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Tokyo, Aug. 30 (Jiji Press)--Tokyo Electric Power Co. said Tuesday that a man in his 40s who had worked to help contain the radiation crisis at the firm's crippled Fukushima No. 1 nuclear power plant has died of acute leukemia. The total radiation doses the worker received at the plant stood at 0.5 millisievert, TEPCO officials said, adding that the worker's death has nothing to do with his work at the nuclear plant in northeastern Japan, which suffered serious damage from the March 11 earthquake and tsunami.
The man worked at the Fukushima plant for seven days from early August. His jobs included radiation exposure management, the officials said..
He became ill and was hospitalized after finishing the seven-day work. TEPCO received a report of his death on Aug. 16, the officials said.
A medical checkup prior to his work at the plant showed no problems in his health. He suffered no internal radiation exposure, the officials said.
Originally posted by AnIntellectualRedneck
reply to post by Wertwog
Great post! Now that we've got the first little bit, I'm waiting on the flood of people to come to the light in reporting their disease.
Additional information from Mainichi (8/30/2011):
The worker was in his 40s. At Fukushima I, his work included manning the rest area and radiation control of the workers. There was no abnormal reading of white blood cells before he started to work at Fukushima I. He worked for about a week in August, and fell ill. He was diagnosed with acute leukemia, and died at the hospital. His company reported his death to TEPCO on August 16.
TEPCO's Matsumoto emphasized that the death was a private matter, and TEPCO had no intention of investigating it further now that the doctor denied any relationship between the death and the work at Fukushima I.
Originally posted by Wertwog
EX-SKF reports this additional info....
Additional information from Mainichi (8/30/2011):
The worker was in his 40s. At Fukushima I, his work included manning the rest area and radiation control of the workers. There was no abnormal reading of white blood cells before he started to work at Fukushima I. He worked for about a week in August, and fell ill. He was diagnosed with acute leukemia, and died at the hospital. His company reported his death to TEPCO on August 16.
TEPCO's Matsumoto emphasized that the death was a private matter, and TEPCO had no intention of investigating it further now that the doctor denied any relationship between the death and the work at Fukushima I.
Well, now that the doctor denied any relationship, Tepco can consider it money well spent! "Hey doctor, that's a very nice new car you got there"....."ah... thanks"........ Sorry, was that just a weee bit catty? MEOOOOW!edit on 31-8-2011 by Wertwog because: added something
You have to be friggin' kiddin' me...edit on 31-8-2011 by Juanxlink because: (no reason given)
Leukemia rates among Hiroshima and Nagasaki survivors were elevated beginning five years after the 1945 bombings, reaching a peak ten years after.
Even at relatively low doses, irradiated adults are at greater risk for cancer just several years after exposure. A peak of chronic myeloid leukemia incidence was observed 6-10 years after Xrays to the back, gastrointestinal tract, and kidneys.
Mormon families in Utah living directly downwind of atmospheric nuclear weapons tests in Nevada were found to have significantly higher incidence of all cancers combined and certain radiosensitive tumors 7-15 years after the tests began. (14) Four to five years after the Chernobyl accident, thyroid cancer among adults in the Czech Republic and Poland increased. (15-16)
No. The latency of radiation induced cancers is measured in years, not months. And that's for it to appear, not to kill. Radiation sickness can kill that quickly, not radiation induced cancer.
[...snip]
Radiation. Exposure to high doses of radiation causes leukemia by inducing DNA damage through translocations (Kamada N et al 1987). Population studies show a link between radiation exposure from nuclear testing between 1951 and 1962 in the United States and the onset of leukemia (Archer VE 1987; Johnson CJ 1984). The incidence of leukemia was high in the United States in the years during and immediately after the nuclear testing. Utah showed high increases (up to five times the norm) in leukemia rates, which persisted as late as the 1980s (Archer VE 1987; Johnson CJ 1984). Exposure to radiation is linked to acute and myeloid leukemia in children (Archer VE 1987). The association between radiation exposure and leukemia was noted in survivors of the atomic bomb in Japan (Ichimaru M et al 1991) and in people who lived near the nuclear reactors in the Chernobyl disaster of 1986 (Noshchenko AG et al 2002). Leukemia caused by radiation typically appears 10 years after exposure (Tilyou SM 1990).
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