Abstract
A basic and clinical study of radiosurgery using the linear accelerator (Linac) system for unremovable deep-seated brain tumors is reported. A Komai stereotactic ring was used to locate the target coordinates. The patient was laid on the Linac treatment table and held in the head fixation system. Irradiation was given in five positions. The dose profile by film dosimetry and Rando phantom was satisfactory. Seventeen tumors in 14 patients were treated. Clinical or histological diagnoses were nine metastases, one benign and two malignant gliomas, one meningioma, and one carcinopharyngioma. Tumor sizes were between 8 and 30 mm. Doses were between 12 and 30 Gy. Computed tomographic evaluation after 3 months of 12 tumors in 11 survivors showed one complete remission, three partial remission, six no change, and two partial deterioration. For progressive tumors, Linac radiosurgery results are excellent. (author).
Kyuma, Yoshikazu;
Hayashi, Akimune;
Kitamura, Tatsuo;
Yamashita, Koosuke;
Muranishi, Hisayuki;
Hioki, Minoru
[1]
- Kanagawa Cancer Center, Yokohama (Japan)
Citation Formats
Kyuma, Yoshikazu, Hayashi, Akimune, Kitamura, Tatsuo, Yamashita, Koosuke, Muranishi, Hisayuki, and Hioki, Minoru.
Stereotactic radiosurgery using a linear accelerator.
Japan: N. p.,
1992.
Web.
Kyuma, Yoshikazu, Hayashi, Akimune, Kitamura, Tatsuo, Yamashita, Koosuke, Muranishi, Hisayuki, & Hioki, Minoru.
Stereotactic radiosurgery using a linear accelerator.
Japan.
Kyuma, Yoshikazu, Hayashi, Akimune, Kitamura, Tatsuo, Yamashita, Koosuke, Muranishi, Hisayuki, and Hioki, Minoru.
1992.
"Stereotactic radiosurgery using a linear accelerator."
Japan.
@misc{etde_7013887,
title = {Stereotactic radiosurgery using a linear accelerator}
author = {Kyuma, Yoshikazu, Hayashi, Akimune, Kitamura, Tatsuo, Yamashita, Koosuke, Muranishi, Hisayuki, and Hioki, Minoru}
abstractNote = {A basic and clinical study of radiosurgery using the linear accelerator (Linac) system for unremovable deep-seated brain tumors is reported. A Komai stereotactic ring was used to locate the target coordinates. The patient was laid on the Linac treatment table and held in the head fixation system. Irradiation was given in five positions. The dose profile by film dosimetry and Rando phantom was satisfactory. Seventeen tumors in 14 patients were treated. Clinical or histological diagnoses were nine metastases, one benign and two malignant gliomas, one meningioma, and one carcinopharyngioma. Tumor sizes were between 8 and 30 mm. Doses were between 12 and 30 Gy. Computed tomographic evaluation after 3 months of 12 tumors in 11 survivors showed one complete remission, three partial remission, six no change, and two partial deterioration. For progressive tumors, Linac radiosurgery results are excellent. (author).}
journal = []
volume = {32:8}
journal type = {AC}
place = {Japan}
year = {1992}
month = {Jul}
}
title = {Stereotactic radiosurgery using a linear accelerator}
author = {Kyuma, Yoshikazu, Hayashi, Akimune, Kitamura, Tatsuo, Yamashita, Koosuke, Muranishi, Hisayuki, and Hioki, Minoru}
abstractNote = {A basic and clinical study of radiosurgery using the linear accelerator (Linac) system for unremovable deep-seated brain tumors is reported. A Komai stereotactic ring was used to locate the target coordinates. The patient was laid on the Linac treatment table and held in the head fixation system. Irradiation was given in five positions. The dose profile by film dosimetry and Rando phantom was satisfactory. Seventeen tumors in 14 patients were treated. Clinical or histological diagnoses were nine metastases, one benign and two malignant gliomas, one meningioma, and one carcinopharyngioma. Tumor sizes were between 8 and 30 mm. Doses were between 12 and 30 Gy. Computed tomographic evaluation after 3 months of 12 tumors in 11 survivors showed one complete remission, three partial remission, six no change, and two partial deterioration. For progressive tumors, Linac radiosurgery results are excellent. (author).}
journal = []
volume = {32:8}
journal type = {AC}
place = {Japan}
year = {1992}
month = {Jul}
}