![Georgi Varbanov, Radostin Mihaylov, Denitsa Simeonova, Yordanka Eneva
vargeorg@gmail.com
Medical University âProf. Dr. Paraskev Stoyanovâ-
Varna
Brachytherapy is a form of radiotherapy where a
sealed radiation source is placed inside or next to
the area requiring treatment. It is commonly used
as an effective treatment for cancer of the cervix,
prostate, breast, skin, etc.
INTRODUCTION
RESULTS AND DISCUSSION
The data was collected from the data bases of
PubMed, National Library of Medicine - National
Institutes of Health and Research Gate with the
keywords brachytherapy, history and development.
Gold seeds filled with radon were used as early as
1942 and limited beta rays, allowing only gamma rays
to pass [3]. First used in 1958, iridium is the most
commonly used artificial source for brachytherapy
today [1]. The development of remote afterloading
systems, which allowed the radiation to be delivered
from a safe distance, and the use of new radioactive
sources in the 1950s and 1960s, minimized the
radiation exposure. In the 1990s, magnetic resonance
imaging and computed tomography scans became
more widely available and they helped doctors plan
and monitor the procedure. Nowadays, advanced
computerized planning systems are introduced for
creation of virtual 3-D models, used to avoid damaging
healthy tissues [2].
MATERIALS AND METHODS
REFERENCES
Brachytherapy dates back to 1901 when Pierre Curie
suggested to Henri-Alexandre Danlos that a
radioactive source could be inserted into a tumor [1].
Danlos then tested this theory and discovered that
radiation caused tumors to shrink. In the early
twentieth century, techniques for the application of
brachytherapy were pioneered at the Curie institute in
Paris by Danlos and at St. Luke's and Memorial
Hospital in New York by Robert Abbe
1 â Gupta VK. (1995). "Brachytherapy â past, present
and future". Journal of Medical Physics.
2 â Gerbaulet, Alain; Pötter, Richard; Mazeron, Jean-
Jacques; Meertens, Harm; Limbergen, Erik Van, eds.
(2002). The GEC ESTRO handbook of
brachytherapy.
3 â Goldstein , N. (1975). "Radon seed implants.
Residual radioactivity after 33 years". Archives of
Dermatology.](https://image.slidesharecdn.com/historicalreviewofbrachytherapy-180407092451/85/Historical-Review-of-Brachytherapy-1-320.jpg?cb=1523093591)
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Historical Review of Brachytherapy
- 1. Georgi Varbanov, Radostin Mihaylov, Denitsa Simeonova, Yordanka Eneva vargeorg@gmail.com Medical University âProf. Dr. Paraskev Stoyanovâ- Varna Brachytherapy is a form of radiotherapy where a sealed radiation source is placed inside or next to the area requiring treatment. It is commonly used as an effective treatment for cancer of the cervix, prostate, breast, skin, etc. INTRODUCTION RESULTS AND DISCUSSION The data was collected from the data bases of PubMed, National Library of Medicine - National Institutes of Health and Research Gate with the keywords brachytherapy, history and development. Gold seeds filled with radon were used as early as 1942 and limited beta rays, allowing only gamma rays to pass [3]. First used in 1958, iridium is the most commonly used artificial source for brachytherapy today [1]. The development of remote afterloading systems, which allowed the radiation to be delivered from a safe distance, and the use of new radioactive sources in the 1950s and 1960s, minimized the radiation exposure. In the 1990s, magnetic resonance imaging and computed tomography scans became more widely available and they helped doctors plan and monitor the procedure. Nowadays, advanced computerized planning systems are introduced for creation of virtual 3-D models, used to avoid damaging healthy tissues [2]. MATERIALS AND METHODS REFERENCES Brachytherapy dates back to 1901 when Pierre Curie suggested to Henri-Alexandre Danlos that a radioactive source could be inserted into a tumor [1]. Danlos then tested this theory and discovered that radiation caused tumors to shrink. In the early twentieth century, techniques for the application of brachytherapy were pioneered at the Curie institute in Paris by Danlos and at St. Luke's and Memorial Hospital in New York by Robert Abbe 1 â Gupta VK. (1995). "Brachytherapy â past, present and future". Journal of Medical Physics. 2 â Gerbaulet, Alain; Pötter, Richard; Mazeron, Jean- Jacques; Meertens, Harm; Limbergen, Erik Van, eds. (2002). The GEC ESTRO handbook of brachytherapy. 3 â Goldstein , N. (1975). "Radon seed implants. Residual radioactivity after 33 years". Archives of Dermatology.