Support masks for farm workers – and the science of homemade masks

I hope that you and those who you care about are safe during the COVID-19 pandemic. Without a doubt, this is a difficult time for so many people around the country and the world. I don’t need to tell you the number of people who have gotten sick or died because you hear it every day, and tomorrow it will just be higher. As doctors, nurses, scientists, public leaders, grocery store workers, farmers, and more work to slow the spread of the disease and mitigate its impacts, it can be difficult to find ways to help besides staying at home and protecting yourself and your family. Here’s what we’re doing to help, and how you can help too: Biofortified is making fabric masks for farm workers – and doing research on fabric mask efficacy too! We need your support so that this can continue until the pandemic is over. Read about our efforts, and see below how you can contribute to these projects.

100 face-fitting masks in 3 sizes. Frank N. Foode and Lanakila Papaya sport their own mask styles. These masks were shipped to farm workers. Credit: Karl HvM

Sewing our way to safety and sanity

As many of you know, I’m very good at sewing. I’m known for my homemade shirts! When I found my research at UC Riverside shut down mid-March, I knew that I could contribute by sewing masks so that people could keep each other safer when they have to go outside. A friend of mine, comedian Kristina Wong, tagged me and a few others she knew who could sew, so she had the same idea. She knew about my sewing because I helped her finish some costumes and props for some of her public performances, and she was getting a group together. Soon she was all over the news with her effort, and the Auntie Sewing Squad was born.

She’s been doing a great job organizing the now 600-strong group of volunteer cutters, seamsters, drivers and more, and we are churning out thousands of masks per week. Requests come in from all around the country, from New York hospitals to local care facilities and grocery stores, farms, and First Nations who have been hit harder by the virus than most. For instance, today there’s a van heading from the group to the Navajo Nation with masks, fabric, sewing machines, medical supplies, and more. In addition to sewing masks, I’ve been cutting and crimping nose wires to send to other members of the group. It has been gratifying to see people posting pictures of all our masks, and when I feel stressed about what is going on – spending an hour cutting fabric, sewing, or attaching elastic really helps keep me sane.
Right: Masks and nose wires right before I drop them off at the post office.

Masks can protect the food supply

Many people have lost their jobs or have been severely impacted by this pandemic. We worry about getting sick, or being able to get supplies like toilet paper and medicines, and especially – food. There are countless articles about supply problems, and food being dumped because restaurants aren’t buying as much. And there are outbreaks of the virus at grocery stores and food processing facilities. Meat packing plants have proven to be especially vulnerable, and even today a Maruchan ramen factory reported an outbreak, while farmers are worried about having enough labor to harvest their crops. Fabric masks for farm workers and other essential people can help keep them safe, and keep the rest of us stuck at home – fed.

Many food system jobs are not well-paid, and many people who have these jobs do not have access to masks that can help protect themselves and each other. They are getting sick. Providing masks for communities that are both under-served and critical will help slow the spread of the disease, help ensure stability in the food supply, and help states get on track toward gradually opening their economies. Yesterday, I was pleased to mail 100 of my masks to farm workers in Ventura, CA, and more requests to our sewing group keep coming in. Your donations can help get masks to farm workers and more.

Frank N. Foode and Lanakila Papaya check the box of masks before it ships off. Credit: Karl HvM

Sew what? How about some science?

We don’t have enough N95 masks for everyone, let alone health care workers. Fabric masks aren’t a substitute for N95 masks, but they can lower your risk of contracting the disease and – especially – spreading it to others. While we know that fabric masks can help – we don’t exactly know by how much. There are multiple stories about research being done on mask materials, and also some about testing mask designs. Many of these involve ideal conditions, or make simple measurements that don’t give us the full range of data we need to make informed decisions about the impact of fabric masks. As a scientist who sews, and works at a University with excellent research programs in pollution and aerosols, setting up a research project on fabric masks is a natural fit.

I have already started working with the lab of Dr. Yang Wang at Missouri Science & Tech, whose graduate student Weixing Hao has been testing the filtration efficiency and pressure drop of fabrics and other materials, some of which I have sent them, along with Dr. Maya Trotz at the University of Southern Florida and Dr. Linsey Marr at Virginia Tech. This means that we can find out how well multiple layers of each material can filter particles from the air, as well as how breathable the materials are. Results keep coming in, and you can access them publicly here. But what it can’t tell us is how well these materials work in practice in masks worn by people.

I really wanted to test the fabric masks themselves, and on real human beings. Dr. Wang helped me connect to scientists at UC Riverside who were experts in aerosols, and Dr. Don Collins and his graduate student Candice Sirmollo stepped up to help. My PI Dr. Mikeal Roose is very supportive. Together we got to work designing a project and are now busy getting the approvals we need to proceed. It’s looking very good (we got our IRB determination letter Friday), but there are a lot of steps left to take. I’m excited to get started, so I’ve already started buying the supplies we need to get ready, including special probes to be installed inside the masks to sample the air for testing. Once we get clearance to proceed, I want masks ready to be tried on for our first experiments. We want to get our results out to the public as soon as possible, so there’s no time to waste!

Diagram of air sampling setup, by Candice Sirmollo

How you can support us

I count myself privileged to continue to work and be paid while many are having difficulty making ends meet. The mask sewing is voluntary, but it takes money to buy mask supplies, ship nose wires and completed masks, and to buy specialized equipment for our proposed research. Biofortified has spent funds out of our very tiny budget to meet these needs, and we could really use your support to help us in these efforts. Donations will go toward sewing and shipping masks, supporting other seamsters in the Auntie Sewing Squad, purchasing materials to test with Dr. Wang’s group, and purchasing supplies to be donated to the fabric mask fit-testing project when and if it receives final approval. The sampling probes alone were almost $300, which will enable us to test 500 masks.

If you are able to, please consider making a donation today.

If you wish to donate directly to the Auntie Sewing Squad and support everyone’s mask-making volunteer efforts, you can can send money one of two ways (tell her Karl sent you):

  • Kristina Wong PayPal General Donations using (Friends & Family): k@kristinasherylwong.com
  • Kristina Wong Venmo General Donations HERE: “GiveKristinaWongMoney”

When the mask fit testing research is fully approved, I will post how you can donate directly to the University to support our research.

If you find yourself in a position to be able to help, you have our thanks. Stay safe, and we’ll share our progress here as we move forward.

Find out more

Resources for farms (from the American Farm Bureau site):

Unboxing GMO Ethos Chocolate

Frank N Foode poses with some GMO Ethos chocolate

For Valentine’s Day in 2019, A Fresh Look did something unusual. They launched the first GMO chocolate campaign, called Ethos Chocolate, and ran out of their stock in less than a day! There was plenty of excitement as free chocolates started to arrive, but not everyone got to try one. Now you can try them with me! I saved my box of Ethos Chocolate, and made an unboxing video. I tasted each one and talked about the stories that were told in chocolate form. My goal is to answer the question – is this GMO chocolate campaign Bitter, or Sweet?

Unpacking Ethos Chocolate stories

Each chocolate tells a different story about crop biotechnology and bioengineered foods. Papaya tells the story of survival, while a non-browning apple touches on trend-setting. An orange-flavored chocolate represents heroism, and dark chocolate carries the theme of optimism. Ethos chocolate has one more story to tell – did you find a fifth one in your box?

GMO Ethos chocolate on a tray with a glass of milk

I also talk about who is behind the Ethos chocolates, A Fresh Look, and critically analyze one response from a prominent critic of biotechnology. Is something missing from this chocolate campaign that needed to be right up front, or is it just a misunderstanding?

Finally, Ethos chocolates communicated something fresh about climate change that came from an unexpected source. Did you notice it? Because I certainly did – and I’m excited to tell you about it. Watch the video, and tell me what you think about Ethos chocolates!

Another chance to Feed your Ethos

If you didn’t get to try Ethos chocolates, now you have a chance to. They have re-launched their chocolate campaign, but this time you have to make a donation to their organization to get one. Getting free chocolates was pretty sweet, but if you’ve grown accustomed to chocolatey gifts you might find the donation level a little bitter-tasting. Why do they have to tug at our heart-strings like this?!

If you got a box of Ethos chocolates, what did you think of them? Were they just what you asked for, or could they be improved? Telling stories about biotechnology with food is a great way to reach the public about the impact of this technology, and teach about the underlying science. What stories do you think they should tell if they made new chocolates with different flavors?

Saving Citrus starts with historic tree dedication

citrus tree

A Parent Washington Navel Orange tree was donated to the historic Mission Inn in Riverside, California by the International Organization of Citrus Virologists (IOCV) on Tuesday, February 12, 2019. IOCV was founded at UC Riverside in 1957 and this gift celebrated the return of more than 200 citrus scientists. The lunchtime ceremony marked another restoration achievement for the Friends of the Mission Inn organization, and the start of the Sixth International Research Conference on Huanglongbing (IRCHLB).

Huanglongbing (HLB, also known as Citrus Greening) is the most devastating disease of citrus. In 2017, HLP reduced Florida citrus production by 70%. Approximately 600 researchers from 23 different countries gathered in Riverside to share research on this devastating disease, their progress toward understanding it, and create solutions for this calamitous pathogen spreading around the world, including California.

The story of the Parent Navel Orange trees

The tree dedication was steeped in historical significance. Riverside was built on the boughs of citrus trees, which in turn helped build California. Early American settlers who moved across the continent to found Riverside on the banks of the Santa Ana river needed a successful agricultural crop. Irrigation from the river allowed oranges to thrive early in Riverside’s history. In 1873, Eliza and Luther Tibbets imported two seedless navel orange trees from the US Department of Agriculture in Washington, DC. They became known as “Parent Navel Orange” or Washington Navel orange, one of which still stands today.

saving historic citrus
President Theodore Roosevelt participates in the Parent Navel Orange tree planting ceremony at the Mission Inn in 1903.

From the two parent navel orange trees brought to Riverside, an industry was born. Called the “second gold rush”, 20,000 acres of citrus trees gave Riverside the highest per-capita income in the entire country in just 20 years. Together with Valencia oranges that grew well in the aptly-named Orange County, the Washington Navel Orange reached a wide market when refrigerated railroad cars arrived in 1904.

In 1902, one of the two Parent Navel Oranges was transplanted to a small park in downtown Riverside. It endured bouts of gummosis that girdled the tree, but was ultimately saved by UC Riverside plant pathologists. The second parent navel was transplanted to the Mission Inn in 1903 with the participation of President Theodore Roosevelt, but declined and died in 1922. It was replaced by an 11-year-old descendant, planted in 1915.

It is important to highlight that at the time of the Parent Navel introduction Riverside had a large Asian-American community. Citrus was cultivated in Asian countries such as China for centuries prior to its arrival in the Americas, so the knowledge and know-how of the Asian immigrant population was critical for the success of the California citrus industry. Another critical factor for the success of citrus in Riverside was the help by the native population, the Cahuilla people. Their intimate knowledge of the land, weather patterns, and water resources was instrumental for the early establishment of the citrus groves. Cahuilla Bird Singers were present at the opening ceremony of the 6th IRCHLB and welcomed the conference delegates from around the world.

parent navel orange
The Professor George Dentmyer Descendant Parent Navel orange tree, credit: Karl HvM

Citrus lines depend on their parents

In citrus, like many other tree crops, successful varieties are propagated by cuttings (budwood or buds) that are clones of the original tree. But unlike other tree crops like apples or walnuts, many citrus varieties are difficult to breed new varieties. Familiar citrus fruits like sweet oranges, persian limes, and grapefruits are unique hybrids of several ancestral species.

Many popular new varieties are “bud sports”, or branches of a tree that spontaneously mutated and carry new traits. The seedless navel orange was a mutant that was discovered on Selecta sweet oranges in Bahia, Brazil. The recently popular pink-fleshed cara cara orange was a mutant discovered on a navel orange tree.

Befriending the Friends of the Mission Inn

After the ceremony in the Mission Inn, I met with members of the Friends of the Mission Inn organization over tortellini salad and citrus salmon with generous amounts of iced tea. They spoke of their their work preserving and restoring historical objects at the Mission Inn. Now approaching its 50th anniversary as a volunteer-driven organization, they recounted the myriad achievements over the years, the tree dedication being their most recent.

saving historic citrus
Friends of the Mission Inn, credit: Karl HvM

With over $800,000 spent on repairs and restorations, they emphasized that they only worked on historical structures, artifacts, and it seems musical instruments that the public could also enjoy. Carol Krieger said, “anything we refurbish, we want to be shown.” Aside the stage in the room the event was held in – the Grand Parisian Ballroom – was a beautiful and functional pipe organ that the Friends restored.

Beth Ballantyne, a long-time member of the organization, and whose husband helped repair the organ, further described archways with doors high enough for people to enter astride horses, wax and smoke removed from inside the St. Francis of Assisi Chapel, and a clock that they were still working on. On May 2, the pipe organ will play at their annual silent film fundraiser – that ought to be fun!

Saving historic citrus by hand

We turned to the tree again. What happened to the replacement tree at the Inn? It, too, died after many hard years. The late UC Riverside plant pathologist George A. Zentmyer, worked hard to care for the tree during the most difficult years from 1980-1992. Sharla Wright, the president of the organization, said that what meant most about bringing the new Descendent Parent Navel Orange to the Mission Inn was honoring the work of Dr. Zentmyer. Before this day, I heard that Dr. Zentmyer carried buckets of water all the way to the tree himself to keep it alive. As someone who empathizes with my own plants, I can appreciate that.

The new tree adorning the stage beside the pipe organ was grown from a cutting from the downtown Parent Navel Orange by Dr. Georgios Vidalakis, Director of the Citrus Clonal Protection Program. He spoke at the dedication of the tree, and chairs the IRCHLB meeting about to begin later the same day. The tree would have been planted much sooner if it were not for the discovery of Huanglongbing in a Riverside neighborhood – which put the entire area under quarantine. To keep from spreading the disease, it became difficult to move citrus trees in Riverside.

saving historic citrus
Dr. Georgios Vidalakis speaks at the dedication of the Descendant Navel Orange tree. Credit: Karl HvM

Looking forward to learning

The ladies who lunched with me were curious about the research on Huanglongbing, and having worked with citrus for only nine months myself, I was looking forward to learning about the latest progress at the meeting that was about to begin. Citrus Greening, for all the harm it is causing, brought these two events together here in Riverside at the same time.

The biannual IRCHLB conference brings researchers from around the world, and the sixth conference, is the biggest one ever. I’m excited for what I’ll learn, and also to convey the proceedings to the public. What’s in store, and how can you follow along?

Hundreds of scientists have registered to hear presentations, hold research meetings, present posters, and share their ideas related to a single plant disease and its insect vector. I’ve been to some big scientific conferences, but they usually covered a diverse array of organisms, discoveries, and applications. Even Maize Genetics, a conference I frequented in grad school, had only about 300-400 attendees, but they were each studying different systems. This is almost 600 attendees talking about, for the most part, one plant disease!

The conference will begin with updates on Huanglongbing from around the world, and move on to research on the putative pathogen, a bacterium associated with the disease, Candidatus Liberibacter asiaticus (CLas), and cultural controls to try to limit its spread. Sessions on the Asian Citrus Psyllid (ACP), the insect vector that spreads the disease will come with research on understanding how CLas interacts with ACP and the citrus hosts themselves. There are efforts to control the pathogen and its vector, and finally, work on developing resistance to HLB in citrus varieties will all be discussed. (See our coverage of other plant disease solutions through biotechnology such as the American chestnut and Hawaiian papaya.)

All this, over three days: March 13, 14, and 15. It will be a marathon! Not to mention, the International Organization of Citrus Virologists (IOCV) held its annual meeting starting on March 10th.

Follow along with us

To follow the conference, check out the #IRCHLB19 hashtags on Twitter and Instagram, and the California Citrus Research Board Facebook page. I will post comments on research presentations on my account at @kjhvm. Biofortified’s new Plant Plushie, @OrangeGreenie, will take photos with attendees. There will be students conducting video interviews during the conference, and I’ll let you know when those and other reports are available.

Speaking of history, there’s still that Parent Washington Navel tree in downtown Riverside. On Friday, the City of Riverside will build a screen house to protect it so it may continue to thrive even as Huanglongbing threatens its descendants throughout the state. I look forward to witnessing this and telling the next chapter of the story of this oft-overlooked and death-defying tree. The hardest part will be figuring out when I can pull myself away from the conference!

Thank you to Dr. Georgios Vidalakis for providing background information, and reviewing and editing this article.

saving historic citrus
Greenie the Orange and Frank N. Foode. Credit: Karl HvM

Government shutdown’s lasting impacts

government shutdown

Recently, the United States endured the longest government shutdown in the nation’s history. For 35 days, without a federal budget passed by Congress and signed by the President, non-essential employees were furloughed and entire agencies were closed. The impacts of the shutdown were far-reaching, impacting the lives of many Americans, and still more people abroad. As the shutdown closed the offices of the USDA, FDA, National Science Foundation, and more, it caused great harm to scientific research, especially agricultural research.

One of the largest and most diverse agriculture-related scientific conferences, the Plant and Animal Genome XXVII Conference, was a microcosm of these impacts. Important sessions were canceled, researchers were blocked from attending, and meetings were missing important collaborators.

I sat down to talk about it with Jason Williams, the Assistant Director of External Collaborations and Lead of CyVerse EOT at Cold Spring Harbor Laboratory. Williams found himself at the center of efforts to help the conference cope with the gaps in the program, and saw how much harm the shutdown caused to US science and its position in the international scientific community. The shutdown may be over now, but its impacts will persist.

Impacts on science and people

While my current research is federally-funded, it was not directly impacted by the shutdown. But colleagues at my institution and nearby agricultural research stations had their work interrupted. And I’ve seen the impacts of previous shutdowns at the USDA offices in Madison, WI, and Asheville, NC.

Funding and access to research facilities is not a faucet that you can turn on and off at will. Research works best when funding is a consistent stream that allows scientists to plan, conduct, present, and maintain their research. That especially goes for the live plants, animals, microbes, and more that must be kept alive! I guarantee that some scientists were sneaking into greenhouses, barns, and more to keep the shutdown from destroying their work, even though they were not getting paid.

The people who dedicate their lives to doing scientific research in service of the public were not only let down, demoralized, and directly harmed by the recent shutdown, so were farmers, travelers, voters, and anyone who benefits from investments in science. (Hint: that’s you.) Internationally, it lowers the reliability of US science, and that’s a barrier to progress that is far more real than the debated barrier that led to this event.

How did the shutdown affect your research? Your farm? Tell us about it in the comments.

More impacts of the government shutdown

Industry Documents confirm Biofortified’s Independence

As the Biofortified Blog approaches its 10th anniversary, it is a good time to reflect on our mission, our work, and our commitment to upholding our values. When I proposed Biofortified.org to be the home of a new group blog on plant genetics, I didn’t quite know where it would go, but I knew one thing: If it was to be a hub for reliable scientific information and commentary it would need to be transparent and independent. We’ve weathered our share of empty accusations as our influence on the discussion grew, and raised curious eyebrows at corporate PR from both the biotech industry and its non-biotech competitors. For the past year we’ve been on the receiving end of one particularly puzzling accusation – that we’re an “industry partner” – as stated on an internal Monsanto document that was obtained in a court case. It was puzzling not only because our organization has never partnered with industry on PR, but I had spoken with one Monsanto PR rep who explicitly understood our policy of independence. After enduring a year of accusations from competing-industry-funded groups, and near silence from the originators of the document itself, I have now obtained an industry document that confirms our independence.

A Unique Mission

We wanted to get discussions started about the science and issues surrounding plant genetics and biotechnology. The solution was to create a group blog where we could bring varying perspectives together, which later evolved to become a platform for developing resources, conducting our own research, and training scientists how to be better communicators. I’m quite proud of the work that we have done, and we want to keep doing more. We’ve always had a unique way of doing things.
We understood, early in the founding of our blog, that if we built up trust with our audience, members of industries would want to take advantage of that, or conversely, try to tar us with accusations of working for their competitors. We wrote this FAQ about our blog many years ago, anticipating that fact, and maintain a degree of skepticism toward all claims made by those with conflicts of interest. Recently, we took some flak from our own allies for holding to our principles and removing a collaborator for an undisclosed conflict of interest that was relevant to a research project we are conducting. These are the hard decisions that principled organizations have to make.

Partners and chance meetings in Mexico

In 2014, we were approached by some representatives of CIMMYT, the Center for Maize and Wheat Improvement, wanting to partner with us to raise the profile of the Borlaug Year and the work they are doing with wheat. From that collaboration, we produced a fun auto-tuned music video of Norman Borlaug that I got to present for the first time on Borlaug’s 100th birthday, at a wheat breeder’s meeting in Ciudad Obregon in Mexico. As a partnership, it involved mutual agreements, discussion, and co-branding of the final video, published both on our YouTube account as well as theirs. It was a fantastic opportunity to meet more people in the field, and help popularize their work. And watching it never seems to get old!

Janice Person, holding the original Frank N. Foode plushie

On one of the evenings of the conference, I wandered the street of the hotel, looking for a good place to get a bite. When I found a place that looked good, got my food and sat down, I was joined by an entourage of students, and one individual who I recognized and had only briefly met in passing before – Janice Person. She worked for Monsanto (now Bayer), and we talked for a bit about the work we each do, and I remember one very specific story she told me after I talked about our organization and its independence. She said that people in her office had once brought up this “Biofortified” site, and “hey, maybe we can support them” to which she snapped back “No, you stay away from them!” To whatever degree it was true, I knew she understood our position and perspective, and to me that established a mutual understanding.

Monsanto’s PR proposal unearthed

The International Agency for Research on Cancer (IARC) was reviewing glyphosate, the active ingredient in the herbicide RoundUp, off-patent but initially owned by Monsanto. The published literature is clear that glyphosate does not cause cancer to any reasonable degree. But should IARC say anything otherwise, you would expect that any decently-sized company would have a PR plan in place to defend their position. In 2015, IARC surprised many scientists by saying that glyphosate is a “probable” carcinogen, a determination that has been very controversial. While we have written about glyphosate in the past, we generally write about topics related to biotechnology, so IARC had only a passing mention in a couple blog posts, and we didn’t specifically write about this news.

Gary Ruskin’s opening salvo

Fast forward to 2017, when I was surprised to find tweets claiming that Monsanto had referred to us as “industry partners” in a document uncovered from a subpoena in a glyphosate & cancer lawsuit. The tweets originated from Gary Ruskin at US Right to Know, an organization funded largely by the Organic Consumer’s Association, an industry-funded fringe organization that campaigns against non-organic agriculture and more recently, vaccines. For the past year, USRTK employees Gary Ruskin, Stacy Malkan, and Carey Gillam (and a few associated twitter trolls) have each pushed claims that our organization partnered with Monsanto on PR projects, or lobbying, none of which were true or even indicated by the document in question. No representatives of the organization contacted us for information about it, and despite firm statements to the contrary, they continued to push that narrative during key political events related to glyphosate, such as the re-authorization of the herbicide in the EU. This has all the hallmarks of a political campaign, not journalism, and it wasn’t until a journalist took a look that we finally got some clarity.

Did Biofortified partner with Monsanto to attack IARC?

Let’s take a look at Exhiibit A: the document itself. What does it say? First, this appears to be a draft PR plan, with edits, comments, and a boilerplate format. It outlines what they see as a potential issue – IARC determining that glyphosate could cause cancer, as they did with cell phones and coffee. They wanted to publish the data that they had before IARC’s deadline, but be prepared in case the agency claims the opposite of what their data shows. After this preamble, they outlined a plan to contact organizations to get their message out. They begin by proposing to prepare and distribute a media toolkit to “inoculate” organizations with information before the IARC decision. They organize this into tiers, starting with industry associations, then a tier of academics and independent groups, followed by manufacturers, and lastly grower associations. Finally, there is an additional section where they propose to “orchestrate outcry” and publish their views using their various channels.
Let’s compare the document to what is being said about it. USRTK claimed that we partnered with the industry on PR – but this document does not even say that contact had been made, a toolkit sent, nor partnership discussed. They are making claims about what we do, but we did not draft this document. It is claimed that “Monsanto PR plan to attack @IARCWHO names four tiers of “industry partners” to help “orchestrate outcry” against the scientists, including Sense About Science, Genetic Literacy Project, Academics Review, Biofortified” – except that is also not what the document says. It says that they were proposing to send a media toolkit to those various organizations, and in a different section proposes to “orchestrate outcry” with a different organization. “Yes Monsanto enlisted Biofortified as a Tier 2 Industry Partner to orchestrate outrage against @IARCWHO Again, the document does not indicate that we were contacted or “enlisted.” They are misrepresenting what the document actually says in order to both smear our organization and raise doubts about other independent voices (as well as the PR strategies of their competing industry). They are either incompetent, lying, or both.

USRTK puts out false claims, but can’t even accurately quote the document they base it on.

Maybe I’m lying. Maybe we secretly partnered with Monsanto and I’m trying to cover up our tracks. The fact is, you can tell that we didn’t partner with Monsanto to attack IARC because we clearly did not publish articles doing so. Take a look for yourself: you’ll find two articles mentioning IARC but not about glyphosate, one article that doesn’t mention it but comes up in the search, and one very excellent book review published this year. There is only one “orchestrated outcry” – the one being orchestrated by USRTK. To go further, I have observed that some organizations have called for IARC to be defunded (in response to the glyphosate issue) and we’ve steered clear of any such campaign. Not only is that getting way beyond our wheelhouse, but I don’t even think such a discussion would be very productive either. Note that criticizing IARC does not in and of itself mean that any other organization partnered with them, either.
Biofortified was never contacted by Monsanto about IARC. We received no media toolkit, no position statements or lists of links or analyses of the IARC decision either before or after it was released. Had we received any, we would have treated it like any other news tip. If you believe that we did in fact partner with Monsanto, then we clearly didn’t do what they wanted. If, like me, you believe we did not partner with Monsanto, then you can see that someone there considered us an important independent voice to include in the conversation. Either way you look at it, without looking at anything else you can clearly see that the answer to the question of whether Biofortified “partnered” with the industry is an emphatic, resounding, no.

Was Carey Gillam a “Tier Two” industry partner?

Carey Gillam works for USRTK, an organization funded indirectly by industry, criticizes “front groups” that use backchannels to receive funding from industry.

Corporate PR is not without a sense of irony. Ever since we published a detailed and scathing review of Carey Gillam’s book Whitewash, Gillam, a former journalist who now works for USRTK, has become a primary pusher of the false claim that we partnered with industry on their PR. However, there are many documents that give better evidence that while she was working at Reuters that she could be counted on to publish the perspectives of the organic industry. Meet Exhibit B: The PR plan for Charles Benbrook’s study on fatty acids in organic milk, funded by Organic Valley, as revealed by the NY Times (beginning on page 30).
In what looks to be a pattern for PR people, they named tiers of people and groups who they intended to contact to promote their industry position, and put Carey Gillam in Tier Two. (Hey, that’s the same tier we were put in by Monsanto!) Perhaps it was because she previously wrote a puff piece for Organic Valley’s product announcements, or as documents uncovered from anti-biotech activists indicate – she was fighting her editor over her coverage of the biotech debate. They called it a “delicate” situation. In any case, the Organic Valley PR document not only listed Gillam but also indicated that contact had already been made by the study author: “Chuck, DONE.” So did Carey Gillam “partner” with Chuck Benbrook to promote his study?
This Organic Valley PR strategy indicated that Charles Benbrook had contacted her about his upcoming publication.

Not so fast. For one thing, it is dangerous to over-interpret these documents. This was written by the Organic Valley PR team, not by Gillam. Seasoned journalists are aware that they may be included in contact lists, particularly if they are believed to provide favorable coverage, but could still make their own decisions. Here’s a key point about these industry documents where they are trying to get people who they view as influencers to promote their narratives: they believe, often wrongly and arrogantly, that they can manipulate people to get their message out. Carey Gillam did not end up publishing a piece about the Benbrook study, so either she decided not to, or her editor did not agree, even though the document indicated that the contact was done. We did not join in the IARC plan that some people at Monsanto’s PR thought they could do even if they had contacted us.
There’s better evidence that Gillam was believed to be reliable to push out industry messages than Biology Fortified: The documents indicate that she was actually contacted as part of a PR plan, and she went to work for an industry-funded advocacy organization, while we remain small and independent. But we’re the “industry partners,” wrongly accused, by those funded by a competing industry.

A Saga for a Statement

When the IARC document first surfaced, I responded on twitter, and immediately contacted Janice Person at Monsanto. I’m publishing both my full email and hers so everyone can see the interaction. Here is my initial email, and here is her response. I was concerned that someone at Monsanto was misrepresenting us to their colleagues, reminded her of our discussion, and asked for a statement from the company clarifying it. She was gracious in her response, and offered to help. Here is what she said:

Finally back at the office and heard from a couple of people who were working with this – first sorry to hear they may sling mud your way. My colleagues, like me, use “industry partners” in a broad way, one that doesn’t denote any financial, strategic, or other way but working alongside each other in agriculture and science. I would assume they would back off because you guys have been clearly independent, running on wit and creativity not many dollars and it would really get a response from the science community.

At the time, we decided not to push for the statement. It seemed more like an effort on the part of USRTK to advertise their claims on our site through us defending ourselves. Then it came up again, and again. I sent emails on February 2 and April 16 this year, asking for the statement. It didn’t come. Everyone’s busy, sure, and this was after all, just one of a thousand things going around on Twitter. Then USRTK used it to defame us on their site, and the document showed up in the arguments of the glyphosate cancer lawsuit, and referred to in further defamatory presentations by Carey Gillam in connection to her book. Finally, when an article published at EE News by Corbin Hiar referenced Mary Mangan’s review of Whitewash, saying Gillam dismissed us as industry partners, I got in touch with Hiar on twitter and later by email.

Corbin Hiar, EE News

In a cordial, and somewhat lengthy discussion with Hiar and his editor, I laid out these arguments and evidence, but they set a high bar for correcting the piece, even if the reporting was incomplete. Hiar said that since the piece was not really about us we didn’t need to be contacted, however, from my perspective it was partly about us since Gillam made claims about us in it. He did say that Gillam did not give them convincing evidence that any such partnership existed. Frustrated, I emailed Janice one more time:

Can I get that statement from your company that says there was no partnership?
I will be publishing a blog post soon about the ordeal resulting from that ill-fated PR strategy.

To my delight, an official statement was produced on October 11, and its authenticity was confirmed by EE News. The story now stands corrected:

A week after the publication of this article, the St. Louis-headquartered company said in a statement that “Monsanto has not and does not partner with nor fund the efforts of Biology Fortified.”

Industry documents confirm Biofortified’s Independence

We now have two clear statements from Monsanto, both an email from last year explaining that they meant no funding nor strategic partnership, and a PDF statement confirming that Monsanto (now owned by Bayer) “has not and does not partner with nor fund the efforts of Biology Fortified.” Journalists of integrity correct the record and take responsibility, and those who stick to the same false claims even as the evidence contradicts it are not journalists, but advocates, whether it be for their own beliefs or the profit-seeking positions of the industries who sponsor them. I encourage you to read Hiar’s article, Meet the crusading reporter brawling with Big Ag, because it deftly deals with the issue of journalists acting as advocates and how those two are very different things. I do not expect that Gillam will voluntarily correct the record, but I’m willing to be pleasantly surprised.
We must be suspicious of the motives of industry, and also the motives of industry-funded and aligned front groups, whether we are talking about members of the biotech industry and their PR companies, or members of competing industries like Organic Valley and front groups like USRTK who clothe themselves in red, white, and blue while taking money funneled through the Organic Consumer’s Association. Their perspectives are a part of the discussion, but it is a mistake to assume that everyone else who takes a position on an issue is secretly working with the industry. Working with industry is not in and of itself bad, many people in industry do great work – otherwise they couldn’t keep their jobs – but people need to know when that is going on so that they know where you are coming from. As Biology Fortified steps through a threshold and enters its second decade, we’ll continue to uphold our values of transparency, accountability, and editorial independence, and push for others both within the industry and without, to do the same.
Better give Hogwash a second read.

SynBioBeta: A different synthesis of a biotech conference

Lunchtime at SynBioBeta 2017. Credit KarlHvM

Next week, the SynBioBeta conference for 2018 will commence. This is a synthetic biology conference that brings business entrepreneurs, scientists, programmers and more from around the world to the San Fransisco bay area each year to give presentations, network, and keep up-to-speed on the latest developments in their field. I’ve been to many academic and industry conferences, from the BIO Convention to MOSES Organic, but this one struck me as very unique. Last year, I was invited to attend with complimentary registration, and took that opportunity to interview Neale Carter from Okanagan Specialty Fruits about the latest updates with Arctic Apples (public version / members version). Here I’d like to reflect on how different this conference was from others I’ve been to. Continue reading “SynBioBeta: A different synthesis of a biotech conference”

Comment TODAY on edible cottonseed deregulation

The fate of cottonseed rests in your hands.

More than eight years ago, we wrote about a project at Texas A&M University led by Dr. Keerti Rathore to create edible cottonseed. If determined to be safe for food and the environment, this has the potential to make large amounts of protein and calories available that would normally be locked up in the seed. This trait is undergoing deregulation with USDA-APHIS right now, and we encourage our readers to submit comments before the deadline at the end of the day today.

Background

Cotton plants produce a potent defense compound called gossypol, which is toxic to many animals, including humans. Gossypol is produced by special glands throughout the plant, from leaves to seeds, and protects the plants from insect pests and diseases. Some varieties of cotton are glandless and do not produce toxic levels of gossypol, making the seeds and leaves edible. However, because these glandless cotton varieties have lost the protective benefits in their leaves, they are more susceptible to insect damage and are not commonly grown.

Gossypol. Source: Wikimedia Commons


Using RNAi, Dr. Rathore’s team at TAMU created a variety they call TAM66274 that “silences” the production of gossypol just in the seeds, producing a plant that defends itself against pests in the leaves, but produces seeds that have ultra-low levels of gossypol in the seeds, making them safe to eat. If applied on a large scale, it could allow humans and many other animals access to the protein contained in cottonseed. According to the data they collected for their application, the composition of the cottonseed was otherwise unchanged, the plants performed the same in the field, and there were very minor changes in the length of the fibers, which they suggest will not be an issue when the trait is bred into “elite” cotton varieties.

The impacts of this trait could be far-reaching. Some estimates suggest that the amount of protein produced in cottonseed worldwide could satisfy the needs of 500 million people. Ruminant animals are able to tolerate some gossypol in their diets, so this trait could create greater flexibility in the animal feed supply. This would turn cottonseed into a valuable co-product of cotton production that could benefit cotton farmers at every scale, producing more food without using more land. Read more about how this trait works and its potential impacts on agriculture in Cotton like Candy.

What APHIS wants to hear from you

Open comment periods for federal regulations are often misunderstood. Some organizations use them to gather signatures (and email addresses) of supporters for their political causes, or set up form letters to mass-send the same talking points over and over to regulators. These actually do nothing more than single letters from one person that say the same thing – because the regulators are looking for public input to identify issues that they should look into during the process – not to count the number of people who think one action or another is a good idea. Back when the FDA was looking for input on biotechnology outreach, there were many opponents and supporters of biotechnology saying “don’t do it” and “do it”, when that was not even a question. It was mandated by Congress, so the question was how should it be done?

Cotton field, by Kimberlykv

Similarly, when the USDA-APHIS is reviewing a genetically engineered crop, they are not going to count how many people say “yes” or “no” to the question of whether to de-regulate (approve) a crop, they want to know what issues related to the economic and environmental impacts they should be aware of when they do the review. Will the crop become a pest on farms? Will it help control pests? Will it benefit the bottom lines of farmers, or reduce the ability of other farmers to farm the way they want to? This is your chance as members of the public, as knowledgeable scientists and science enthusiasts, and as people who think deeply about far-reaching impacts of biotechnological applications, to inform the USDA about data, ideas, and concerns that you have that they can look into when evaluating the crop.
Here it is in their words:

We are advising the public that the Animal and Plant Health Inspection Service has received a petition from Texas A&M AgriLife Research seeking a determination of nonregulated status of cotton designated as event TAM66274, which has been genetically engineered for ultra-low gossypol levels in the cottonseed. The petition has been submitted in accordance with our regulations concerning the introduction of certain genetically engineered organisms and products. We are making the Texas A&M AgriLife Research petition available for review and comment to help us identify potential environmental and interrelated economic issues and impacts that the Animal and Plant Health Inspection Service may determine should be considered in our evaluation of the petition.

Comments are due today at midnight Eastern Time. Since there is not much time left to comment, you can keep your comments brief, but if you have input to give our regulators, please do! There are only 39 comments showing at the time of writing, so you could have an impact. Take a look at the documents prepared by the TAMU research team, and tell the USDA-APHIS what you think. Join me in submitting a public comment on low-gossypol cotton!

We will be following this trait as it moves along, while thinking about how we can improve our own alerts to help mobilize scientists, farmers, and the rest of you to prepare impactful submissions that can help strengthen the regulatory process.

Arctic Apples Update at SynBioBeta

Arctic Apples are coming out in stores this fall. These apples are genetically engineered not to turn brown when sliced or juiced. At the SynBioBeta conference in San Francisco, Karl Haro von Mogel sat down with Neal Carter, President of Okanagan Specialty Fruits, which created the apple. Karl asked him questions about what customers thought about their new apples, where people can find them, the new varieties of Arctic Apples being developed, and if they are working on a non-browning avocado.

Learn more

To find out more about the Arctic Apple, see this Q/A from 2012, and this video interview from 2013. Our Sustaining Members also get access to the Members Exclusive Extended Interview, which is 27 minutes long. In the extended interview you’ll also hear about interactions between Genotype and Environment, licensing of apple varieties, and whether we might also see Arctic Apples in McDonalds!
Go here for more information on Member Premiums:
https://atomic-temporary-156907985.wpcomstaging.com/support/membership/

Arctic Apples Update at SynBioBeta – Members Exclusive Extended Interview

Arctic Apples are coming out in stores this fall. These apples are genetically engineered not to turn brown when sliced or juiced. At the SynBioBeta conference in San Francisco, Karl Haro von Mogel sat down with Neal Carter, President of Okanagan Specialty Fruits, which created the apple. Karl asked him questions about what customers thought about their new apples, where people can find them, the new varieties of Arctic Apples being developed, and if they are working on a non-browning avocado. In this extended interview you’ll also hear about interactions between Genotype and Environment, licensing of apple varieties, and whether we might also see Arctic Apples in McDonalds!


This video contains the full 27-minute interview, available only for our Sustaining Members.
Thank you for being a Sustaining Member! Go here for more information on Member Premiums:
https://atomic-temporary-156907985.wpcomstaging.com/support/membership/
To find out more about the Arctic Apple, see this Q/A from 2012, and this video interview from 2013.

Making a difference at the FDA Biotech meeting

On Tuesday, I attended the FDA Biotech Education and Outreach public meeting in San Francisco, and here is my experience participating in this public event. I was happy to be able to make a comment on behalf of Biology Fortified, and the feedback I received was very helpful and gave us guidance on what the FDA wants to know more about. There were some new and fresh voices who provided useful information, as well as familiar faces from groups opposed to biotechnology who provided some comments worth paying attention to, as well as clearly false information worth responding to. And of course, there were a few characters who went beyond misunderstanding the purpose of the meeting and instead promoted their products, conspiracy theories, and the concerns people expressed showed the FDA representatives how deeply problematic this topic has become in the last couple decades.

Getting there

First, it is very difficult for anyone to be able to attend and participate in such meetings. Held on weekdays, and downtown in major cities, the room that could have fit a couple hundred people had closer to 30. People have work, there is the long commute through heavy traffic (especially to get to San Francisco), various costs involved, and also takes preparation. I was joined by Chad Niederhuth, who drove all the way from Sacramento that morning to give a comment, and Zen Honeycutt and Yvette d’Entremont had signed up but did not attend. Anyone who manages to make it to these meetings is a rare exception, and it skews the kinds of comments and perspectives that our government can get. Nevertheless, it is an important way for our government to hear from its citizenry, and I was happy to see many diverse voices in attendance, including those with which I may disagree.

Myself, it was quite a squeeze to be a part of this. I spent the weekend with family in Los Angeles, and drove home Monday, only to eat dinner and immediately continue to San Francisco. Parking in the east bay, I took BART into the city and stayed in the cheapest hotel I could find, a couple blocks away from the event location. I was only able to do this because of our sustaining members, because unlike some of the organizations on either side of the biotechnology debate, we do not have the deep pockets of industry and ideological organizations backing us. The more support we can get, the more you will see us being able to take the time to get involved!

Voices new and old

Agenda, speakers, and Karl’s name badge


The people who signed up to give oral comments were an interesting and diverse group, with some new voices who added some fresh perspectives. The first comment was made by Daniel Westcott, a graduate student at UC Berkeley, who talked about their science communication efforts in the CLEAR program, and spoke about false dichotomies between areas of agriculture like with biotech and organic. Lynn McBride, from the California Farmer’s Union recommended reaching out to farmers and talking about impacts on the farm. James Allison is a high school teacher who came all the way from Loveland, Ohio, and he shared his experiences developing curricula for students in high schools and suggested that the FDA consider that as one route for their communication efforts.

Chad Niederhuth spoke about science-based communication strategies. Credit: Mary Mangan

Stephan Herrera, from Evolva, Inc., recommended creating materials to complement food labeling laws so that the public does not perceive that biotech-derived foods have safety issues, create “Perception vs Reality” documents, and hold challenges for students to create their own videos about food facts. He also emphasized the need for the FDA to understand and employ Search Engine Optimization (SEO) so that their pages can be found by the public. Chad Niederhuth also added that the FDA should base their science communication efforts on science-based recommendations so that they know that they will have an impact.

There were some familiar organizations that campaign against biotechnology who were in attendance and delivered comments as well. Dana Perls from Friends of the Earth gave many critical comments about genetically engineered crops, and directly attacked the scientific consensus on the safety of consuming the genetically engineered crops that are on the market, calling it a “false generalization.” Lisa Ermo, representing Moms Across America, claimed that genetically engineered foods are lower in nutrients (they are not), but mainly spoke about glyphosate in the herbicide Roundup.

Peggy Lemaux, credit: Mary Mangan

There was one familiar voice who signed up to speak in-person who was a welcome addition to the public comments. Peggy Lemaux, a professor at UC Berkeley, was the last person to comment. She told the story of the ice-minus bacteria and how lack of public engagement contributed to poor perceptions, along with researchers wearing suits that “looked like a toxic waste cleanup.” She stressed the importance of university extension programs, and surveying the public’s questions and concerns to figure out what to communicate to them about the technology.

Lawyer Lawyer

The comments from the Center for Food Safety representative, Rebecca Spector, deserve much more attention. Read like they were drafted by lawyers, they also hint at the various ways that the anti-GMO law firm may work to attack and undermine any outreach program from the FDA. For instance, Spector suggested that the “FDA should not communicate anything that is contradicted by agency statements.” As an example, she cited an oft-repeated claim that the USDA said that DroughtGard, a Monsanto GE corn variety engineered for drought tolerance was found by the USDA to be “inferior to conventional breeding” and that it wasn’t any more drought tolerant than other varieties of corn. This is based on a USDA regulatory document (Finding of No Significant Impact, page 33) that said that there are other drought-tolerant corn varieties in different genetic backgrounds that have similar tolerance to drought. It is widely misinterpreted to mean that the drought tolerance doesn’t work, or in this case, claim that it is inferior, but the USDA did not conclude that at all. What is important to remember is that this is a single gene that can confer drought tolerance in almost any genetic background, and can be used in breeding to achieve that trait irrespective of the other traits in the variety. It is a useful advancement, and it protects some of the yield during moderate drought. The Center for Food Safety is misrepresenting the USDA’s comments.

To put it another way, let’s say you engineered a granny smith apple to have a red skin. There are other apples with other genetic backgrounds (other flavors, shapes, sizes, etc) that also have red skin. But this apple is now red with a previously non-red genetic background of the granny smith. The USDA deregulates this red-skinned granny smith and mentions “It is prudent to note that red apple skin is also present in other genetic backgrounds and this new variety does not exceed the redness found in these other varieties.” The Center for Food Safety then reports that genetic engineering is inferior to breeding, that the USDA says it doesn’t work, and the FDA should not be allowed to say that the genetically engineered red-skinned apple is in fact… red.

If the Center for Food Safety told the truth for one day, in a film starring Jim Carrey

Other statements by Spector were worse. She misrepresented the National Academy of Sciences report on GE crops that was published last year, saying that they found that GE crops did not increase yields. The report touched on yield in several places, and stated that they could not conclude that GE crops had increased the rate at which yields were going up, but did in fact state that they had contributed to yield gain. Even Doug Gurian-Sherman, who has worked for CFS, estimated that GE insect-resistant traits had increased yield. Furthermore, Spector said that the industry “failed to produce a commercialized GE crop with enhanced nutritional content.” The Center for Food Safety spends its time suing to stop the approval of every genetically engineered crop that it can, is now complaining that none have come to market? Apparently they missed the approval of high-oleic Plenish soybeans by DuPont Pioneer (see our interview with Susan Knowlton here) and omega-3 fatty acid producing soybeans by Monsanto. I’m sure they just forgot about them.

Rebecca Spector said that the public “should not be given information that is false and misleading” and I wholeheartedly agree.

Consumers Union sides with general safety, argues falsehoods

Elisa Odabashian, representing the Consumer’s Union spoke against “misleading” information about genetically engineered foods. She repeated the same claims about the NAS report and yields, and claimed that GE crops “vastly” increased herbicide use while decreasing insecticide use. She said that Roundup use “increased more than 15 times” but neglected to mention reductions of other herbicides that it replaced, a very common and intentionally misleading statement about pesticide use. Odabashian said that the FDA should only communicate “settled science.” The use of this term seemed very odd, as it has a very specific meaning in political contexts, widely used by opponents of climate change science to undermine its acceptance. She claimed that Golden Rice has stunted growth, citing a poorly-researched blog post that looked at the wrong transgenic event – one that was discontinued 3 years ago. The current Golden Rice variety has already begun the approval process in the Philippines.

Odabasian made some good comments that should be carefully understood by everyone. She said that there is no strong evidence that the GE crops on the market pose safety hazards, although the technology carries some risk. She distanced the Consumer’s Union from the many unsubstantiated claims that genetic engineering is responsible for, such as autism, gluten intolerance, etc. “These claims have been poorly documented, if at all.” These are statements that I agree with. However, the Consumer’s Union has become a source for many of these widespread, unsubstantiated claims. Michael Hansen, a chief scientist working for the organization, has claimed that GE apples might require more pesticides (they don’t), Golden Rice could cause birth defects (it wouldn’t), and a whole host of other claims. I applaud Elisa Odobashian for standing against widespread myths, and daresay that it would be advisable for her organization to take a deeper look into its own role in advancing claims that they are now trying to distance themselves from.

Comments and feedback

I’ll now turn to my own comments delivered during the meeting. As I mentioned previously, Biology Fortified is submitting written comments to the FDA docket to contribute to the information that the FDA has at hand when they put this program together. We could have just submitted them electronically, but I had never participated in this kind of process before. I modified our comments to read them orally, signed up, and hardly slept the night before. I was nervous, but quickly I read our comments, addressing the gaps in public understanding, the need for addressing the issue of safety, farming contexts, and to better explain the FDA’s role in regulating the technology in what’s called the Coordinated Framework. I pointed out that the public needs an independent source for information about nutritionally altered foods and that some FAQ about common questions would be helpful, but advised against addressing every specific claim. I may have spurred many of the anti-consensus claims made by others, but even the Consumer’s Union agreed that evidence of any harm is weak if it even exists.

Karl Haro von Mogel, Credit: Mary Mangan

The FDA also wanted to know where people were getting their information, and how they should go about communicating to the public. Unfortunately, the most easily available information is factually inaccurate, but the upside is that the issue is not deeply polarized. I conveyed a lot of our ideas on how to carry out the outreach, following a “train the trainers” model and using existing networks to get out their message efficiently, rather than reinventing the wheel. I also talked about designing it for social media, and it was these comments that they were particularly interested in. I answered a couple questions about how to go about doing this, who to network with, and we shared a light-hearted moment about how unpredictable and yet so full of potential memes can be.

As a result of the feedback I received, and more ideas that came from the meeting, we’re adding more to our comments to submit them in written form before the deadline. I talked to several of the FDA representatives afterward and they were happy to have our contributions, along with everyone else’s. I’m very glad I went and it was a very valuable experience.

On characters and concerns

The meeting had a few outlandish characters, and its share of genuine concerns expressed about genetically engineered crops. One such character was Mark McAfee, the owner of Organic Pastures Dairy, who quite passionately talked about his personal integrity at length, mounted a defense of raw milk, and attacked the FDA for making his business more difficult. Organic Pastures has been linked to multiple food-borne illness outbreaks such as E. coli, Salmonella, and Campylobacter, some of which have been traced to their products. It got so bad that they started printing labels on their milk bottles talking about their customers’ immune systems as reasons why they could get sick. McAfee spent very little time talking about the issue of the day, but did cap his presentation with saying that the people at the FDA who had been “bought out” had to be rounded up and arrested!

Pamm Larry, from GMO Free California, gave a very disorganized rant that covered everything except her anti-vaccine views. “Why would any critical thinker trust the data?” she said. She complained about why it is considered unethical to demand human studies of GMOs (without any valid hypothesis to test). At the end, she argued that they should instead spend their funds on a scientific study and get Pamela Ronald, Kevin Folta, and Gilles-Eric Seralini in the same room to hammer it out. Her proposal sounded great until she said that the doors should be locked, and 24 hour cameras and bodyguards were necessary! (For whom?) Cooperation across the divide has been repeatedly proposed on our end, and rejected every time. Seralini withdrew from followups to his infamous rat tumor study, so maybe they should have locked the door? Our door is still open.

Alan Reynolds of the EPA, Ritu Nalubola of the FDA, and Doug McKalip from the USDA spoke about their own personal motivations and values.

There were many people who expressed general concerns about biotechnology, and the trustworthiness of the companies and the FDA. They didn’t come to speak to the questions the FDA was posing, but to instead show their opposition to the measure, and their desire for a more approachable FDA with a clearer website. Even Mark McAfee got back up and said he wanted a “mommy-friendly FDA.” They wanted to be able to talk to their regulators, and break down the wall of misunderstanding. They wanted the FDA to know they had concerns about their health, and those of their families. The FDA representatives took some time to talk about their own motivations and concerns about their children and their own health. It seemed at times that even those who were deeply suspicious of the FDA were really elated just to be able to meet them face-to-face and understand that everyone in the room is human and wants to be able to connect and understand each other. Perhaps some of the same people who came to the meeting afraid of biotechnology may someday be thankful of future efforts made possible by how they expressed their concerns that day?
Alan Reynolds, one of the three FDA representatives on the stage, said “the most important word today was TRUST.”

Chad and Karl got some much-needed lunch afterward. Credit: KJHvM

Last day to submit comments!

The FDA docket is about to close, at the end of the day on Friday the 17th – today. If you want to have an impact on this education and outreach initiative, I strongly urge you to answer the FDA’s questions and submit them right now. If you don’t then their only guidance will be what I have described here, their previous meeting in Charlotte NC, and what you see that has already been submitted. Add your voice now – you have until midnight Eastern Standard Time.

Biology Fortified completed comment:

You can read our comment as submitted to the FDA here.