BIOMAT Database Logo BIOMAT Database Logo

[Radiation treatment of bladder cancer using different fractionation regimens]. 1991

G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev

The paper is devoted to a follow-up of 177 bladder cancer patients. The problems of providing radiotherapy with the use of hyperfractionation of a radiation dose were discussed. Despite an increase in a tumor dose by 15%, no increase in the number and expression of local radiation reactions is observed. Enhanced therapeutic efficacy was observed, particularly in cases of locally advanced tumors (T3). Three years after conventional radiotherapy 44% of the patients were alive, after hyperfractionated irradiation--69%.

UI MeSH Term Description Entries
D008875 Middle Aged An adult aged 45 - 64 years. Middle Age
D011832 Radiation Injuries Harmful effects of non-experimental exposure to ionizing or non-ionizing radiation in VERTEBRATES. Radiation Sickness,Radiation Syndrome,Injuries, Radiation,Injury, Radiation,Radiation Injury,Radiation Sicknesses,Radiation Syndromes,Sickness, Radiation,Sicknesses, Radiation,Syndrome, Radiation,Syndromes, Radiation
D011867 Radioisotope Teletherapy A type of high-energy radiotherapy using a beam of gamma-radiation produced by a radioisotope source encapsulated within a teletherapy unit. Teleradioisotope Therapy,Teletherapy, Radioisotope,Therapy, Teleradioisotope
D011879 Radiotherapy Dosage The total amount of radiation absorbed by tissues as a result of radiotherapy. Dosage, Radiotherapy,Dosages, Radiotherapy,Radiotherapy Dosages
D011897 Random Allocation A process involving chance used in therapeutic trials or other research endeavor for allocating experimental subjects, human or animal, between treatment and control groups, or among treatment groups. It may also apply to experiments on inanimate objects. Randomization,Allocation, Random
D012074 Remission Induction Therapeutic act or process that initiates a response to a complete or partial remission level. Induction of Remission,Induction, Remission,Inductions, Remission,Remission Inductions
D001749 Urinary Bladder Neoplasms Tumors or cancer of the URINARY BLADDER. Bladder Cancer,Bladder Neoplasms,Cancer of Bladder,Bladder Tumors,Cancer of the Bladder,Malignant Tumor of Urinary Bladder,Neoplasms, Bladder,Urinary Bladder Cancer,Bladder Cancers,Bladder Neoplasm,Bladder Tumor,Cancer, Bladder,Cancer, Urinary Bladder,Neoplasm, Bladder,Neoplasm, Urinary Bladder,Tumor, Bladder,Tumors, Bladder,Urinary Bladder Neoplasm
D002295 Carcinoma, Transitional Cell A malignant neoplasm derived from TRANSITIONAL EPITHELIAL CELLS, occurring chiefly in the URINARY BLADDER; URETERS; or RENAL PELVIS. Carcinomas, Transitional Cell,Cell Carcinoma, Transitional,Cell Carcinomas, Transitional,Transitional Cell Carcinoma,Transitional Cell Carcinomas
D006801 Humans Members of the species Homo sapiens. Homo sapiens,Man (Taxonomy),Human,Man, Modern,Modern Man
D000328 Adult A person having attained full growth or maturity. Adults are of 19 through 44 years of age. For a person between 19 and 24 years of age, YOUNG ADULT is available. Adults

Related Publications

G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
[Use of novel radiation fractionation regimens in organ-sparing therapy of bladder cancer].
January 2006, Voprosy onkologii,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
[Different fractionation regimens in the gamma teletherapy of rectal cancer].
January 1982, Meditsinskaia radiologiia,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
Differential effects of radiation fractionation regimens on glioblastoma.
January 2022, Radiation oncology (London, England),
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
Different fractionation schedules in radiation treatment of cerebral metastases.
January 1986, Acta radiologica. Oncology,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
[Morphological changes in laryngeal cancer after preoperative radiation treatment under different oxygen regimens].
January 1984, Voprosy onkologii,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
The significance of fractionation regimens in radiation and combined hyperthermia using a murine fibrosarcoma.
December 1978, Cancer,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
Optimal Radiation Therapy Fractionation Regimens for Early-Stage Non-Small Cell Lung Cancer.
March 2024, International journal of radiation oncology, biology, physics,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
[Dynamic fractionation of the radiation treatment of lung cancer with different rates of tumor growth].
September 1985, Meditsinskaia radiologiia,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
Dose and fractionation regimens for breast cancer.
August 2006, The Lancet. Oncology,
G V Goldobenko, and B P Matveev, and V I Shipilov, and B D Klimakov, and S I Tkachev
Dose and fractionation regimens for breast cancer.
August 2006, The Lancet. Oncology,
Copied contents to your clipboard!