Jacob Gersh Discusses the CyberKnife

Jacob Gersh, PhD
Published: Monday, Apr 03, 2017



Jacob Gersh, PhD, lead physicist at the Gibbs Cancer Center & Research Institute, discusses the CyberKnife.

The CyberKnife uses high-energy photons to deliver radiation to tumors, says Gersh. The difference with this tool is the size—the beam that is delivered to the tumor is much smaller than what is traditionally associated with conventional radiation therapy.

Gersh says that because of the CyberKnife’s size, it has very precise and accurate targeting, allowing the dose to be raised as it will not damage as much healthy tissue as traditional radiation would. Additionally, the precision of this tool can reduce the number of treatments a patient must undergo.
 


Jacob Gersh, PhD, lead physicist at the Gibbs Cancer Center & Research Institute, discusses the CyberKnife.

The CyberKnife uses high-energy photons to deliver radiation to tumors, says Gersh. The difference with this tool is the size—the beam that is delivered to the tumor is much smaller than what is traditionally associated with conventional radiation therapy.

Gersh says that because of the CyberKnife’s size, it has very precise and accurate targeting, allowing the dose to be raised as it will not damage as much healthy tissue as traditional radiation would. Additionally, the precision of this tool can reduce the number of treatments a patient must undergo.
 

View Conference Coverage
Online CME Activities
TitleExpiration DateCME Credits
Rapid Reviews in Oncology®: Practice-Changing Data in Acute Myeloid Leukemia: A Rapid Update From Atlanta OnlineDec 21, 20182.0
Community Practice Connections™: 2nd Annual European Congress on Hematology™: Focus on Lymphoid MalignanciesDec 30, 20182.0
Publication Bottom Border
Border Publication
x