Radiation Testing of Seafood by Washington State Seafood Companies: Radioactive Strontium and Cesium

Vital Choice Wild Seafood and Organics, a Washington state seafood company, has been conducting radiation testing on Pacific ocean fish since 2012. Recently they released the results of testing for strontium 90 in King Salmon, Sockeye Salmon, and Albacore Tuna, which are posted here with their permission.

No strontium found:
Article dated 1/09/2014 
Results PDF 
"Last summer, the first reports appeared suggesting that a longer-lived radionuclide called strontium 90 (Sr-90) was leaking from the stricken nuclear plant.
So to ensure safety, we sent more fish to be tested for Sr-90, in the fall of 2013."

Strontium testing was performed by Pace Analytical Services, Inc. Review was performed by SGS North America, Inc.

Received on 10/30/2013. Analyzed on 11/12/2013.

Sockeye Salmon   -0.00130 ± 0.0210 pCi/g (MDC 0.0513 pCi/g) or -0.0481 ± 0.777 Bq/kg   (MDC 1.8981 Bq/kg) 
King Salmon           0.0228 ± 0.0292 pCi/g (MDC 0.0635 pCi/g) or 0.8436 ± 1.0804 Bq/kg (MDC 2.3495 Bq/kg)
Albacore Tuna       -0.0151 ± 0.0167 pCi/g (MDC 0.0456 pCi/g) or -0.5587 ± 0.6179 Bq/kg (MDC 0.6247 Bq/kg)

Results are shown as the activity ± uncertainty. The original results in pCi/g are followed by values converted to Bq/kg (1 pCi = 0.037 Bq).
Entire fish, including skin and bone, was tested according to Vital Choice, which is important as strontium accumulates in the bone.
 MDC is minimum detectable concentration. (Also described as MDA, minimum detectable activity). (Note 1)

Vital Choice seafood harvest areas are described on this page.

    ”All of our Pacific seafood – salmon, sablefish, halibut, cod, prawns, shrimp, Dungeness crab, mussels, and clams – is caught or harvested off Alaska, Washington State, Oregon, and British Columbia (BC), between 4,000 and 5,000 miles east of the nuclear plant.
    The sole exceptions are albacore tuna and king crab. Our albacore is caught off Midway Island, and our king crab is caught in the Bering Sea. Both areas are located about 2,500 miles east of the plant.”

Vital Choice has also done three rounds of radiation testing for iodine 131 and cesium 134 and 137.

1st test reported on 3/29/2012
"Eurofins Laboratories tested 15 species of fish and shellfish for cesium-134, cesium-137, and iodine-131, and found none."

Cesium 134: None to trace levels (MDA 1.0 Bq/kg)
    Most species  <1.0 Bq/kg
    Albacore 1.4 Bq/kg
    Halibut 1.3 Bq/kg

The trace levels found in our albacore and halibut are less than 15% of the maximum combined level of Cesium 137 + 134 normally found in fish (10 Bq/kg). (See Note 2)

And those trace levels are just 0.1% of the FDA’s level of concern (DIL) for combined Cesium 137 + 134 levels in foods (1200 Bq/kg). (See Note 3)

Cesium 137: None detected (MDA 1.0 Bq/kg)
Iodine 131: None detected (MDA 2.0 Bq/kg)
This means that all seafood tested contained less than 1.2% of the FDA’s Derived Intervention Level (DIL) for Iodine 131 (170 Bq/kg). Iodine 131 decays to safe forms within about two weeks after its creation. (See Note 3)

2nd test reported in September 2012
"Eurofins Laboratories tested our Pacific albacore and our Alaskan halibut, sockeye salmon, and cod. They found no cesium-134 or iodine 131, and only a barely detectable, clearly safe level of Cesium 137 in a sample of cod."

Cesium 134: None detected (MDA 1.0 Bq/kg)
Cesium 137: Cod 1.2 Bq/kg (MDA 1.0 Bq/kg)
Iodine 131: None detected (MDA 2.0 Bq/kg).

3rd test reported in September 2013
"Eurofins Laboratories tested our salmon (pink, king, sockeye, silver), tuna, cod, halibut, and sablefish for cesium-134, cesium-137, and iodine-131, and found none."

Cesium-134: None detected (MAD 1.0 Bq/kg)
Cesium-137: None detected (MDA 1.0 Bq/kg)
Iodine-131: None detected (MDA 2.0 Bq/kg)

*****

Also, Loki Fish Company in Seattle, Washington, just released their radiation test results conducted by Eurofins Analytical Laboratories.
A family owned and operated business, Loki Fish Company harvest wild salmon and halibut from southeast Alaska and Puget Sound. 

January 7, 2014 post by Loki Fish Company "No Elevated Levels of Radiation Found in North Pacific Salmon Samples"
Test results 
"Tests were conducted on Pink, Keta, Coho, Sockeye and King salmon from southeast Alaska, and Pink and Keta salmon from Puget Sound."

Cesium-134: Alaskan Pink Salmon 1.2 Bq/kg (MDA 1.0 Bq/kg)
Cesium-137: Alaskan Keta Salmon 1.4 Bq/kg (MDA 1.0 Bq/kg)
Iodine-131: None detected (MDA 2.0 Bq/kg)

*****
Note 1: For reference, MDC for strontium testing by the Japanese Fisheries Agency was in the range of 0.01-0.04 Bq/kg.

Note 2: Is it true that maximum of 10Bq/kg of combined Cs134 AND Cs137 can be found in fish under the normal circumstance? Should there be any Cs134 normally found in fish? Upon an inquiry, Vital Choice said this information came from Eurofins. According to this study, no Cs134 was detected and Cs137 was 1.4 Bq/kg in Pacific Blue Fin Tuna in 2008).

Note 3: US FDA's DIL (Derived Interventional Level)  is 160 Bq/kg for strontium 90, 170 Bq/kg for iodine 131, and 1,200 Bq/kg for cesium 134 and 137 for any food. Standard limits for radioactive cesium in Japan are 100 Bq/kg for general food and 50 Bq/kg for infant food and milk, taking into account the contribution from radioactive strontium and plutonium, etc. It should be noted that these limits are considered too high by those who believe internal radiation doses have stronger effects than equivalent external radiation exposure doses. For instance, report by foodwatch and German IPPNW (International Physicians for the Prevention of Nuclear War) calls for lowering of EU cesium limits of 600 Bq/kg for all foodstuffs and 370 Bq/kg for baby food and milk products to 16 Bq/kg and 8 Bq/kg, respectively.

Furthermore, on the Vital Choice information page, the section called "Radiation experts see no cause for concern," refers to a study called "Evaluation of radiation doses and associated risk from the Fukushima nuclear accident to marine biota and human consumers of seafood.

Excerpt from the abstract:
"The additional dose from Fukushima radionuclides to humans consuming tainted PBFT in the United States was calculated to be 0.9 and 4.7 µSv for average consumers and subsistence fishermen, respectively. Such doses are comparable to, or less than, the dose all humans routinely obtain from naturally occurring radionuclides in many food items, medical treatments, air travel, or other background sources. Although uncertainties remain regarding the assessment of cancer risk at low doses of ionizing radiation to humans, the dose received from PBFT consumption by subsistence fishermen can be estimated to result in two additional fatal cancer cases per 10,000,000 similarly exposed people."

First of all, 
the internal dose described in μSv (microsievert) and applied to general population is misleading, as sensitivity to radiation can vary with age and gender. In addition, comparison of manmade fission products, such as radioactive cesium, to natural background radiation, such as radioactive potassium in bananas, is also misleading as such comparison tolerates and nearly justifies the environmental existence of the fission products. One must ask the question, "Should it really be there?" Also, exposure to medical diagnostic and therapeutic radiation (internal or external) is not exactly "background," and it is not harmless as seen in this study. Air travel is hardly comparable to ingestion of cesium as the former is external exposure while the latter internal.

One must understand these distinctions, often blurred in convenient explanations, to be able to make an intelligent decision about whether or not to consume contaminated foodstuff. Since there is no safe dose of radiation, it is ultimately an individual decision whether or not to accept the risk. However, a higher vulnerability of certain populations, such as babies, infants, children and pregnant women, and women with reproductive potential, should be taken into consideration. 

Note 4: In both Vital Choice and Loki Fish tests, Cs 134 was found alone without Cs 137 in some fish. This seemed odd, as the presence of Cs 134 is the signature for Fukushima radiation contamination as opposed to Cs 137 alone which could be due to past nuclear testing. When Vital Choice was asked about this, they had no information on it. They just stated that Eurofins was expert in radionuclide testing. 

US Physicians Claim Radiation Risks Due to the Fukushima Nuclear Accident

The following is the English translation of the The Wall Street Journal Japan Online article posted on November 13, 2013. Permission for translation was obtained from the author, Misako Hida.

Disclaimer: Wall Street Journal Japan Online is not responsible for the translation.

Note: Although most of the links were not part of the original article, they were provided within the translation for easy accessibility to appropriate information at the discretion of the translator.

******

NY Report by Misako Hida
November 13, 2013

US physicians claim radiation risks due to the Fukushima nuclear accident

Intake of radioactively contaminated air, water and food brings radioactive material inside the body, causing internal radiation contamination. It is a critical responsibility of adults to protect lives and health of children, who will carry on the future, from radiation exposure.

Last month, there was a symposium held in New York City to discuss the "Fukushima Report" by United Nations Scientific Committee on the Effect of Atomic Radiation (UNSCEAR). A former president of a non-governmental organization (NGO) "Physicians for Social Responsibility (PSR)" and Assistant Clinical Professor in Department of Medicine at University of Iowa, John W. Rachow, M.D., urged not to underestimate the risks of health effects on Fukushima children, by excerpting the following quote by President Kennedy.

"The number of children and grandchildren with cancer in their bones, with leukemia in their blood, or with poison in their lungs might seem statistically small to some, in comparison with natural health hazards. But this is not a natural health hazard-and it is not a statistical issue. The loss of even one human life, or the malformation of even one baby-who may be born long after all of us have gone-should be of concern to us all. Our children and grandchildren are not merely statistics towards which we can be indifferent."


This was part of the July 27th Radio and Television Address to the American People by President Kennedy, the day after the United States and the former USSR reached an agreement to sign the Partial Test Ban Treaty in 1963, in the midst of Cold War when the United States and the former USSR were engaged in the arms race.

A Fukushima child being tested for radiation exposure (March 13, 2013). (Photo courtesy of Reuters)

"A 50-year-old speech by President Kennedy fits the UNSCEAR report just right," says Rachow.

The symposium, co-sponsored by PSR and Human Rights Now, the Japanese human rights organization, places an emphasis on "human rights" rather than "statistics." It was held in response to the summary report by UNSCEAR, submitted to the Fourth Committee of the United Nations General Assembly (UNGA) in October 2013, which stated, "No discernible increased incidence of radiation-related health effects are expected among exposed members of the public." Its purpose was to demand that UNSCEAR re-recognize uncertainties accompanying estimation of exposure doses as well as health effects, and encourage improvements in the completion of the final report.

According to the critique about the report, co-authored by PSR and the German branch of the US NGO "International Physicians for the Prevention of Nuclear War (IPPNW)," UNSCEAR report failed to accurately portray the true extent of radiation exposure, ignored the ongoing radioactive emissions, and excluded non-cancer effects of radiation. 

Moreover, it also questions the reliability of TEPCO's worker dose assessment and the neutrality of the data used in the report, suggesting that monitoring should occur for non-cancer diseases and genetic radiation effects. The critique also sounds the alarm that the comparisons between nuclear fallout and background (natural) radiation, often used when minimizing the risks of radiation exposure, can be misleading.

According to Dr. Rachow, the critique was sent to UNSCEAR by e-mail, and "a polite and quick reply" was received. "I felt that our concerns and suggestions would be considered, and we felt encouraged."

In regards to the summary report, UNSCEAR released an interim report in May 2013, stating, "No immediate health risks were seen" from the Fukushima nuclear accident. This column also featured a two-part interview of Dr. Wolfgang Weiss, Chair of the UNSCEAR report and Head of the Department of Radiation Protection and Health of the Federal Office for Radiation Protection (BfS).

At first, the entire report was to be presented at UNGA this fall. However, after the interim report came out, it was revealed that the Japanese government and TEPCO did not have an accurate assessment of the status of worker exposure. In October, UNSCEAR announced the postponement of the completion of the report, citing the underestimation of internal exposure dose of workers by about 20% due to radioactive iodine 133 (half-life 20 hours) not being reflected in dose estimation of workers.

According to the United Nations press release, Carl-Magnus Larsson, the Chair of the UNSCEAR,  announced in a briefing at the Fourth Committee of UNGA, that just as in the interim report in May, human exposure to radiation was "low or generally low, with no immediate health effects."

However, regarding children, Larsson explained, because of "the difference between the ways atomic energy affected children as compared to adults," more caution was required. Consequently there had been a major thyroid screening program of 360,000 children conducted in Japan. However, it was unclear whether higher than usual rates of thyroid cancers and abnormalities detected were due to radiation exposure, as they are "indistinguishable" from cancers due to other causes.

Dr. Rachow dismisses UNSCEAR's views that it is not possible to prove increased cancer risks due to radiation exposure. "It is typical tautology to state, 'Since radiation-induced cancers are indistinguishable from cancers caused by other causes, in the case of Fukushima, increase in cancer attributable to radiation exposure is not expected'," says Rachow. (Tautology refers to repetition of synonymous words, guaranteeing the truth of the proposition in rhetoric).

The symposium also featured Anand Grover, Special Rapporteur to the United Nations Human Rights Council who submitted a report to the UN this May, recommending the Japanese government to strictly regulate radiation limits based on "human rights." He stated, "Nation should not breach 'the right for attainment of health' for citizens. It has the duty to respect and protect its people."

Meanwhile, briefings at the Fourth Committee of UNGA suggested unspoken pressure on UNSCEAR by the Japanese government. According to the UN press release mentioned earlier, the Japanese delegate indicated that UNSCEAR report had a possibility of "causing misunderstanding." It's because some Japanese media's articles "incorrectly" reported that "the report had concluded that the Government of Japan had underestimated the amount of internal exposure of workers at the plant.

A former president of a non-governmental organization (NGO) "Physicians for Social Responsibility (PSR)" and Assistant Clinical Professor in Department of Medicine at University of Iowa, John W. Rachow, M.D. (Photo courtesy of Dr. John Rachow)

Certainly, there is the fact that UNSCEAR indicated the possibility of underestimation after receiving new sets of data from TEPCO in regards to the workers, even though it is not the final report. It is a matter of fact to reflect any discrepancy in data. The statement by the Japanese delegate could be construed as indirectly demanding a change in "conclusion" in the final report.

In fact, according to the proceedings of Nuclear Safety Commission on September 9, 2011, Technical Advisor Kenzo Fujimoto and Expert Member Nobuhiko Ban made statements insinuating to restrain UNSCEAR's own data analysis at the first meeting of the "Domestic Support and Investigation Working Group for the UNSCEAR Fukushima Nuclear Accident Report," held prior to the start of the investigation by UNSCEAR.

"I say this out of concern, but if the Working Group makes efforts in collecting detailed and outstanding data and submitting them to UNSCEAR, foreigners will use them to make various assessments.(…) I think we have to assess them ourselves in Japan to prepare the data they can deal with, or else it would be embarrassing for us to appear as if we were a dependent country by submitting the data alone and leaving the assessment up to them.(…)" (Advisor Fujimoto).

In response to this, Expert Member Ban said, "I totally agree with what was just said." He continued on to say, "(…) it's something that should be approached with “the All Japan System,” which means we need to be careful with how and when the data should be submitted." In regards to the early exposure of thyroid gland to iodine, he referred to the necessity for the Japan side to do some analysis before asking for further analysis by UNSCEAR. He shared his concern, "If we simply submit the data, they might do whatever they want with the data, leading to the possibility that they might come out with some outrageous results."

In the first place, reliability of some data is questionable. For instance, according to the dust sampling measurement results by the Ministry of Education, Culture, Sports, Science and Technology dated June 7, 2011, radionuclides were detected at various places such as Fukushima University on March 18, 2011, immediately after the Great East Japan Earthquake. However, even though 9,100 to 17,000 Becquerel of short-lived iodine 132 (half-life of about 2 hours) was detected, the parent nuclide Tellurium 132 (half-life about 3 days) was "undetected." However, according to Dr. Rachow, it is customary for Tellurium 132 to be detected along with the daughter nuclide iodine 132.

As "uncertainty" lingers not only in scientific effects of radiation exposure but also in the amount and the quality of data itself, how far can UNSCEAR approach what Dr. Rachow calls "firm commitment to the truth"? We look forward to the final report.

******
Addendum by the translator: 
Dust sampling measurement results mentioned above have also been translated as below. The questionable parts were contained within red squares.





Translation by @YuriHiranuma











Tokyo Shimbun Article Regarding Confidentiality Clause in the IAEA/FMU Pact, Complete Translation


Foreword

On December 31, 2013, the morning edition of Tokyo Shimbun published an article revealing the existence of a “confidentiality clause” in agreements signed by IAEA and Fukushima Medical University (FMU) as well as Fukui Prefecture. 

For clarification, when the memorandum regarding the IAEA/FMU pact was released on December 15, 2012, the details including the confidentiality clause were noted by Oshidori Mako, who attended the press conference. Fukui Prefecture signed the agreement on October 7, 2013, and again, the confidentiality clause was already included in the publicized agreement. 

Tokyo Shimbun might have written up the article, citing potential implication of the confidential clause as preemption to the State Secrecy Protection Law, which was steamrollered in December amid strong opposition and controversy.

These are some links to the relevant documents:

Signing of "Memorandum of Cooperation between Fukushima Prefecture and the International Atomic Energy Agency following the Accident at TEPCO's Fukushima Daiichi Nuclear Power Station"

(Fact sheet) IAEA cooperation projects in Fukushima Prefecture

Practical Arrangements between Fukushima Medical University and the International Atomic Energy Agency on Cooperation in the Area of Human Health [PDF] (signed on December 15, 2012)

Practical Arrangement between the Fukui Prefectural Government and the International Atomic Energy Agency on Cooperation in the Areas of Nuclear Energy, Nuclear Safety, Nuclear Sciences and Applications [PDF] (signed on October 7, 2013)


******
Complete translation of the December 31, 2013 Tokyo Shimbun article
(Note: This is an unofficial translation, and Tokyo Shimbun is not responsible for the content).

Confidential clause in agreements between IAEA and Fukushima and Fukui Prefectures: shared information could be non-publicized

It was discovered that the memorandum of cooperation between the IAEA and Fukushima as well as Fukui Prefectures contain a confidentiality clause that will classify shared information if requested by either party. This clause was not discussed by the prefectural assembly, and critics say "it could be preempting the State Secrecy Protection Law."

The memorandum of cooperation with IAEA was signed in December 2012 by Fukushima prefecture as well as October 2013 by Fukui Prefecture.

In Fukushima Prefecture, it was the prefectural government that entered into an agreement with IAEA in the area of decontamination and radioactive waste management, whereas Fukushima Medical University entered into an agreement with IAEA in the area of the survey of radiological effect on human health. The memorandum includes detailed "Practical Agreements" which contained a clause stating, "The Parties will ensure the confidentiality of information classified by the other Party as restricted or confidential." 

Fukui Prefecture also entered into an agreement with IAEA in the area of development of human resources in the field of nuclear energy, and its memorandum also included a confidentiality clause.

Neither prefecture admits to any information having been classified confidential at this time, but if either the prefectures or IAEA decide to classify information for "they contribute to worsening of the residents' anxiety," there is a possibility that such information as the accident information, as well as radiation measurement data and thyroid cancer information may not be publicized.

The Ministry of Foreign Affairs official who was involved in the making of the memorandum stated, upon interview, that "As this is an international agreement, I cannot reveal which party, Japan or IAEA, asked for the confidentiality clause."

However, officials of both prefectures stated that IAEA has a rule to include the confidentiality clause when signing the memorandum with the administrative body of each country.

IAEA has published reports, after the Chernobyl nuclear accident, stating "there were no health effects due to radiation exposure."

Ruiko Mutoh, representative of The Complainants for Criminal Prosecution of the Fukushima Nuclear Disaster, expressed her concern that "IAEA has a history of hiding information about health effects in Chernobyl. The same thing could happen to Fukushima."



Testimony by a Voluntary Evacuee from Fukushima: A Mother Reveals Health Issues She and Her Children Had

Anonymous testimony of a Fukushima single mother made during the December 4, 2013 press conference by the Fukushima Collective Evacuation Trial Team, and transcribed by Kiiko here. It was translated into English with permission of the woman, a voluntary evacuee to Yamanashi, who gave the testimony. She strongly feels stories like hers should be heard by others so that the severe reality faced by some Fukushima residents can be recognized.

*****

Testimony by a mother with two daughters and a grade-school age son who is the youngest.

I was born and raised in Fukushima Prefecture. I was living in Fukushima at the time of Great East Japan Earthquake and the nuclear accident. This summer, I decided to voluntarily evacuate to Yamanashi Prefecture due to health issues experienced by me as well as my children. I would like to describe how I came about deciding to evacuate and how things changed after the evacuation.

At the time of the earthquake and tsunami, the lifeline was disrupted. In order to obtain food and necessary goods, my family walked to a store we would normally drive to. We had to wait in line for hours to shop. The news of the nuclear accident came in the midst of it. I still remember how it was very hard for me and my children to breathe due to strange smell and difficulty taking a breath.

Every day the government and specialists said on TV, "There is no worry." and "There is no immediate health effect." Despite feeling anxious, I took those words as is, and we ate local vegetables and drank tap water.

My children had restrictions on outside activities at school. They could not play outside, and those were difficult days. We were just living a day-to-day life, and I was too busy with work and didn’t have time to  research radiation and radiation exposure. Time went by, and there was a thyroid ultrasound examination as part of Fukushima Health Management Survey one year after the accident. 

When the results came in mail. Two children who were examined both had nodules and were classified as "A2," and "No need for a follow-up until the examination in two years." I was in shock.

There were no ultrasound images, and I had no idea what kind of condition they were in. It was just a piece of paper, and I was full of mistrust.

I thought about evacuating from Fukushima then, but voluntary evacuation was not guaranteed to get financially compensated. As a single mother living with my parents, I had no courage or money to leave home to support my children, so I gave up.

I wanted to get thyroid ultrasound examinations on my own, but I had been told "No local hospital would conduct thyroid examinations." Time simply passed by while my worries continued.

When the new year came, I tried to get my children life insurance policy as I thought "anything could happen from now on." I reported the thyroid ultrasound examination results in the application form, and I was told later on that they were "unable to attach any special policy regarding cancer." I asked for reevaluation and managed to get policies, but this experience made me realize that "The fact that the insurance company came up with such a result is because they decided the (cancer) risk was that high." I was worried and tormented, and this made me begin to collect information regarding radiation and radiation exposure.

Later on I found a hospital that would conduct thyroid ultrasound examination. We all underwent the examination including the daughter who did not qualify for the thyroid examination by Fukushima Health Management Survey, and it turns out we all had thyroid cysts which were recommended to be followed up every 6 months.

I couldn't trust the whole body counter (WBC) examination conducted by Fukushima City or Fukushima Prefecture, we were tested by a non-profit organization. All of us had previous WBC test results below the detectable limit, but two of the children had cesium 137 six months later. I had no idea what to do. I cried every day, hiding from my children.

From that time on, I began to have dry coughs of unknown etiology. When I went to a hospital, I was told "An increasing number of people had the same symptom." As my cough would subside during a convalescent stay outside Fukushima Prefecture, I asked the doctor, "Do you think this is the effect of radiation?" I was simply told, "We have no such reports, so we don't know."

My son in grade school began to complain of bone pain in the sole of his feet. Furthermore, many others around us, at all ages, also complained of bone pain in the soles of their feet.

If we evacuate outside Fukushima Prefecture, can we make a living under such conditions? I was so worried about my children getting used to the new schools and a new life that I was not able to make a decision on evacuation. However, I finally decided when someone told me,"Your health and life take precedence over such little matters." I began to look for a place to evacuate to and eventually settle.

Most of the government-assisted evacuation arrangements had ended at the end of last year. The only option was to rely on a private group making evacuation arrangements. As I wanted to move to the west of Tokyo, we ended up evacuating to Yamanashi Prefecture.

Health of all the family members quickly deteriorated during the period awaiting evacuation. My work had necessitated me to walk around a high-radiation district a lot for several months. My dry cough got so bad to the point of nearly choking in the middle of the night.

Beginning with the soles of my feet, bone pain extended to arms and legs. Parts of arms and legs exposed to air had stingy pain and itchiness. Stuffy throat and phlegm gradually worsened.

There were occasions when a sudden episode of fatigue temporarily immobilized me in a car. The arm bone pain was so bad that I could barely open and close doors. I got so scared that I stopped walking the particular district, and soon the bone pain subsided.

My grade school age son continued to have nausea and headache upon awakening in the morning. When he went to the hospital, they found blood in his urine. His allergies had tripled what he already had. Doctors diagnosed allergies as the potential reason for not feeling well.

However, no medication relieved nausea and headache, and he often had diarrhea. I also began to have continuing nausea, headache and diarrhea.

When we went to a different hospital, we were told the symptoms were psychological, and the etiology remained unknown. At this point, my son's blood pressure had gone down to 82/50.

My son's health gradually deteriorated with the dark circles under his eyes expanding. He could barely go to school during the three months before evacuation.

Air dose level immediately outside the house was 0.8 μSv/h, but there were some spots with air dose level of 1.5-2.0 μSv/h inside the property boundaries. Even inside the house it was 0.3-0.5 μSv/h. That was the condition we lived in.

I discussed with the school principal the thyroid issues in my children and the anxiety I felt about my children walking to school through some areas with high radiation, but all I got back was an unbelievable answer, "I think even 5 mSv annually is fine. You can't live anywhere if you are worked about such matters.

When I checked the air dose levels at school on my own, there were multiple spots that were right around 1.5 μSv/h. However, the school would not release such data.

Then the school swimming pool reopened for swim classes after two years of closure. I was at a loss for word when the release form stated, "Any students who cannot participate in swim classes are required to turn in a medical certificate from a hospital."

My daughter already had a skin ailment of unknown etiology, which got much worse than ever. My son sensed abnormality of his ill health and sometimes would cry in bed asking, "Something like this never happened to me before. Why is it happening now?"

First week after we evacuated to Yamanashi, we had nausea, headaches, diarrhea and fatigue. We also had badly stuffed throat and phlegm. But gradually the frequency of theses symptoms decreased from every two days, every three days, and so on. I could tell the dark circles under my son's eye was gradually lightening up and  disappearing.

Soon after that, my children and I went to a hospital in Tokyo for thyroid examination. We were surprised to hear the results later, as all of us had results which were totally different from the results in Fukushima

My son continued to have blood in urine. We were told to "take him to a specialist as the blood test results are concerning." When I took him to a hospital in Yamanashi, he was diagnosed with "autonomic nervous system disorder."
However, the diagnosis was not convincing enough, considering his symptoms and my own ill health. I came to distrust hospitals, and we quit going to doctors.

About one month after evacuating, my children and I felt much better, and my son was able to go to school.

Although we don't feel well occasionally, we no longer have  abnormal symptoms we used to get in Fukushima. It was only when our health improved that we realized that "we were in a scary place," and recognized how scary radiation could be.

After we evacuated, we returned home to Fukushima twice. Each time our health worsened.

More people who remained in Fukushima are suffering from the same symptoms as mine. More people have died. There are more children who got leukemia, who began to have bloody noses and who have thyroid cancer. Children with thyroid cancer and their mothers are really suffering. Many parents want "at least children" to survive, but parents need to be healthy to be able to raise the children.

I wish both adults and children would be evacuated from high radiation areas as soon as possible.

Many evacuees, including me, are full of regrets that they didn't "evacuate sooner." I don't want any more people to feel the same way, regretting that they "could not fully protect the children."

I would like the government and TEPCO to reveal the truth and own up their responsibilities and do what they need to do.

In addition, they should get to know more about how we are burdened with double and triple suffering due to radiation even before our psychological damages are healed.
Thank you for listening.

*****
From the Q/A session:

Question: You said the thyroid examination results in Tokyo were different from those in Fukushima. How so?

Answer: In Fukushima, my son's thyroid ultrasound examination showed two cysts. When we went to another clinic, it still showed two cysts. When I took him to a hospital in Tokyo, he had not only cysts but also nodules; he was given a diagnosis of thyroid adenomatous goiter. In addition, he had lymphadenopathy with over 10 lymph nodes involved.



Thirteenth Prefectural Oversight Committee Meeting: Fukushima Thyroid Ultrasound Examination Results

The Proceedings of the Thirteenth Prefectural Oversight Committee Meeting for Fukushima Health Management Survey were released on November 12, 2013.  Below is the complete translation of the thyroid ultrasound examination.

Please refer to this post for the short summary.


Original Japanese document can be found here.

The official English translation is here.

Page 1

Implementation status of the "thyroid examination" in Fukushima Health Management Survey

1   Progress status and summary of the results

   (1) The primary examination
   The Fiscal Year 2013 examinations have been conducted, in approximately 158,000 participants from 34 municipalities, since April 22, 2013. In addition, participants from the previously targeted municipalities who have not been examined were encouraged to participate in the following ways: Letters have been sent to them, explaining the examination implementation outside Fukushima Prefecture or in other municipalities; and information about the examination has also been available on the website. As a result, more participants have been examined even after the end of the target year for their municipalities, and 82.4% of overall participants have been examined. ※1
   Moreover, thyroid examinations have been conducted in facilities outside Fukushima Prefecture since November 1, 2012. ※2
   Also, 94.5% of the 238,785 participants had their examination results confirmed and had them mailed. ※3,4

Progress status (as of September 30, 2013: Results have been confirmed for those examined up to August 23)


Number and proportion of nodules and cysts (as of September 30, 2013: Results have been confirmed for those examined up to August 23)
※1 Implementation status by municipality is shown in Supplement 1.
※2 Implementation status in prefectures other than Fukushima Prefecture is shown in Supplement 2.
※3 Results by municipality are shown in Supplement 3.
※4 Age and gender distribution of participants whose results have been confirmed is shown in Supplement 4.
● Proportions shown up to the first decimal point may not add up to 100% due to rounding up/down.

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   (2) The secondary examination
    Fukushima Medical University has been expanding the examination system, in an attempt to accelerate the implementation of the secondary examination. As a result, 73.6% of the 1,559 participants eligible for the secondary examination actually went through it, and 78.1% of them have completed it. ※5
    Also, in addition to Fukushima Medical University, two other medical facilities in Koriyama City and Iwaki City have been conducting the secondary examination since late July.
    Furthermore, out-of-prefecture facilities plan on conducting the secondary examination beginning in November 2013.

Progress status (as of September 30, 2013)

※5 Implementation status by municipalities is shown in Supplement 5.
● Priorities are given to those with urgent clinical needs.
● Regular follow-up examination, beginning April 2014, applies to those who were confirmed to be within the normal range (A1,A2) of the primary examination.
● Regular medical care applies to those who would need a close monitoring in about 6 months to 1 year (using national health insurance) and those who are confirmed to be beyond the normal range of A2.



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2  Summary of the fine-needle aspiration biopsy results
   (1) Results of biopsy (as of September 30, 2013)



Addendum dated November 14, found here, states, "As for one of the 26 papillary cancer cases, its histologic type is currently under close investigation."

   (2) Age and gender distribution of the 59 cases confirmed or suspected of malignancy by biopsy (as of September 30, 2013; including the case post-surgically confirmed to be benign).



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   (3) Results of the basic survey for the 59 cases confirmed or suspected of malignancy by biopsy, etc.
   21 (35.6%) of them submitted the basic survey questionnaire, and 12 (57.1%) of them were in the dose range below 1 mSv. The meaning and importance of the questionnaire will be explained to the rest of them in order to encourage them to turn it in.

Breakdown of the effective dose estimates by age and gender for those who submitted the basic survey


   (4) Blood tests and urinary iodine (as of September 30, 2013)

※1  FT4: A thyroid hormone with four iodine atoms; high in Basedow's (Graves') disease and low in Hashimoto's disease.
※2  FT3: A thyroid hormone with three iodine atoms; high in Basedow's (Graves') disease and low in Hashimoto's disease.
※3  TSH: A hormone secreted by the pituitary gland in the brain, which orders the thyroid gland to release thyroid hormones; high in Hashimoto's disease and low in Basedow's (Graves')  disease.
※4  Tg (thyroglobulin): A precursor to thyroid hormones.  Present in the thyroid gland in a large quantity.  High levels indicate destruction of the thyroid gland or production by tumor.
※5  TgAb (anti-thyroglobulin antibody): An autoantibody against thyroglobulin; high in Hashimoto's disease or Basedow's (Graves') disease.
※6  TPOAb: An autoantibody against an enzyme called peroxidase; high in Hashimoto's disease or Basedow's (Graves') disease.
※7 FT3 is corrected for age.

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   (5) Results of the secondary examination by municipality (as of September 30, 2013)

FY 2011 secondary examination results by municipality (13 municipalities nationally designated as the evacuation zones) 

※1 Does not include the case that was suspected of malignancy after biopsy but turned out to be benign after surgery.
※2 Includes subjects from outside the 13 municipalities nationally designated as the evacuation zones but underwent thyroid ultrasound examinations at schools and other locations.

FY 2012 secondary examination results by municipality (Iwaki City includes only some districts such as Hisanohama)


FY 2013 secondary examination results by municipality


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3   Implementation of the full-scale examination
   The thyroid examination conducted from October 2011 through March 2014, considered the "preliminary examination," will continue as the "full-scale examination" beginning April 2014.
   Summary of the current "preliminary examination" and the improved features in the "full-scale examination" are described below.
   From now on, in order to engage in the maintenance and promotion of participants' health, implementation plans will be established to ensure the smooth and reliable examination with cooperation from the examination facilities inside and outside Fukushima Prefecture, the concerned academic societies and the related organizations.

(1) Summary of the thyroid examination

A. Summary of the preliminary examination

Targeted subjects

Fukushima Prefecture residents who were generally 18 or under at the time of the Great East Earthquake, specifically including those who were born between April 2, 1982 and April 1, 2011.

The primary examination

The examination to assess the current status of thyroid gland (mainly the presence or absence as well as the size of cysts and nodules) using the ultrasound diagnostic equipment.

Assessment results

Assessment A: (A1) No nodules or cysts.
                          (A2) Nodules 5.0 mm or smaller or cysts 20.0 mm or smaller. 
Assessment B: Nodules 5.1 mm or larger or cysts 20.1 mm or larger.
                            Moreover, A2 will be upgraded to Assessment B if the condition of thyroid gland warrants the secondary examination.
Assessment C: The thyroid gland condition warranting the immediate secondary examination.

The secondary examination

The examination conducted on those in need of more detailed tests as a result of the primary examination. It consists of ultrasound examination, blood and urine tests, and fine-needle aspiration biopsy when needed.

(For information)

The regular follow-up examination
Beginning April 2014, the regular follow-up examination (full-scale examination) will continue every 2 years up to age 20 and every 5 years after age 20.
Regular medical care
・A re-examination is conducted, as close monitoring, generally in 6 months to 1 year.
・Consists of examinations and/or medical procedures (such as surgery).

B. Improved features for the full-scale examination

(a) Targeted subjects
   In addition to the targets subjects in the preliminary examination, those born between April 2, 2011 and April 1, 2012 are to be included, giving rise to a total targeted subjects of approximately 385,000.
(b) The implementation period
   All targeted subjects are to be examined in two years from April 2014 to March 2016.
After that, the examination is to be conducted, on a long term, every 2 years up to age 20 and every 5 years after age 20.
(c) The implementation facilities
   The primary and secondary examinations are to be conducted by the examination facilities inside and outside Fukushima Prefecture as well as Fukushima Medical University.
(d) The primary examination implementation system
   Non-school age children, college students and adults will be examined mostly at the examination facilities within Fukushima Prefecture (examinations at public facilities to be concurrently carried out until the examination system is fully established), and elementary, junior high and high school students will be examined at the traveling examinations at schools. Non-Fukushima residents are to be examined at the out-of-prefecture examination facilities.
(e) The secondary examination implementation system
   In order to facilitate the secondary examination and improve the convenience for the participants, efforts will be made towards appropriate examinations at the examination facilities within and outside Fukushima Prefecture as well as Fukushima Medical University.

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(2) FY 2015 and FY 2016 examination schedule, proposed

4.   Simplification of the information disclosure procedure for detailed information about the thyroid examination

   In regards to the self request for information disclosure relating to the thyroid examination, 
an easier process has been established. From now on, it will be conducted as below.

   (1) For the identity confirmation, submission of an extract of the family register is no longer required. As a rule, a copy of the examination notification sent tom Fukushima Medical University or the examination result notification is to be used for identity confirmation.

   (2) Multiple steps previously carried out by the person requesting information disclosure will be, as a rule, completed in one step.
   (3) No fee will be charged for the information disclosed.

Details are to be posted on the home page of Radiation Medical Science Center for the Fukushima Health Management Survey at Fukushima Medical University , http://fukushima-mimamori.jp/.


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Supplement 1
Implementation status of the primary examination by municipality

FY 2011 target municipalities (The 13 municipalities nationally designated as evacuation zones) (as of September 30, 2013)


※1 The top row shows the number of examined participants, the middle row the progress rate in each age group, and the bottom row the proportion of the examined participants in each age group.
※2 The number of the out-of-prefecture residents who were examined during the in-prefecture examination, at the out-of-prefecture examination facilities or or the out-of-prefecture traveling examinations.
※3 The number of examinees who underwent thyroid examination at schools and other facilities outside the 13 municipalities nationally designated as evacuation zones.
● Proportions shown up to the first decimal point may not add up to 100% due to rounding up/down of individual number.
● Age shown is as of March 11, 2011.

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FY 2012 target municipalities (Iwaki City includes only some districts such as Hisanohama) (as of September 30, 2013)
● Participants examined at their current schools are categorized in municipalities where schools are located. At the completion of the preliminary examination, they will be recategorized in their municipalities of residence at the time of the accident.

FY2013 target municipalities (as of September 30, 2013)


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Supplement 2
Implementation status of the primary examination by prefecture
● The number of subjects examined includes those examined at out-of-prefecture examination facilities as well as the traveling examinations by Fukushima Medical University.
● The traveling examinations by Fukushima Medical University were conducted in Niigata Prefecture (twice), Yamagata Prefecture (twice) and Kanagawa Prefecture (once).

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Supplement 3
The results of the primary examination by municipality

FY 2011 target municipalities (The 13 municipalities nationally designated as evacuation zones) (as of September 30, 2013)

※1 The number of examinees who underwent the thyroid examination at schools and other facilities outside the 13 municipalities nationally designated as evacuation zones.
● Proportions shown up to the first decimal point may not add up to 100% due to rounding up/down of individual number.

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FY 2012 target municipalities (Iwaki City includes only some districts such as Hisanohama) (as of September 30, 2013)
● Participants examined at their current schools are categorized in municipalities where schools are located. At the completion of the preliminary examination, they will be recategorized in their municipalities of residence at the time of the accident.

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FY 2013 target municipalities (as of September 30, 2013)

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Supplement 4
1    Age and gender of participants whose examination results have been confirmed



● Proportions shown up to the first decimal point may not add up to 100% due to rounding up/down of individual number.
● Age shown is as of March 11, 2011.

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2   The presence/absence and the size of nodules

(as of September 30, 2013: Results have been confirmed for those examined up to August 23)






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3   The presence/absence and the size of cysts

(as of September 30, 2013: Results have been confirmed for those examined up to August 23)






Page 17
Supplement 5
Implementation status of the secondary examination by municipality

Progress rate (as of September 30, 2013)

FY 2011 target municipalities (The 13 municipalities nationally designated as evacuation zones)

FY 2012 target municipalities (Iwaki City includes only some districts such as Hisanohama)


FY 2013 target municipalities


※1 The number of examinees who underwent the thyroid examination at schools and other facilities outside the 13 municipalities nationally designated as evacuation zones.

● Proportions shown up to the first decimal point may not add up to 100% due to rounding up/down of individual number.
● Age shown is as of March 11, 2011.
● Participants examined at their current schools are categorized in the municipalities where schools are located. At the completion of the preliminary examination, they will be recategorized in their municipalities of residence at the time of the accident.

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