F & L Medical Products - Contact Information

Pediatric AttenuRad Articles

It is F&L Medical Product’s policy not to pay for research pertaining to our products. While this policy preserves the integrity of the research, it also means we do not own the final paper and may not have direct access to all papers pertaining to our products.

Feb 2003 AJR, 180:407-411 "In-Plane bismuth Breast Shields for Pediatric CT", Bradley L. Fricke, et.al.

2007 AJR,, “MOSFET Dosimetry for Radiation Dose Assessment of Bismuth Shielding of the Eye in Children” Srinivasan Mukundan Jr., et al.

Jan 2008 AJR “Pediatric Chest MDCT Using Tube Current Modulation: Effect on Radiation Dose with Breast Shielding” Courtney Coursey et al.

2008 J Nucl Med. 49 (Supplement 1):416P “Bismuth shielding: A tool to reduce CT dose to female pediatric breast tissue during PET/CT acquisition, while not compromising image data”, J. Jackson, A. Smith, N. Swanston, B. Chasen, N. Fitsgerald, E. Rohren and H. Macapinlac.


Home Attenuating Gloves AttenuRad CT Shields: Breast Shields Eye Shields Thyroid Shields Pediatric Shields Disposable Covering Sizes and Packaging International Distributors Articles/Research Policy: Adult AttenuRad AttenuRad Pediatric Attenuating Gloves Order Trade Shows Contact Us	Pediatric AttenuRad Articles It is F&L Medical Product’s policy not to pay for research pertaining to our products. While this policy preserves the integrity of the research, it also means we do not own the final paper and may not have direct access to all papers pertaining to our products. Feb 2003 AJR, 180:407-411 "In-Plane bismuth Breast Shields for Pediatric CT", Bradley L. Fricke, et.al. 2007 AJR,, “MOSFET Dosimetry for Radiation Dose Assessment of Bismuth Shielding of the Eye in Children” Srinivasan Mukundan Jr., et al. Jan 2008 AJR “Pediatric Chest MDCT Using Tube Current Modulation: Effect on Radiation Dose with Breast Shielding” Courtney Coursey et al. 2008 J Nucl Med. 49 (Supplement 1):416P “Bismuth shielding: A tool to reduce CT dose to female pediatric breast tissue during PET/CT acquisition, while not compromising image data”, J. Jackson, A. Smith, N. Swanston, B. Chasen, N. Fitsgerald, E. Rohren and H. Macapinlac.