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Originally posted by XPLodER
reply to post by Maybe...maybe not
the bit about pre programed cell death is to fadded to be read
Originally posted by XPLodER
reply to post by Maybe...maybe not
question on the electrical feild produced by the tech in the op
what frequency range is the field/electricity ?
Originally posted by XPLodER
reply to post by Maybe...maybe not
am i correct in thinking this is a pulse width and amp modulated set up that you cant "tune" into the size and density of the mass?
Originally posted by XPLodER
reply to post by IgnoranceIsntBlisss
my mind is spinnig with ideas atm
Originally posted by Maybe...maybe not
www.stonybrookmedicalcenter.org...
It's a shame this is already clinical because I'd love to get my hands on one of those.
Nanoknife Cancer Killer
Last Update: 8/26 5:54 pm
A promising new cancer treatment is getting a lot of attention. It uses electricity to poke lethal holes in tumors. Doctors are able to kill the cancer tumors using the so-called Nanoknife technology and probes,that almost look like long toothpicks.
NanoKnife Cancer Killer
Kidney Cancer
WSOCTV.com
The NanoKnife IRE System is approved by the FDA. CAT scans show kidney tumors are gone as early as six weeks after treatment. The treatment also is also being used for pancreatic and liver cancers and will soon be used for prostate cancer.
K-edge describes a sudden increase in the attenuation coefficient of photons occurring at a photon energy just above the binding energy of the K shell electron of the atoms interacting with the photons. The sudden increase in attenuation is due to photoelectric absorption of the photons.
For this interaction to occur, the photons must have more energy than the binding energy of the K shell electrons. A photon having an energy just above the binding energy of the electron is therefore more likely to be absorbed than a photon having an energy just below this binding energy.
The two X-ray contrast media iodine and barium have ideal K shell binding energies for absorption of X-rays, 33.2 keV and 37.4 keV, respectively, which is close to the mean energy of most diagnostic X-ray beams. Similar sudden increases in attenuation may also be found for other inner shells than the K shell; the general term for the phenomenon is absorption edge.