In this episode of "Revisionist History," Malcolm Gladwell sends producer Ben to Mattson, a leading food innovation lab in California, to explore a critical mistake in the food industry. The story contrasts two errors: the disastrous rollout of GMOs in the 1990s and the looming threat to lab-grown meat. At Mattson, Barbara Stucky recalls attending a 2018 conference on lab-grown meat, a technology that could reduce animal suffering, environmental harm, and global warming. However, she was horrified by the language used—terms like "lab-grown meat" and "cell-based meat"—which she feared would provoke the same backlash as GMOs. The GMO tomato, introduced in 1994, was a solution to harvesting and shipping issues but was quickly labeled "Frankenfood" by critics, leading to consumer distrust and market failure. Despite its quality, the name "genetically modified organism" became a barrier. Now, Barbara is working to avoid a repeat by rebranding lab-grown meat, testing consumer perceptions, and storytelling to build acceptance. The episode highlights the power of language and the importance of early, careful communication to prevent promising technologies from being rejected by the public.
Hello, hello, Malcolm Gladwell here. I want to tell you about the podcast "Points North." They tell first-rate stories that often re-examine the past. Like the story of a biologist doing seemingly ridiculous things to keep ducks from ruining people's swim spots until he realizes the ducks aren't the ones who need to change. And then there is the little-known story of the Native American fisherman caught in the same massive storm that sank the SS Edmund Fitzgerald. Check out "Points North," wherever you listen to podcasts. [MUSIC PLAYING] Pushkin. So I went to California at your behest. Did. I wish-- First of all. I know you wish that you would have been there yourself because this is your favorite place. This one really hurt. And I'm-- We just say where we're talking about it. OK, so I sent you Ben on a mission because I couldn't go because my wife would leave me if I took one more trip. Basically. And so with a heavy heart, I handed the reins to one of my favorite places in America, which is the Food Lab at Madison. Madison is like the R&D. If you're a food company in America and you want to do something new or cool, maybe you tried in your own lab. But mostly what you do is you pick up the phone. And you call Madison out in the Bay Area. And you say, can you make me and fill in the blanks? The most delicious potato chip that also prices-- you know, is priced under X. Or-- They've got the walls. The walls are lined with a pantry shelf of just every product you've ever had and enjoyed. And I think they're like franzias on there. It's just all the hits. Things that I can't even mention because they're NDA'd around the walls. Oh my god. It's like, if you walk through a grocery store after going to Madison, you're like, oh, that's Madison. Oh, that's Madison. And you realize my diet is basically Madison. I interviewed two people out there who you know, of course, from other revisionist history episodes. Steve Gundram, their chief AI officer, who is at the time of our first mistake, the CEO, and knows everything about why we like what we do. And Carecake became a phenomena at first because of the airlines. And Barbara Stucky, their chief new product strategy officer, who's an old hand on revisionist, and is just a font of amazing tales from the Madison archives. And the case of this, the challenge was if you've ever opened a pomegranate, it's not exactly-- you can't squeeze the pomegranate. Like, I've really met someone who is clearly so psyched to go to work everyone. Do you get that sense of mine? She was so pumped. I found it so delightful. She's so excited and a true believer in this amazing sense in what they do. I wanted to take my-- when they're old enough-- to take my two daughters out to the Bay Area. And I want Barbara to do a version of take your daughter to work day, only be take my daughters to work day. And I want my daughters to observe what it means to be psyched about your job. So I sent you out there. Now, why, Ben, you tell us. Why did I send you out there? So you sent me out there because you had reached out to Barb about a mistake that has loomed very large over the entire food industry that she wanted to tell us about. And so the story is, basically, Barb, who's more excited than anyone you've ever met to go to work every day, is going to work in 2018, 2018, 2019 area. And is that a conference where she comes face-to-face, with the future of the food industry, and then realizes that the food industry is about to commit hairy carry on a much broader scale than even McDonald's. And she has to try and stop it. And so it is the story of two mistakes. The first one, a mistake that we made in the '90s, and the second one, a mistake that Barb is trying to stop us from making today. Welcome to Revisioness' history. I'm Ben Nattifafri. And in this, our final episode of the mistake series, Malcolm sends me out to California to the pantheon of food science, the Hallad Halls of Mattson. It's a place you may remember from way back in season 2 episode 9, McDonald's broke my heart. All about McDonald's French fries. But my mission wasn't as greasy. I was sent to Mattson for a more cultivated reason. (dramatic music) - Okay, so our story begins in 2018. Barb's at this conference for an amazing new technology that everyone's calling lab-grown meat. And she starts to get this hit in her stomach. - It was really the year where this technology was starting to happen. And companies were figuring out how they were going to isolate the cells that they wanted to use to make the type of meat that they wanted to use. And it was just mind-blowing. So the idea here is very simple. It is to be able to make meat by using cells of meat to make more meat. And that idea just, to me, was it just brilliance? - Well, and also no animals will suffer. And there's not, you know, factory farming, things like this you won't have. - So many things that we don't have to worry about anymore. It can be done inside. So it just seemed like magic. It just felt like something's happening here. - This would be like huge for me because my wife is an ethical vegetarian. And if I could tell her that there was nothing killed in producing meat that we were eating, I would suddenly be eating meat again at home, which would be thrilling. - State would return. - It's not just when Julia's out. But there's like, there are all sorts of, there are all sorts of potential upsides to this technology and Barb's just sitting there thinking about them. - There's like 10 different environmental reasons while we would want to, cattle farming is one of the single greatest contributors to global warming. It sucks up enormous amounts of water. - Methane emissions. - Methane emissions. - You could make a case that we're replacing the cattle industry with something that comes out of a lab would be one of the single biggest things we could do in favor of the environment. I mean, there's no-- - Yeah, there's obviously, there's runoff to runoff from cattle farms. - Fertilizer, I mean. - So there's all these huge upsides and Barb, who's the person who's most excited to go to work has just thrilled about this. However, there was a problem. It started with an image. And I'm gonna show you the image. - So we're looking at a petri dish of what looks like a perfectly round patty of raw ground beef. - Yes. And to me, having it in a petri dish-- - Not good. - Not at all appealing, delicious, or anything I want to put in my body. - And already like raw meat is not something I see in think, not super appealing. - Not so sexy. So I sat through the conference and it was probably three or four days and I kept hearing these terms, cell-based meat, lab-grown meat. And it just, I was so horrified by the language that I grabbed the executive director and I just pulled on his jacket and I said, "Can we talk?" I think that we need to work on the naming and the communication around this technology that if we don't do it now and we don't explain it right and we don't bring the consumer along from the beginning, we're gonna end up like GMOs and nobody's gonna wanna use GMOs and their formulations and consumers are not gonna want to eat it and we're gonna lose this possibility of progress in terms of feeding the world. I have tasted meat made this way and I was shocked at how much it tastes like real meat. - But it's not, no one's gonna get there if it's called lab-grown meat. - Exactly. - Going to end up like GMOs, which is our first mistake, that's after the break. - Hello, hello, Malcolm Grabble here. I wanna tell you about the podcast, "Points North." They tell first-rate stories that often reexamine the past. - 2026 marks the 250th anniversary of America. The soul of this country is found in the stories of those who defended it. I'm JR Marlotte.
Martinez, a US Army veteran. I know that True Valor isn't just a word. It's a choice made in a split second. That's why I'm honored to bring you a brand new season of Medal of Honor, Stories of Courage, from Pushkin Industries and I Heart Podcast. You'll fly into the heart of a rescue mission with Air Force pilot James Fleming and Vietnam. - I'm gonna put you out in the middle of hell. If you have to come home, I'll bring home. That's my duty, it's my honor. We'll also travel back to 1926 to witness Richard Bird's historic flight over the North Pole. These are more than just stories of combat. They are testaments to leadership, community, and the human spirit. Listen to Medal of Honor on the I Heart Radio app, Apple Podcast, or wherever you get your podcast. - So, the first mistake we had to talk to Steve, who was the CEO at the time. And it starts in the 1990s, late '90s, early 2000s, when a company called Zeneca, now known as AstraZeneca, so of the COVID vaccine fame, approaches Matt Sun and says, "We have created a genetically modified tomato and we need your help." - We're here to talk about the story of the tomato. I mean, why did this GMO tomato exist? What problem was it solving? - It was all about harvesting and transportation and processing. So, tomatoes by their very nature are delicate. So, the most optimum tomatoes for the hedonics and the organoleptics and how it tastes, and all those criteria, they were very difficult to harvest economically because you had, if you let it ripen on the vine, you had too long. It was a very short window in which you could ship it, or if it was easier to puncture or-- - Yeah, so exactly, they became delicate. They were harder to harvest. - Basically, tomatoes are a really difficult crop because if you pick them ripe, then they're very soft. You have lower yields because they're using these huge combines to harvest them. And so, you're likely to lose a lot of tomatoes, which then drives up the price of the tomatoes that you do ship. And then you're shipping these ripe in tomatoes, which means they have a very short time to get to wherever they're going to be sold and then used. So, the way they would handle this-- or a few ways people handle this, but one way was that you would literally pick a tomato green, ship it green, 'cause it was firmer and not yet ripe, and then gas it with that effilene gas before it hit the market shelves, which gave it this sort of red look that you expect from a tomato. So, it was like overall a suboptimal situation for tomato lovers. And GMOs, which are genetically modified organisms, first developed to make human insulin. And then in 1994, it's applied to foodstuffs and the first thing that gets approved by the FDA is a tomato. It's called the flavor saver tomato, which is basically trying to solve this basic problem of how you like pick and ship tomatoes. So, this is one of those first GMO products that Zeneca brings to Matt's in. And what they're asking Matt's into do is not develop the tomato, which they've designed basically with the end use of purees, soups, things like that. But basically solve this crucial problem of GMOs, which is how do you get consumers on board? How do you get people to buy into this thing? It's funny because I was in the early '90s covering the FDA for the NIH for the Washington Post. So, I was writing about all these early things in that period. And I feel like it was predictable. It was predictable in the sense that there was always going to be people suspicious of genetic modification on all levels, right? Because it was so new back then, I mean, you've just said, now we've had 30 years of this. But in '94 it was like science fiction. That's the sort of problem that grappling with it. I mean, people don't even can't even really wrap their mind around what it means to genetically modify something. And so, I feel like the backlash has shifted over time. But the initial backlash, a lot of the initial backlash is simply a kind of mystification. I love it so much. - I was thinking about the favor, say the tomato, was 1994, Jurassic Park comes out in 1993. So, it's like, if you have a cultural reference point for what the scientists are doing, it's like dinosaurs we're gonna eat you alive. You're kind of like, that's, we're not supposed to be doing that, right? - Yes. - It fits in with, you know, there's a kind of moral element which we don't see as much today that we should not be disrupting God's creation in this way. - So Steve talks about this actually. They begin to bring people in to actually encounter the tomato, the Zeneca tomato, and study how they respond to it. - In these focus groups would people try the tomato? Do you recall how people would react when they tasted it? - Yeah. This is a great tomato. And I remember especially cutting them open. There was one thing you know, people handle them. - So you put it to me, in front of a consumer and you say, one of these is genetically modified? - No, not that way. You just start talking about how are they grown? Where are they grown? Are they good for you? What makes a bad tomato? What makes a good tomato? You kind of build up to the aha moment. You do a slow reveal, you know? What if the best pasta sauce you ever had was made with a hybrid tomato that had never been grown before? You kind of start off with baby steps. - And then you're like, this is a new tomato. - This is a new hybrid tomato. Then we just kept going deeper and deeper into the story until we found the point where they pushed back. That, okay, now you've crossed a line. Where was that? - You've got scientists who are not just breeding. These aren't agronomists and agricultural specialists. This is like stuff in the lab where you're modifying the seed genetically. I mean, these were words that were not, genetics was not a common word back then. The word modified, a organism sounded like, I remember consumers sounded like bugs, you know, or bacteria or mold. You know, they're all kinds of three words. - Oh, genetic way. - They're modified organisms. - And you have a nuclear. - Franken food. - Right. - It came from professor at Boston College and then got picked up by the New York Times and ended up in an op-ed and off it went. Lewis wrote quote, "If they want to sell us Franken food, "perhaps it's time to gather the villagers, "light some torches in head to the castle." Steve basically finds that everybody has already been freaked out by the name genetically modified organisms and they call it Franken food. And so what they try to do at Madison is come up with a story that says like, this is not really that different than what we've already done for centuries. Like think about the way we make apples by grafting parts of one apple tree onto another apple tree and they come up with these analogies and the thing is like it just, it doesn't really stick because they've got this name, GMOs that hangs over everything. And he even talks about how people just shorten the acronym, like pronounced it by the acronym, like they call them GMOs. And it was like this banner that nobody could really get past. And what the banner meant to people is science is involved in this. There's like some sort of like hubris we're treading in a place where we shouldn't tread. Like what they were eating may look and taste like a tomato, but it's just like in some fundamental way it's not. - There was some kind of line, what they wanted to be sure was that what they were still eating was truly a tomato. That it somehow was not so syntheticly bred that it kind of crossed the line that it was no longer truly a tomato, but some kind of red, delicious fruit. - It's a zombie. - It's a zombie tomato. - Yeah, it is, it is, they have attached one of the most kind of elemental dystopian human fantasies. - Right, right. This thing looks like what I'm familiar with, but actually. - Yes, it has the appearance of normalcy, but inside there is something foreign. I mean, every, there's a huge category of sci-fi movies that are just about this thing. - Yes, everyone's worried that they made the zombie tomato. And I think basically it's like, however good the analogy is, it's like, Zeneca's tomato loses out. Like at one point it has a 60 something percent, it sells way better than like the average tomato puree in UK supermarkets. And then after some of the backlash to the--
the flavor saver tomato, Zeneca like vastly loses market share. It plumets. And now you can't get the Zeneca GMO tomato on the market. I'm sure there are all kinds of reasons, but like a big one is that there's this huge resistance to GMOs, Frankenfood GMOs. Wait, so when I buy tomatoes in the, in the supermarket today, a none of them GMO? I don't think that none of them are GMO, but I suspect that the vast majority are not GMO, which honestly I get. I think if you gave me a choice, I would prefer a naturally occurring tomato, which is not something I'm proud of. But there is something about the intensity of the anti GMO thing that I relate less to this morning. I open up my morning yogurt. And when I open the lid on the lid, it says made from milk from non GMO cows. It's like, and it's sort of like screaming this thing at me that I like it was a question I wasn't even asking. And it's just like, oh, where I had, like I made my friend Mudderpeneer the other night. And I use this, these like this chili spice I had. And it says like non GMO chili. And I was like, that's, it didn't even occur to me that this might be GMO, but like it's become this rallying cry where whatever Matson wanted to happen, whatever Zeneca wanted to happen with the way people would respond to GMOs, the exact opposite happened. And it's because I think like they never could change the name. The first time I heard Franken food, I was like, okay, this is bad. Words are very powerful. And for whatever reason, I think it was a hard stop. So all of this brings us to our second mistake, the one that we are, that Barb is trying to stop us from making it again, which is, it's 2018. She goes to this conference and it's all about this thing called lab grown meat. And she's sitting there getting all excited about this technology. And then hearing this word thrown around and she's just like, oh, no, we're about to do it again. Whiplash. Whiplash. Maybe this is a, this is a good time for a commercial break. Okay. We'll be right back. [Music] Hello, hello, Malcolm Gladwell here. I want to tell you about the podcast Points North. They tell first-rate stories that often reexamine the past. And then there is the little known story of the Native American fishermen caught in the same massive storm that sank the SS Edmund Fitzgerald. Check out Points North, wherever you listen to podcasts. 2026 marks the 250th anniversary of America. I'm JR Martinez, a US Army veteran. That's why I'm honored to bring you a brand new season of Metal of Honor, Stories of Courage from Pushkin Industries and I Heart Podcast. I'm going to put you out in the middle of hell. Listen to Metal of Honor on the I Heart Radio app, Apple Podcast, or wherever you get your podcast. All right. So back with Barb at the lab-grown meat conference. And she keeps hearing these names for it. Lab-grown meat, cell-based meat. And she's like, it's happening again. So how did you go about trying to solve this problem? Because you usually basically let's not make the GMO mistake twice. That's right. It was really a rallying cry for everyone on the team. Imagine if it were lab-grown organisms. [laughs] You didn't make that makes my stomach like not so happy. So she starts doing the mats and things. She gets a bunch of people together in a room. She starts testing how do you feel about this? What do you think? How does it look to you? It was one of my friends that I was trying to explain the technology to her. And she said, oh no, I don't think God wants us to eat that. Interesting. Yes, one of my friends. I don't even know how to explain it. But it did occur to me that there could be some very different opinions. And it turns out that even to this day, there is a very political skew for whether or not you're interested in this kind of a product. In Florida, in fact, has bams. Yes. [laughs] This product. And Alabama. Yes, so yeah, but it's now become a political issue. So it was like a religious thing that just becomes political. It's somehow in a weird way. It's like it plays in the cluster of neurons that has something to do with abortion also. Yes, exactly. In vitro is a word that applies to the gray areas of both of these universes. I would say the then diagram of people who are anti-abortion are going to be anti-cultivated meat too. It's really interesting. Anti-wabro meat. So what does she have a term that she wants to use? Yeah. She gets these people together to start thinking about the story and what name can emerge from the story. Some were better than others. Okay. Well, here's-- I'm sorry. Nano-pastured meat got five votes. [laughs] It's what? Unbounded meat, slaughter-free, propagated, minimalist agriculture. I don't remember these. Celebration? No. No, definitely not. You know, we went through this huge list of names. I think she has something like a hundred. And it is a really hard problem to solve like what to name this thing. Because the whole challenge is you have to come up with a new name for a thing that doesn't foreground the fact that this is a new thing. Yeah. And it is just that paradox inherent in the project. Right? So then the question is meat. Like, how do you package it such that it's not like they're lying to me. This was grown in a lab. You're like, this is slightly different. But they do land on this one name that splits the difference. I think pretty well. Do you remember when you hit on the one that you landed on? We had a short list. And I think once we got to the short list, it seemed like a no-brainer. And what was it? And that was cultivated meat. How does that name strike you? Well, on the list of names that she was considering, the one I liked the most was minimalist meat. Because it's the claim about. It's more about its foregrounding the benefits. And also it's capturing the kind of virtue of this, which is this is meat that's leaving a much smaller footprint on everything. And minimalist suggests a kind of clarity and elegance and simplicity in the way it's produced. I mean, the bit about cattle farming is it's insanely messy and convoluted. I don't know. I like that. But I'm not, you know, I'm not a typical consumer here. I was already pro this before I even needed a new name. Same. Yeah. But I think like minimalist, I like minimalist. I like cultivated. You like cultivated. I like cultivated. Yeah. I like it. Well, there is a lovely play on a cultivated person as a sophisticated, you know, as a kind of person of elegance. Well, and I think also like there's there's the old truism about lawmaking and food, you know, how the sausage gets made. The lesson of which is that nobody, nobody wants to know how the sausage gets made. That the sausage becomes less appetizing if you know how it gets made. Yeah. And so there's some like genetically modified organism really spells out how the sausage gets made. Lab-grown meat spells out how the sausage gets made. Cultivated meat, I think, is obscuring that in an, you know, it signals that it's different. It's not misrepresenting, but it's also not like throwing the peach redish in your face, which I think is kind of crucial because at the end of the day, people basically don't want to know a lot about how their food gets to them. But that is why she's trying to change the name. Exactly. Because it's like, can you obscure, is there a way to like hide the words that make it clear that this is an innovation and not just the way things should be? She's absolutely right. And I agree. I remember being really excited and being like, I can't wait to try that. And so obviously because Matson has the necessary connections, I went to try it. Oh, you tried it? I tried it. Oh my god, I didn't know that.
And now I feel even more bummed about letting you go. So I did. I had to try, I had to try a lot, ground meat. Sorry. Cultivated me. Cultivated meat. So the, I would say the cultivated meat industry is somewhat downtrodden these days. But there are still people doing this and figuring out how to scale it. And the big one is a place called upside foods. So they are conveniently located in Emoryville, which are also in the Bay Area. And I went there and they have these like huge tanks. I think they're like stainless steel tanks basically on, on an industrial floor. And in these tanks, they are using cells taken from a chicken egg years ago to brew, cultivate this meat at scale chicken chicken in this case. And so I met with a woman there named Aaron Santy, vice president of PR and communications at upside foods. Honestly, I think the number one thing to me is tasting is believing, right? People ask us all the time, what is it taste like? And the most common thing someone says after they try it, we'll see, I'm preempting this before you try it. Taste like chicken. Taste like chicken. And we say, funny thing that because it is chicken, right? And I think that's a big part of it. I mean, at the end of the day, what we do and the, the innovation that has led us being able to do this has tons of science and technology at its core. But ultimately, we make food. It's something you eat. And so what better way to have you connect with that than have the opportunity to try it. So you go in there and they prepare in front of you, they take their meat and it looks just like chicken. Tell me, tell me what I'm looking at. Yes. Okay. So we have a little appetizer, which is a butter chicken Samosa. And then this is a buttermilk fried chicken sandwich. Both look like the normal version of the product. And it's got a little mint chutney on top. Okay. That is delicious. Did I call it? Does it taste like chicken? That is seriously delicious. That's a really good. It was incredible. It tasted exactly like normal chicken. Granted, they have a very excellent chef on staff. But if you had not told me, if I were not in this pristine futuristic place where they're making this thing, if I didn't know the whole story, I would have had no questions. I would not have wondered was this chicken produced differently than the chicken I get at a fast food place that comes from God knows where. What did the people at upside say about the name in question? What do they call it? They call it cultivated meat. So barb one that has won the day. Barb was able to basically get like a coalition of people together through the people who are hosting that conference and get a lot of buy-in from the people in this space to use this term cultivated meat. And so we'll see what happens in the future if that can actually that plus the storytelling around it can actually overcome people's anxieties. But to me, I think what upside seem committed to is the idea that tasting is believing that where they want to start here is not in packaged goods that you get off the shelf, but basically like with restaurants. So you will go to a restaurant, you'll try this, you'll know you're trying something different and you'll have the experience that I had, which is like, okay, this is like, it's quite good and like in no way does it taste different to me. Do they think they'll be safer? Do you get salmonella outbreaks and there's no any biotics? You don't get salmonella outbreaks from cultivated meat. And in fact, there are like in the future, you could imagine things like low cholesterol beef. So if you like for if your doctor says like, cut down your cholesterol if you want to keep eating beef, like there are ways to handle this process such that you make a healthier piece of meat. So they're now doing this at scale, a greater scale than they've ever done before. And then it'll be a question of can we get the story right? Can we get the communication right? And I think cultivated meat will see, but at least it's an attempt to not make the same mistake twice. I am so down for this. I wish Barb every good luck in her campaign and I, I for one will be lining up to have my cultivated steak. Yeah, it's just so bad when that steak hits the market, there's a name in this story that makes you want to eat it. [Music] Revisionless history is produced by Nina Bird Lawrence and Lucy Sullivan. Our editor is Karen Shikurji. Fact checking by Angelie Mercado. Our executive producer is Jacob Smith, engineering by Nina Bird Lawrence. Original music by Louis Scarra, sound design and mastering by Marcelo Diolivero. Special thanks to Justin Shimon. I'm Ben, out of half-re. Like the story of a biologist doing seemingly ridiculous things to keep ducks from ruining people's swim spots, until he realizes the ducks aren't the ones who need to change. Check out "Points North." Wherever you listen to podcasts.
Podcast Summary
Key Points:
Malcolm Gladwell introduces "Points North," a podcast that re-examines historical stories, and then discusses a mission to Mattson, a food science company in California.
The episode focuses on two major mistakes
At Mattson, Barbara Stucky warns that terms like "lab-grown meat" could trigger backlash similar to "Frankenfood" for GMOs, potentially derailing a promising sustainable food technology.
The GMO tomato case (Flavr Savr) failed because the name "genetically modified organism" evoked fear and distrust, despite good taste and functionality.
Barbara is working to rebrand lab-grown meat to avoid consumer rejection, emphasizing the need to bring consumers along from the start.
Summary:
In this episode of "Revisionist History," Malcolm Gladwell sends producer Ben to Mattson, a leading food innovation lab in California, to explore a critical mistake in the food industry. The story contrasts two errors: the disastrous rollout of GMOs in the 1990s and the looming threat to lab-grown meat. At Mattson, Barbara Stucky recalls attending a 2018 conference on lab-grown meat, a technology that could reduce animal suffering, environmental harm, and global warming.
However, she was horrified by the language used—terms like "lab-grown meat" and "cell-based meat"—which she feared would provoke the same backlash as GMOs. The GMO tomato, introduced in 1994, was a solution to harvesting and shipping issues but was quickly labeled "Frankenfood" by critics, leading to consumer distrust and market failure. Despite its quality, the name "genetically modified organism" became a barrier.
Now, Barbara is working to avoid a repeat by rebranding lab-grown meat, testing consumer perceptions, and storytelling to build acceptance. The episode highlights the power of language and the importance of early, careful communication to prevent promising technologies from being rejected by the public.
FAQs
It tells first-rate stories that often re-examine the past, like a biologist and ducks or a Native American fisherman in a storm.
Mattson is like the R&D hub for food companies in America, helping create new products like potato chips.
The first GMO food approved was the Flavr Savr tomato in 1994, designed to stay firmer for shipping.
Consumers were suspicious due to terms like 'genetically modified organisms' and 'Frankenfood,' which made them feel the food was unnatural.
Lab-grown meat is made from animal cells without raising or slaughtering animals, potentially reducing environmental harm and animal suffering.
She fears it will cause consumer rejection similar to GMOs, so she advocates for better naming to avoid a repeat mistake.
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