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The X-ray Attenuating Cream has the same intended use, and indications for use as before, with the addition of indications for use with poly-isoprene surgeon's gloves as below: The X-ray Attenuating Cream is intended for use as a radiation shield. It is intended to be applied to the user's hand before donning gloves, or it may be applied on a glove on the hand, followed by donning a second glove. The X-ray Attenuating Cream is intended to be used during medical procedures where hands are necessarily exposed to radiation to offer some degree of protection from radiation exposure in the diagnostic imaging range of up to 130 kVp. This may include surgical procedures that require the use of fluoroscopy or radiography or other procedures. NOTE: For use with natural rubber latex and latex-free poly-isoprene Surgeon's Gloves only.

The X-ray Attenuation Cream is a sterile cream intended for use as a radiation shield. It is intended to be applied to the user's hand before donning gloves, or it may be applied on a glove on the hand, followed by donning a second glove. The X-ray Attenuation Cream is intended for use during medical procedures in which hands are necessarily exposed to radiation to offer some degree of protection from radiation exposure in the diagnostic imaging range of up to 130 KVp. This may include surgical procedures that require the use of fluoroscopy or radiography or other procedures. The X-ray Attenuation Cream is not intended to be used in the primary beam or the transmitted beam and should not be used in lieu of a Radiographic Procedure Glove, which is used in radiography for those studies requiring the physician's hand or forearm be in the direct path of the primary x-ray beam.

The X-ray Attenuating Cream is intended for use as a radiation shield. It is intended to be applied to the user's hand before donning gloves, or it may be applied on a glove on the hand, followed by donning a second glove. The X-ray Attenuating Cream is intended to be used during medical procedures where hands are necessarily exposed to radiation to offer some degree of protection from radiation exposure in the diagnostic imaging range of up to 130 kVp. This may include surgical procedures that require the use of fluoroscopy or radiography or other procedures. X-ray Attenuating cream is not intended to be used in or adjacent to the primary x-ray beam or the transmitted beam and should not be used in lieu of a Radiographic Procedure Glove, which is used in radiography for those studies requiring the physician's hand or forearm be in the direct path of the primary x-ray beam.

The subject device is an X-ray attenuating cream that utilizes bismuth oxide powder as the X-ray absorber material. The subject device is provided sterile in a tube for single use. The end user is to squeeze all of the cream out, either directly to the health care professional's hands or onto a surgical glove before donning a second glove. The device provides protection from X-rays and scatter radiation during procedures where the health care professional's hands are necessarily exposed to radiation.

The Disposable Thyroid Collar is intended for use as a radiation shield against scatter radiation. It is intended to be placed around the neck of the user who remains outside of the primary radiation beam.

The Disposable Thyroid Collar is a radiation protective shield for the thyroid intended to be used in various medical procedures where X-ray radiation is used. It is a non-sterile device, designed for single use. The device is constructed with environmentally friendly radiation attenuating materials, which do not contain lead or heavy metals. The radiation attenuating material is encased in a medical grade polypropylene (PP) non-woven drape material. The device is available in three sizes, small, medium, and large. The device blocks radiation in a similar manner to lead - via absorption of the photon energy from ionizing radiation. This photon energy is dissipated as phonon energy within the atomic lattice structure of the radiation attenuating material, in a manner identical to lead.