Statistical Analysis of Ultrasonic Scattered Echoes Enables the Non-invasive Measurement of Temperature Elevations inside Tumor Tissue during Oncological Hyperthermia

Statistical Analysis of Ultrasonic Scattered Echoes Enables the Non-invasive Measurement of Temperature Elevations inside Tumor Tissue during Oncological Hyperthermia

Non-invasive monitoring of temperature elevations inside tumor tissue is imperative for the oncological thermotherapy known as hyperthermia. In the present study, two cancer patients, one with a developing right renal cell carcinoma and the other with pseudomyxoma peritonei, underwent hyperthermia....

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Bibliographic Details
Main Authors: Andocs, G. (Author), Hasegawa, H. (Author), Kawahara, M. (Author), Nagaoka, R. (Author), Nojiri, T. (Author), Norishima, A. (Author), Omoto, Y. (Author), Omura, M. (Author), Sakai, T. (Author), Taka, M. (Author), Takanaka, T. (Author), Takao, K. (Author), Takeuchi, M. (Author), Tanaka, A. (Author), Yamashita, K. (Author)
Format: Article
Language:English
Published: Elsevier Inc. 2021
Subjects:
Article
clinical article
'current
Histology
human
human tissue
Humans
hyperthermia
Hyperthermia therapy
Hyperthermia, Induced
Luminance
Mean values
Nakagami shape parameter
Non-invasive temperature measurement
Oncological hyperthermia
peritoneum pseudomyxoma
quantitative analysis
radiation and radiation related phenomena
Radio frequencies
radiofrequency radiation
renal cell carcinoma
Renal cell carcinoma
statistical analysis
Statistical analysis
Statistical methods
temperature
Temperature
Temperature elevation
temperature measurement
Temperature measurement
thermotherapy
Tumors
Tumour tissue
Ultrasonic scattered echo
Ultrasonic scattered echoes
Ultrasonics
ultrasound
ultrasound scattered echo
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