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07.[슬라이드]워블링:스캐닝 v20160224(en)

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Samsung Medical Center
Samsung Medical Center

The document discusses two proton treatment methods - wobbling and scanning. The wobbling method uses a thin plate to expand the proton beam, making it suitable for large tumors. The scanning method divides the proton beam intensity into several hundred parts to precisely apply the beam to the tumor size and shape, minimizing radiation exposure to surrounding tissues. This allows for more accurate radiation delivery according to the tumor shape. The document concludes that the scanning method is the most precise proton treatment option and is available at the Samsung Medical Center, which is one of only two facilities in the world that offers ultra-high speed line scanning treatment.

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Should we learn about the Proton Treatment Method?
“ ” Wobbling? Scanning? What  is  the  difference  between   the  two?
The  proton  beam  that  is  produced  from  the  accelerator   has  a  thickness  of  about 3mm
However,  the  size  of  the  tumor  are  all  different
Therefore,     the  size  of  the  proton  beam  has  be  adjusted  to  the  size  of  the  tumor
But  how? Depending  on  how  the  proton  beam  is  used,   the  proton  treatment  method  is  divided  in  two  ways
First, the  Wobblingmethod The  proton  beam  comes  in  contact  with  a  thin  plate  to  become   expanded  and  it  is  a  method  used  to  treat  large  tumor  sites
Second, the  Scanning  method By  dividing  up  the  energy  intensity  of  the  proton  beam   from  several  into  several  hundred,   it  is  a  method  that  accurately  applies  the  proton  beam   to  the  corresponding  size  of  the  tumor to  facilitate  a  more  precise  treatment
VS Wobbling  Method Using  the  block  and  compensator,   transfer  the  expanded  proton  beam  to   the  corresponding  tumor  shape Scanning  Method Proton  beam  of  a  pencil  thickness   transferred  to  the  corresponding  tumor  shape
The  Scanning  method,   in  comparison  to  the  Wobbling  method,  it  has  an  advantage  of   transferring  sufficient  amount  of  radiation  to  the  tumor  while  minimizing   radiation  exposure  to  the  surrounding  normal  tissues  to  decrease  the   development  of  side  effects. Particularly, radiation  can  be  accurately  transferred  to  tumor  according  to  its  shape.   Therefore,   it  can  be  regarded  as  the  most  exquisite  proton  treatment  method.
삼성서울병원양성자센터에서는 세계 2번째로 초고속 라인 스캐닝을 통한 치료가 가능합니다 스캐닝빔으로종양에 점을 찍어 그림을 그리듯 종양 모양에 따라 방사선을 주기 때문에 보다 정밀한 치료가 가능합니다 The  Proton  Center  at  the  Samsung  Medical  Center,  is  the  second  place  in  the  world   whereultrahigh  speed  line  scanning  treatment  is  possible. By  placing  a  dot  on  the  tumor,   the  scanning  beam  can  transfer  radiation  closest  to  the  3  dimensional  shape  of   the  tumor  with  thin  and  precise  beams,  similar  to  drawing  a  picture
Similar  to  a  3D  printer  that  makes  figures
When  designing  the  treatment,  the  Proton  Center  takes  into  account  the  patients   conditions  and  treatment  objectives  to  select  one  of  the  two  treatment  methods   in  order  to provide  most  suitable  treatment  to  the  patient
07.[슬라이드]워블링:스캐닝 v20160224(en)
07.[슬라이드]워블링:스캐닝 v20160224(en)

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07.[슬라이드]워블링:스캐닝 v20160224(en)

  • 1. Should we learn about the Proton Treatment Method?
  • 2. “ ” Wobbling? Scanning? What  is  the  difference  between   the  two?
  • 3. The  proton  beam  that  is  produced  from  the  accelerator   has  a  thickness  of  about 3mm
  • 4. However,  the  size  of  the  tumor  are  all  different
  • 5. Therefore,     the  size  of  the  proton  beam  has  be  adjusted  to  the  size  of  the  tumor
  • 6. But  how? Depending  on  how  the  proton  beam  is  used,   the  proton  treatment  method  is  divided  in  two  ways
  • 7. First, the  Wobblingmethod The  proton  beam  comes  in  contact  with  a  thin  plate  to  become   expanded  and  it  is  a  method  used  to  treat  large  tumor  sites
  • 8. Second, the  Scanning  method By  dividing  up  the  energy  intensity  of  the  proton  beam   from  several  into  several  hundred,   it  is  a  method  that  accurately  applies  the  proton  beam   to  the  corresponding  size  of  the  tumor to  facilitate  a  more  precise  treatment
  • 9. VS Wobbling  Method Using  the  block  and  compensator,   transfer  the  expanded  proton  beam  to   the  corresponding  tumor  shape Scanning  Method Proton  beam  of  a  pencil  thickness   transferred  to  the  corresponding  tumor  shape
  • 10. The  Scanning  method,   in  comparison  to  the  Wobbling  method,  it  has  an  advantage  of   transferring  sufficient  amount  of  radiation  to  the  tumor  while  minimizing   radiation  exposure  to  the  surrounding  normal  tissues  to  decrease  the   development  of  side  effects. Particularly, radiation  can  be  accurately  transferred  to  tumor  according  to  its  shape.   Therefore,   it  can  be  regarded  as  the  most  exquisite  proton  treatment  method.
  • 11. 삼성서울병원양성자센터에서는 세계 2번째로 초고속 라인 스캐닝을 통한 치료가 가능합니다 스캐닝빔으로종양에 점을 찍어 그림을 그리듯 종양 모양에 따라 방사선을 주기 때문에 보다 정밀한 치료가 가능합니다 The  Proton  Center  at  the  Samsung  Medical  Center,  is  the  second  place  in  the  world   whereultrahigh  speed  line  scanning  treatment  is  possible. By  placing  a  dot  on  the  tumor,   the  scanning  beam  can  transfer  radiation  closest  to  the  3  dimensional  shape  of   the  tumor  with  thin  and  precise  beams,  similar  to  drawing  a  picture
  • 12. Similar  to  a  3D  printer  that  makes  figures
  • 13. When  designing  the  treatment,  the  Proton  Center  takes  into  account  the  patients   conditions  and  treatment  objectives  to  select  one  of  the  two  treatment  methods   in  order  to provide  most  suitable  treatment  to  the  patient