam. An apparatus for treating a cutaneous vascular lesion in a target area of a patient comprises a laser beam source for directing a laser beam against and through a predetermined location of an epidermis of the patient to the target area and a flexible bag for containing a cooling medium and for subjecting the patient's epidermis to the cooling medium at the target area simultaneous with the application of the laser beam thereto. The flexible bag is positioned between the laser beam source and the target area of the patient's epidermis.

Abstract: A method of treating telangiectasia in a target area in a patient's dermis includes the steps of passing a laser beam against and through the patient's epidermis to the target area and simultaneously subjecting the patients epidermis to a cooling fluid at the location of the epidermis entered by the laser beam. The apparatus for effecting the treatment includes a laser beam source and devices for subjecting the patient's epidermis to a cooling fluid where the laser beam enters the epidermis.