MICROWAVE-INDUCED HYPERTHERMIA: AN EXPERIMENTAL ADJUNCT TO BRAIN TUMOR THERAPY
Bioeffects Seen
G.M. Samaras, M. Salcman, A.Y. Cheung, L. Taylor, J.E. Robinson, R.M. Scott, R.G. Slawson · 1979
Finding
Preliminary simulation experiments in phantoms and two beam measurements indicate that two beams can produce a thermal gradient potentially lethal to a central tumor while leaving intervening tissue at a near normal temperature.
In their words
“Preliminary simulation experiments in phantoms and two beam measurements indicate that two beams can produce a thermal gradient potentially lethal to a central tumor while leaving intervening tissue at a near normal temperature.”
Cite This Study
G.M. Samaras, M. Salcman, A.Y. Cheung, L. Taylor, J.E. Robinson, R.M. Scott, R.G. Slawson (1979). MICROWAVE-INDUCED HYPERTHERMIA: AN EXPERIMENTAL ADJUNCT TO BRAIN TUMOR THERAPY.
Show BibTeX
@article{microwave_induced_hyperthermia_an_experimental_adjunct_to_brain_tumor_therapy_g4730,
author = {G.M. Samaras and M. Salcman and A.Y. Cheung and L. Taylor and J.E. Robinson and R.M. Scott and R.G. Slawson},
title = {MICROWAVE-INDUCED HYPERTHERMIA: AN EXPERIMENTAL ADJUNCT TO BRAIN TUMOR THERAPY},
year = {1979},
}No DOI on file for this study.