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Radiation Exposure and Risk

Ionizing radiation damages living things and contaminates the environment, sometimes permanently. Studies have shown increases in cancer around nuclear facilities and uranium mines. Radiation mutates genes which can cause genetic damage across generations.

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Friday
Jul192019

“Oops”: Manipulated childhood cancer data hides radiation impact, harms public health protection

This article relies heavily on postings at Fukushima Voice version 2e. Revelations and analysis below would be impossible without the painstaking translations and thoughtful discussion Fukushima Voice provides.

As the Fukushima nuclear catastrophe unfolded in March 2011, experts began applying lessons (some poorly learned or incomplete) from other nuclear disasters, primarily Chernobyl. After Chernobyl, it took nearly a decade for official experts to admit what data were revealing: exposure to radioiodine, one of the nuclides released from nuclear power disasters, increases thyroid cancer. Those who were children at the time of their exposure were particularly vulnerable. As radioactive clouds blanketed the areas surrounding the melting Fukushima reactors, officials were conflicted about the application of stable potassium iodide (KI) to keep radioiodine from penetrating the thyroids of members of the public.

Shunichi Yamashita, a doctor who had studied thyroid cancers in the Chernobyl-contaminated areas, expected no impact from radioiodine exposure. Reports differ, however, with some saying that Yamashita was publicly claiming no danger, while secretly telling experts he had serious concern about child thyroid cancer. He encouraged those who may have been exposed to protect themselves against radiation by being in a good mood and laughing. FMU had taken the precautionary measure of distributing KI to its staff members and their children. FMU claimed this was to cajole nervous hospital staff into staying during the initial disaster, rather than to protect their health. The staff, however, was sworn to secrecy regarding this decision. Fukushima Prefecture failed to tell FMU to administer KI to the public. FMU waited for Yamashita to inform the issue and he said taking KI was unnecessary, so many in the public were left unprotected. “Yamashita admitted that he had given incorrect information shortly after the disaster when he advised FMU not to dispense potassium iodide tablets to children.” After he had made his decision, he reportedly looked at the fallout maps and said “Oops”.

In the wake of continuing contamination threat and public concern, the Fukushima Prefectural government tasked FMU with overseeing the Fukushima Health Management Survey (FHMS) of which thyroid ultrasound examinations (TUEs) were to be a part. Oversight committees were formed to issue reports on data collected through the FHMS. Yamashita was put in charge of the FHMS, making those who had claimed there was no danger from radioiodine exposure the ones in charge of researching the results of their mistake. In fact, Yamashita has “commented that the main aim of the Health Survey is to reassure people.”

Later, when Dr. Yamashita stepped down as head of the FHMS (he remains Vice President of FMU), some claimed he was leaving not because he ran the study poorly, but because he failed to communicate properly. (Yamashita is still involved with the study – his name appearing on much of the published research ostensibly based on FMU data.) Yet from the outset, FMU has provided incomplete and misleading thyroid data from the FHMS to the oversight committees, resulting in reports that are confusing, with conclusions that even by the committee’s reckoning are unreliable. Outside researchers have also noticed this poor quality. Despite obvious shortcomings, Fukushima thyroid data are being wielded to alter the way we study radiation’s impact on thyroid, and to downplay the world-wide increases current research is revealing.

Missing and misused data

FMU is keeping some primary clinical and demographic data hidden, even from the oversight committees, despite the committees’ repeated requests that these data be shared. FMU shares analytical results that are derived from this data but these results are often manipulated – such as with comparisons to data from Chernobyl data that have been misrepresented. At the most recent press conference, June 3, 2019, committee members were asked to grade the conclusions of their report based on the information provided by FMU. They graded the report reliability at under 60%, citing lack of dose information and missing cases.

FMU has failed to report all the thyroid surgeries conducted either by it or other facilities. Since childhood thyroid cancers are rare under normal circumstances, missing even one case can skew data results. Further, FMU has changed data presentation so that it is not comparable to previously collected data. This will probably curtail current, independent, ongoing research into any connection between thyroid cancers and radiation exposure.

FMU often uses methodologies for data analysis that are unclear, illogical, and therefore unable to be explained (Makino, in publication) much less replicated. Attempts to correct some of these shortcomings have not fully succeeded. Much of the data uncertainty is only discernible to those with Japanese language skills. The datasets have never been published in their entirety in Japanese and the fact that data are missing has never been officially disclosed in English.

For any health study, the most reliable data come from comparing disease outcomes among those who were exposed to the pollutant in question (in this case radioiodine), to those who were unexposed. Having an unexposed population is especially important when it is hard to know what level people were exposed to. The amount of disease in the unexposed population is considered a baseline, or the amount that would occur in a population naturally. If the amount of a disease, such as thyroid cancer, is increased in the exposed population compared to the unexposed, the pollutant in question may be responsible.

However, FMU is insisting that they can establish thyroid cancer baseline with data collected beginning in late 2011 using exposed populations. At first, researchers said that the number of thyroid cancers discovered between late 2011 through 2013 – dubbed the first round examinations, would determine baseline cases. Researchers are now claiming that true baseline may include cases that were discovered through 2016 when the second round examination was scheduled for completion. This shifting baseline imperils reliability of thyroid data and further calls into question the methodologies of the researchers tasked with assessing health impacts of radiation.

The minimum latency for thyroid cancer, according to the World Trade Center Health Program, is 1 year (in persons under 20 years old) to 2.5 years. These latencies are based, in part, on the National Academy of Sciences findings on low-dose radiation exposure. But FMU researchers are claiming that if any thyroid cancers were discovered between 2011 and 2013 (or now 2016) these cases would not be attributed to radiation. In fact, these cases could have developed or grown faster because of Fukushima radiation exposure according to accepted latency, but FMU would consider them “normal” or “baseline”, in effect hiding the true impacts of exposure.

FMU claims that the increased cases of thyroid cancer found through TUE are probably due to overdiagnosis, implying that these cancers were “quiet” and would have remained clinically hidden had monitoring not occurred. But enough of these cancers had metastasized to other areas of the body that surgical removal was indicated (slide 12) for the vast majority of them. In the absence of screening, these cancers would have been caught later, probably requiring more aggressive treatment, leading to a decreased quality of life.

Thyroid cancer data from pre-Fukushima Japan indicates some differences with the post-Fukushima thyroid cancers in the FHMS. For instance, tumor size at removal was smaller for FHMS cases, yet invasion to other tissues was higher, indicating not only that surgical removal was necessary, but that these post-Fukushima smaller tumors could be more aggressive. The pre-Fukushima data from Japan is a very small sample size, so further research should be done. It should be noted that tumor size and invasiveness from FMU cases most closely resemble not those of pre-Fukushima Japan, but those of Belarus post Chernobyl.

Despite misused and missing data, the committee made comparisons of these data to dose estimates from the United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR), which are based on deposition of radiocesium. But the deposition pattern of radiocesium does not necessarily mimic where radioiodine travelled, so doses using this method are full of “significant uncertainties” and should probably not be used. The irony is radioidine is a known exposure concern during the initial phase of a nuclear power catastrophe, so direct radioiodine measurements could and should have been taken. If they were taken, they should be used. This does not appear to be the case with radioiodine from Fukushima.

Mishandling of data misleads future research and jeopardizes public health

One FHMS committee member, Toru Takano, makes the highly controversial claim that thyroid cancer in children will eventually become “self-limiting” therefore, current screenings are leading to overdiagnosis and unnecessary surgery because these cancers will stop growing and not cause death. There is no scientific proof that childhood thyroid cancers will “self-limit” even after they start invading other organs. Nor is there scientific support for a subclinical pool of thyroid cancer in children, another claim made by FMU researchers. Following on the overdiagnosis trope, some are now questioning whether screening should also be curtailed because it is too psychologically damaging.

It is no surprise then, that the FHMS thyroid committees continue to debate the usefulness of screening, despite clinical indications that screenings have led to necessary surgical removal of invasive thyroid cancers. Yet international bodies like International Agency for Research on Cancer (IARC) are starting to recommend against systematic thyroid screening after a catastrophe like Fukushima, for fear of overdiagnosis and psychological impact. Additionally, IARC’s report, based on input from Fukushima researchers, recommends screening not begin at doses under 100-500 mGy. This despite studies showing increases of thyroid cancer as low as 25mGy for those exposed as children.

In short, Fukushima thyroid data collected and partially hidden from international researchers is being used to alter internationally accepted radiation exposure recommendations.  This is all the more ridiculous since the baseline for thyroid cancer after Fukushima uses people who were exposed to Fukushima radioiodine, rather than using unexposed children, even in the face of unknowable doses. 

A revelation that pediatric thyroid cancer increased “in the US 4.43% annually from 1998 to 2013” exposes the need to screen people in the wake of nuclear catastrophes, not backpedal on that responsibility.  Researchers concluded that this was a "true increase” (not due to increased surveillance –a claim made by researchers using the Fukushima data as evidence). Such data necessitate recognition that we have been exposed to nuclear pollutants from bomb and power fallout since the 1940’s. Failing to research the impact radiation has already had on our current disease environment makes it impossible to fully understand the compounding damage caused by additional radiological catastrophes like Fukushima.

In truth, we are no longer starting from zero man-made radiation exposure, so the concept of “overdiagnosis” is skirting irrelevance since a portion of our current disease burden already comes from exposure to anthropogenic radiation exposure. Given independent data and research (which we currently lack), one could tease out what part of thyroid cancers Fukushima radioiodine is responsible for. Teasing out the role older radioiodine exposures play in background thyroid cancer levels throughout the decades is more difficult. Commenting on the pediatric thyroid study, Dr. David Goldenberg, an ENT-otolaryngologist, Pennsylvania State University College of Medicine advocates for investigating "whether changes in environmental factors or lifestyle changes are driving part of this increase". He continues: “it is our role as physicians to protect our patients from complacency and undertreatment. Explaining away thyroid cancers as being subclinical or clinically insignificant is reminiscent of days past when we told our patients: ‘don’t worry, it’s good cancer.’”

Manipulation and concealment of Fukushima thyroid data masks the true impact of radioidine exposure. But it is also beginning to influence the way we study thyroid disease overall, having implications beyond study of Fukushima or Chernobyl. Steps to curb screenings and monitoring are pernicious because they enshrine the withholding of life-enhancing or life-saving treatment for victims of radiation exposure. Further, withholding data from independent researchers will disallow any effort to replicate study conclusions made by FMU and the thyroid committees. This is politics masquerading as authoritative and independent decision-making based on science; in reality, it has no true scientific support and is an attempt to bury the story of radiation’s impact on survivors of Fukushima.

Wednesday
Apr102019

Anime characters warn of radiation at 2020 Olympics: SIGN PETITION  

SIGN PETITION        
April 10th is Fukushima Fallout Awareness Network's annual Becquerel Awareness Day. It's an opportunity to focus on the dangers of man-made radiation's effects on our health and environment. FFAN believes that, by understanding the consequences of nuclear, we can expedite the transition to safe alternative energy. Becquerel Awareness Day is a collective push to do just that.
 
This year FFAN's very own heroic anime characters Geiger Girl and Becquerel Boy will share their unique messages online from April 10-14th but they need your help. Here's what you can do:  
Tokyo 2020 officials have enlisted many of Japan's most beloved anime characters to promote the radioactive Olympics. Let's give Geiger Girl and Becquerel Boy a fighting chance! Thank you for helping FFAN spread the word April 10-14th. More detail
Thursday
Mar212019

What took so long? Scientists consider long-term health monitoring after radiation exposure

It’s been 40 years since the partial meltdown of the Three Mile Island (TMI) Unit 2 reactor in 1979 and more decades still since the first above ground atomic bomb explosions. Our atomic history is littered with assorted spills, releases, leaks, some secret, some not. Any of these national or local exposure events should have spurred our federal agencies to establish proper health registries. Such registries should have assessed health impacts not just in the short term, but also over lifetimes. Yet establishing functional and accessible registries for monitoring health of civilian individuals following radiation releases has been challenging. A meeting, attended by Beyond Nuclear and requested by the Centers for Disease Control, and hosted by the National Academy of Sciences, examined what needs to be considered when establishing a registry.

Better late than never? Yes and no. Gaping holes still exist between the science the experts prefer to study and the science we need them to study.  The intractable conflict persists between valuing theoretical representations or assumptions of exposure, over the lived reality of those exposed.

Three Mile Island mystifying silence

“No one really thought about bringing public health to the table until about two years ago” – Andrew Pickett, Pennsylvania Department of Public Health

The most glaring omission in a meeting on long-term health monitoring after radiation exposures in the U.S. was the near silence on Three Mile Island – the U.S.’s only admitted civilian reactor meltdown. At the very least, the meeting should have examined what went so very wrong for the residents around the facility when federal agencies incorrectly denied the population was exposed to high radiation levels; and then denied their responsibility for health investigations in the area. Was there a registry created? If not, why not? If so, what did it show and did it fall short? These questions were not addressed at this meeting. Instead, Andrew Picket, Pennsylvania Department of Public Health, contended that “[n]o one really thought about bringing public health to the table until about two years ago.” The communities around the ruined reactor thought about it. They asked for proper health investigations. Repeatedly. Loudly. They were continually patronized, belittled and rebuffed.

Instead of the health registry they deserved, the under-resourced public around TMI was left to the mercy of the courts to decide the question of harm. The court hamstrung health research so that even well-designed epidemiological studies couldn’t associate health impacts with radiation exposure. It was, in part, this misuse of health data that left those around TMI unrecognized and uncompensated; and the rest of the world deceived about what really happened. Increases of lung cancer and leukemia were associated with radiation exposure through blood evidence. Current research has found that thyroid cancers in the TMI community carry a biological mark specific to radiation exposure[1], are more aggressive and appear earlier[2], than thyroid cancers outside of the TMI community, indicating that the long-term impacts of TMI are still with us. Without understanding the myriad of missteps surrounding the TMI health investigations, we are being set up to repeat them. 

Theory versus life: Gaping holes remain

Science has shown that all radiation doses carry risk. Individuals who were exposed to low doses should be included in any registry, despite the concerns over cost that were voiced at the meeting. Women, children and pregnancy are at highest risk, so their exposure circumstances, particularly for any pregnant or potentially pregnant person and offspring, should be meticulously recorded. Although some at the meeting contended that the type of contamination event should matter for inclusion in the registry, it should be dose level that matters. Dose levels for inclusion should remain the same across all such events.

A registry needs to not only focus on the initial exposure’s impact over the long term, but also must account for continuing new exposures that often follow. This accounting is especially important since people are often forced to live in radiologically contaminated environments and eat contaminated food. While this meeting refreshingly moved past the “no immediate danger” trope into a desire to examine long-term impacts, it did not specifically consider impact of lower, chronic doses that societies have been asked to endure for the “benefit” of nuclear technology.

Ongoing exposures occur directly, but some of the damage they cause can be carried across generations. While a dose (internal or external) may be considered low to each generation, calculating only the dose to each individual generation may result in underestimating the total damage future generations will have to endure. This is another reason why even individuals exposed to so-called “low” doses should not be excluded from any registry. The concept of compounding generational dose was not present at this meeting, yet needs to be a consideration when building a health registry.

Radiological emergencies come in many forms. While the meeting focused on civilian meltdowns and atomic bomb explosions, many live with radiological contamination not just from single events, but from small releases over the long-term like those that have contaminated uranium mining and milling sites. For this reason, health registries should focus on the exposed, not only single events. 

Any health registry should focus on radiation’s impact on the human body, not just theoretical re-creation of doses that may or may not represent actual health damage. To its credit, this meeting featured two presenters who research the marks radiation leaves in exposed humans. These marks or “bioindicators” can play a large role in reliably reconstructing dose even years after exposure has occurred. Some bioindicator tests have been around since the mid-20th century, but have rarely been used to reconstruct radiation exposures to the public. While the meeting highlighted these techniques, concluding remarks were vague on future application. 

Although a summary is forthcoming, recommendations will not be given

The meeting offered some positive steps forward for establishing radiation health registries, like the desire to include low doses and the highlight of bioindicators. However, major issues still need to be addressed to establish a robust registry that will serve the public: the willful ignoring of public concerns at TMI and the ensuing setbacks, the struggle to account for enhanced susceptibility, the impacts of low-dose radiation across generations. The NAS expects to release a summary report of the meeting in Fall 2019, but by design, no recommendations will be forthcoming. To see the meeting in its entirety, visit the NAS webcast archive site.


[1]Goldenberg, D. Altered molecular profile in thyroid cancers from patients affected by the Three Mile Island nuclear accident. Laryngoscope. 2017 Jul;127 Suppl 3:S1-S9.

[2] Presentation of Renu Joshi, M.D. Nuclear Hotseat Podcast:  This Week’s RETURN TO TMI at 39 – SPECIAL.

Thursday
Mar072019

Fukushima at 8: Accusations of scientific misconduct concern city in Japan

Date City produces peaches and dried persimmonsEight years after the Fukushima nuclear reactors exploded on Japan’s Northern coast, spewing radioactive particles into the air, across the land, and into the Pacific Ocean, the country continues to struggle with decontamination and relocation efforts. Determining the health impacts resulting from the nuclear disaster has been particularly fraught. For Date City, about 60 km from the ruined Fukushima reactors, and still blanketed by radioactive contamination from the ongoing catastrophe, the struggle for protection of health continues amid accusations of scientific misconduct and betrayal.

After the nuclear catastrophe began, Date City residents received glass badges that measured radioactivity. About four and a half years of measurements collected from these glass badges were used by Ryugo Hayano, Professor emeritus from the University of Tokyo and Makoto Miyazaki from Fukushima Medical University (FMU) to initially publish two studies in the Journal of Radiological Protection (JRP). Radiation policy makers in Japan often reference the second of these two studies, indicating they trust the data and conclusions it offers. However, earlier this year, Shin-ichi Kurokawa (Professor Emeritus of The High Energy Accelerator Research Organization) and Akemi Shima (resident of Date City) contended that this research and the studies using it, are compromised by serious ethical violations and scientific misconduct.

Date City officials requested the studies subsequent to their adoption of a 5 mSv annual radiation exposure limit, which represents a huge increase of radiation exposure to residents. Date City has also limited decontamination efforts in certain areas, and the former mayor Shoji Nishida, requested that the International Atomic Energy Agency proclaim 5 mSv per year safe, instead of the current 1mSv. More detailed information is coming to light as a new mayor of Date City has been elected.

Kurokawa first raised concerns about the second study in a peer-reviewed August 2018 letter sent to JRP. The JRP, a U.K. journal, has yet to publish Kurokawa’s critique, so he published it on a Cornell University website in December 2018. Kurokawa also published a timeline and further critique of Hayano’s response to the letter in Harbor Business Online in February 2019, original article in Japanese. This research has also been reported on Retraction Watch, a website that tracks published troubled papers, although there are more serious concerns than those RW highlights.

Hayano has admitted (English translation here) to a miscalculation that underestimated doses to Date City residents by three times. Hayano also admits to destruction of the data on which the studies were based, claiming this “deletion” was in accordance with research protocol of the study. But Kurokawa disputes that, pointing out that data destruction is a violation of Japan’s ethical guidelines on handling human data – guidelines that instruct researchers to keep the data as long as possible. This destruction of data, and failure to publish a promised third study, appear to conceal evidence that found very high internal doses of radioactivity in some residents of Date City.

The Date City glass badge experiment

The research used glass badge data from approximately 59,000 Date City residents. These badges, paid for and distributed by Date City, supposedly measured the external radioactivity that each individual was exposed to beginning about August 2011, approximately 5 months after the nuclear catastrophe began, until the summer of 2015. The mayor’s office of Date City provided both the glass badge data and data on internal exposures for individual residents.

According to research protocols agreed to with FMU, Miyazaki and Hayano planned to publish three studies based on these data. The first, comparing individual external doses to survey results of airborne radiation from the Government of Japan, was published in 2016. The second, a prediction of lifetime dose and an evaluation of the effect of decontamination on doses to individuals, was published in 2017. The third study, examining the relationship between external doses and internal doses, will not be published. Instead it has been replaced by a study on a different topic.

Where things went wrong

Bad glass badge data

Perhaps the experiment was doomed from the start as the Miyazaki-Hayano studies admit some residents of Date City may not have worn the glass badges on their bodies or actually lived at the address registered for the badge. Such improper badge use would immediately compromise any conclusions reached concerning individual doses, but the researchers used the data anyway.

Mishandling and destruction of data

In addition to questionable glass badge measurements, Kurokawa contends the Miyazaki-Hayano research suffers from mishandling and destruction of data that violates ethical guidelines:

  • Residents (research subjects) of Date City were not informed of the content of the research prior to the research commencing, and were not given opportunity to refuse use of their data. Miyazaki, being a municipal advisor on radiation to Date City as well as a study author, should have known how to handle this properly, yet he did not.
  • Miyazaki and Hayano failed to note that some residents had not consented to use of their data, a fact obvious in the data supplied to them by Date City. They further failed to obtain consent from those residents prior to use of their data.
  • Hayano presented data before the research protocol was submitted to, and approved by, an FMU Ethics review committee.
  • Residents were not told of the papers once they were published, nor were they told that the Mayor’s office of Date City had requested the papers be published. This presented a conflict of interest since the Date City Mayor’s office had an agenda (see slides 21 & 26) of encouraging residents to increase “resilience” while living in a contaminated environment. For residents, this means consuming contaminated food and restricting decontamination efforts per Date City’s new 5 mSv annual exposure limit. A few months after Date Mayor Shoji Nishida announced this “resiliency” policy, Miyazaki was hired as radiation advisor to the city.
  • Miyazaki and Hayano violated research protocol by replacing the third study originally agreed to, with a study that said nothing about internal versus external doses.
  • At the conclusion of the research, all of the data were destroyed. According to records obtained by an information request filed by Shima, Kurokawa’s co-author of the Kagaku article, Hayano created an integrated database at the request of Date City, but did not share this database with the city. Therefore, when the database was destroyed, Miyazaki and Hayano knew that Date City could not replicate it or the data it contained.

Kurokawa points out that research conducted in Japan must follow the ethical guidelines based on the Declaration of Helsinki for proper protocols in handling medical and health research involving human subjects, such as valuing welfare of the research subjects over that of scientific results. FMU approved the Miyazaki-Hayano research papers under these protocols – protocols this research seriously violated by not allowing people to control use of their own data and by destroying the data after publication so that neither researchers nor the research subjects, can access it or replicate the studies.

Underestimation of dose

In addition to the mishandling of data, Kurokawa has discovered discrepancies in the values of cumulative doses in paper 2, which appear to underestimate actual doses. Hayano has, by his own admission, underestimated individual doses by three times. Professor Hayano says that he will issue a correction (corrigendum) for this dose underestimation, but has failed to completely answer the additional serious discrepancies, and the ethical violations of mishandling and destruction of data Kurokawa notes.

Why the “phantom” third study matters

The missing third study was supposed to investigate correlation between external and internal individual doses – a correlation Miyazaki and Hayano had already hypothesized would not exist. However, upon reviewing other data in Date City reports, the opposite was found: “[there was very] clear correlation between the external and internal doses…some cases with very high levels of internal exposure measurements.” Kurokawa offers his own hypothesis as to why Miyazaki and Hayano never published a paper on this third research question:

The true reason for not publishing Paper 3 could be the discovery of a clear correlation between the external and internal doses with some residents showing internal exposure measurements of several thousand Bq even since 2015. Not publishing inconvenient results despite receiving the internal exposure dose data from Date City would have to be considered a violation of the Ethical Guidelines. (emphasis added)

This correlation also reveals that Date City’s “resiliency” plan is not protecting its residents. Miyazaki and Hayano’s unwillingness to address internal dose evidence in the Date City data also calls into question Hayano’s other research on internal doses issues such as monitoring of food and whole body scans of children, the last publication of which appears to be in 2015.

Mistaken assumptions based on faulty studies

Japan’s Radiation Council (JRC) on setting standards for protecting people from radiation often references this ethically and scientifically compromised research in discussions, particularly the second paper, which was the focus of Kurokawa’s critical letter. Hayano’s work is often mentioned by other scientists and press as indication that doses from Fukushima radiation are low, that decontamination efforts paid for by Date City funds, might not have been necessary, and that living in an environment contaminated by “low” levels of man-made radiation is acceptable.

Where was the peer-review?

For its part JRP has now determined at this time that a correction for the dose underestimation is all that is needed, while an investigation into the consent issue is conducted. JRP claims to adhere to the Declaration of Helsinki for proper protocols in handling medical and health research involving human subjects. However, data misuse and destruction should require retraction of the papers, not correction.

Kurokawa contends that underestimating 70-year lifetime doses by three times is a severe enough miscalculation that a mere correction will not suffice, implying the conclusions of the papers are now in jeopardy. Hayano is claiming, falsely, that JRP wants a rewrite of the paper. Even if JRP did want a rewrite, it is unclear how Hayano intends to accomplish this since the Date City data on which the original papers were based have been destroyed. Kurokawa states:

There is no way to rewrite a paper when the research has already completed and all the data have been destroyed. Even if Date City were to re-supply the data to FMU, it would be considered new research and a new research proposal would have to be submitted to the Ethics Review Committee at FMU. A resulting paper would no longer be a revised version, but an entirely different paper based on new research. A scientist should never conceal such information, let alone pretend as if what was requested by JRP was a rewritten paper when it was a corrigendum that was actually requested. (emphasis in original English translation)

To date, neither Miyazaki nor Hayano have responded in the customary fashion, which would be to answer Kurokawa’s original letter criticizing their published research point-by-point. Kurokawa has published an analysis of Miyazaki-Hayano paper 1 in the March issue of Kagaku in Japanese, and will be publishing detailed analysis of paper 2 in April 2019.

Thanks to Yuri Hiranuma for input and review of this article and for the translations used to write it. See Yuri's blog.

Wednesday
Dec122018

Ann Arbor moves to harmonize radiation emergency planning with international best practices

The emergency planning zones for three U.S. atomic power plants (Michigan’s Fermi 2 and Ohio’s Davis-Besse and Perry) span an international border between the United States and Canada. Following Japan’s Fukushima nuclear disaster, radiation protection actions were upgraded by Canadian authorities ---particularly for young children, infants and pregnant women---and unchanged by the U.S. Nuclear Regulatory Commission. As a result, Canadians living in potential radiation emergency zones from U.S. reactors are now better prepared than the U.S. population. That doesn’t make sense.  

The City of Ann Arbor, Michigan’s Environmental Commission wants to harmonize radiation protection for its citizens with what Canadians are now getting for the Fermi atomic power plant. The Commission unanimously approved a resolution co-authored by Beyond Nuclear asking that the Mayor and City Council request the Washtenaw County Public Health Department, the State of Michigan and the U.S. Nuclear Regulatory Commission to strategically stockpile potassium iodide tablets (KI) for the population within the city, the county and the 50-mile emergency planning zone around the Fermi-2 nuclear power station located in Monroe, MI.  City officials want the public health department and nuclear regulatory authority to harmonize the protective actions for their citizens with international best practices for the same reactor site.

There is now a consensus of the professional medical community that the pre-distribution of KI is prudent. If ingested shortly after a nuclear accident, it is a safe, effective and affordable prophylactic treatment that blocks absorption of cancer-causing radioactive iodine into the thyroid gland.  According to a July 2017 scientific statement published by American Thyroid Association (ATA) and its conclusion affirmed in November 2018 policy paper of the American Academy of Pediatrics (AAP), the pre-distribution of KI tablets to the population within a 50-mile radius of every nuclear power station with special attention to the youngest at greatest risk is an “essential adjunct to evacuation, sheltering and avoiding contaminated food, milk and water.”

In December 2017, the Canadian Nuclear Safety Commission and the Ontario Provincial Government upgraded their 2014 post-Fukushima radiological preparedness plan for populations around Canadian reactors  to additionally mandate that KI be pre-distributed to Canadians within the 10-mile radius and to stockpile and make KI available upon request to Canadians residing within the overlapping 50-mile radii of three U.S. nuclear power stations (Fermi-2 in Michigan, Davis-Besse and Perry in Ohio).  The U.S. Nuclear Regulatory Commission similarly reviewed the distribution of KI tablets beyond the 10-mile emergency planning zone and concluded no regulatory changes were needed.

KI is now being distributed to the Ontario city of Amherstburg and the counties of Windsor, Essex and southern Chatham for the three U.S.-based power reactors.

The city of Ann Arbor is seeking equal radiological emergency preparedness for the US-side of the Fermi 2 emergency planning zone. 

The video of the December 6, 2018 Environmental Commission meeting can be viewed at                          >  http://a2gov.legistar.com/Calendar.aspx  <  as a special presentation and commission discussion. The KI agenda item begins with public comments (@1:57 min. through 4:37 min. marker) and a special presentation by Beyond Nuclear, thecommission discussion and approval (@5:50 min. through 40:40 min. marker).

The City resolution will now go before the Mayor and City Council for review and the vote.