Green Jesse, Butler Nikki, Riegert Kimberly, Simoneaux Stephen
Final Pr. ID: Poster #: SCI-001 (T)
To compare the radiation doses that result from different digital radiography imaging methods on neonatal patients in Giraffe Beds using phantom imaging and radiation measurement devices. The lowest dose options will be considered to design an imaging process. Read More
Authors: Green Jesse, Butler Nikki, Riegert Kimberly, Simoneaux Stephen
Keywords: isolette , dose reduction , SID
Final Pr. ID: Poster #: SCI-002 (T)
Anesthesiologists face challenges in practicing in locations outside of the operating room. In particular when working in the MRI environment there may be unfamiliarity of the physiologic monitors and other equipment, MRI safety policies and procedures, limited access to expected equipment or additional anesthesia providers, unsure imaging protocols and positions as well as inability to rescue patients in the MRI scanner room. Read More
Authors: Harris Chris, Drum Elizabeth
Keywords: Anesthesia , MRI
Green Jesse, Butler Nikki, Riegert Kimberly, Simoneaux Stephen
Final Pr. ID: Poster #: SCI-001 (T)
To compare the radiation doses that result from different digital radiography imaging methods on neonatal patients in Giraffe Beds using phantom imaging and radiation measurement devices. The lowest dose options will be considered to design an imaging process. Read More
Authors: Green Jesse, Butler Nikki, Riegert Kimberly, Simoneaux Stephen
Keywords: isolette , dose reduction , SID
Final Pr. ID: Poster #: SCI-002 (T)
Anesthesiologists face challenges in practicing in locations outside of the operating room. In particular when working in the MRI environment there may be unfamiliarity of the physiologic monitors and other equipment, MRI safety policies and procedures, limited access to expected equipment or additional anesthesia providers, unsure imaging protocols and positions as well as inability to rescue patients in the MRI scanner room. Read More
Authors: Harris Chris, Drum Elizabeth
Keywords: Anesthesia , MRI