Who the Heck is Layne Kilpatrick? Part 2 of 2 | #PSC 205
OVERVIEW: Episode 205 of #PodSaveChocolate deconstructs and debunks the final instalment of Kilpatrick’s fearmongering series demonizing lab-crown cocoa and gene-edited cacao trees. Brandolini and Cervantes would be proud?
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Episode 205 Overview
One point I made in the previous episode (bookmark card below) is that Kilpatrick has a large and engaged following on social media, with over one million followers on Instagram and nearly 500k followers on TikTok: He has an audience of listeners who not only watch, but also engage through liking, sharing, and commenting.
Clay Gordon
I cover Layne’s assertions in parts 1 – 3 of his series in this post. You may wish to read my responses (the video is 90 minutes long) before continuing.
What Kilpatrick can “achieve” in a series of four, under two-minute shorts published on multiple platforms (like this series) takes exponentially more effort to combat effectively on a much smaller platform like TheChocolateLife, which fact is eloquently stated in Brandolini’s Law:
The amount of energy needed to refute misinformation is significantly greater than the effort required to create and spread it.
While this effort may be me tilting at windmills (again h/t M. Ceravantes), it’s a campaign I am happy to lead. Is anyone else pushing back? Bueller? Bueller?
The format Kilpatrick uses (“shorts” on YouTube, Instagram, TikTok, and Facebook) inherently discourages exploring nuance, favoring and amplifying outrage, indignation, personal incredulity, and conspiracy theories.
What makes Kilpatrick’s assertions harder to deconstruct and combat is that there are kernels of verifiable fact in many of his assertions – at least in these four shorts that I am responding to.
Kilpatrick’s sheep, er, I mean followers, will seize upon and hold tightly to facts that reinforce their suspicions (a phenomenon known as “confirmation bias”) and overlook or outright dismiss anything that is counterfactual, even if it causes cognitive dissonance.
I spent many hours writing the post for episode 203, and the livestream itself lasted about 90 minutes. The first three of Kilpatrick’s shorts lasted less than six minutes. The four-part series unfolds in under eight minutes. My responses total over 7,000 words and have taken many hours to research and compose. Brandolini in action!
Recap – How I Got Here
Credential Checking: Kilpatrick is a “struck off” pharmacist in California who had his pharmacist license and pharmacy permit revoked due to serious unprofessional conduct involving probation violations, drug diversion at a prison pharmacy, unlawful possession of controlled substances, self‑prescribing, and mishandling of patient records. Furthermore, his only formal medical education on record is in pharmacy (he has a BA/BS in Pharmacy from the University of Utah (1989), which identifies him as a clinical pharmacist (RPh)), and there is no publicly documented medical, endocrinology, or hormone‑specific board certification or accreditation that would independently support presenting himself as a “hormone specialist” in the sense that term usually implies (i.e., a licensed medical specialist in hormones).
Part/Step 1: Start with some easily fact-checkable points to establish to an audience primed to believe and willing to “do their own research” (which means either Googling or using ChatGPT like a search engine).
Part/Step 2: Once you’ve got them hooked, pivot to a different target and start developing the basis for unholy strawman arguments.
Part/Step 3: Stand up and lean into the strawman arguments, lacing them with an unhealthy dose of conspiracy theorizing to scare people: Big Food tech is out to fool you, and they think you’re too dumb to notice THE! TRUTH! (Which I am about to reveal to you at great personal risk!) “They” don’t want you to know about their evil plans to secretly turn every cacao tree on the planet into a deadly GMO‽
Step 4: In this short ...
... Kilpatrick will
- Build on the “foundation” of the previous shorts, scare the living daylights out of his followers with the spectre of globalist collusion. Then ...
- Confidently propose a “solution” that, while theoretically might be possible, may not be practically achievable (and, in some jurisdictions, has already been regulated against, but don’t share those facts with his followers), while ...
- Also claiming that the boogeyman he’s set up to take the fall already knows the solution and is purposefully hiding it from everyone!
Wild hyperbole and AI slop. What a combination?
Note: Anything from this point on that is presented in this paragraph style is the video transcript.
My responses are presented in different styles and colors, as in the callout below. A green callout means a statement in the transcript is true or largely true, for example.
Before I Dive Down Kilpatrick’s Rabbit Hole ...
What’s really important to understand as you watch the short or read the transcript is that the central thesis makes zero sense, economically, politically, or socially, based on a key misunderstanding: There are fundamental differences between annual seed crops (like corn and soy) and tree crops like cacao. Differences that Kilpatrick does not factor into his arguments.
The value of an annual seed crop patent (which needs to be enforced to remain enforceable) relies on farmers having to buy seeds every year. For example, “Roundup Ready” corn and soy command as much as a 2x premium over conventional seed. (The premium can be much higher if the seed contains multiple patented genes.) Any “theft” of the gene-edited seed, even if accidental, can reduce the income to the patent-holder significantly. Between 32-35 million Ha are planted in soy in the US.
Billions are at stake each year for soy alone. In the US alone.
Cacao is a tree crop. It can take between one-and-a-half to three years for a tree to start producing, and between three and five years for a tree to become fully productive. Trees can produce for decades, but tend to be most productive for between twenty and thirty years. (Genetics and agricultural and other farming practices alter these productivity windows.)
Producing a new cacao tree seedling, from seed or by grafting, takes much more effort than planting corn or soy seeds. In part, this is because the planting does not happen in situ. Seeds are propagated in a nursery and then transplanted into the field one at a time into holes that have to be dug for each seedling. There is no machinery to do this; it’s all done by hand. Grafting takes a similar path. Rootstock is propagated in a nursery, and the scion (the part that gets grafted onto the rootstock) is gathered from “mother” trees known to have the desired characteristics. The newly grafted pair remains in the nursery until confirmation that the graft is successful (100% success is rare), before being transplanted into the field. One at a time. By hand.
- One farmer riding a seed drill can plant up to 100Ha of soy or corn – millions of seeds – in a day. The planted seeds will generate a return within months.
- It takes months and hundreds of hours of labor to plant even a single hectare of new cacao trees from seeds or grafts. The planted trees won’t start generating ROI for years, and will be productive for decades. The farmer won’t need to replant for two to four decades, if ever. Patent-holders are not selling billions of seeds every year.
That’s one fundamental difference Kilpatrick doesn’t include in his calculations or share with his followers.
If there is one thing we can take away from the chocolate industry’s efforts to evade responsibility for illegal labor in their cocoa supply chains for the past twenty-plus years, it’s that they don’t want to have any of the risks associated with owning farms on their balance sheets.
Kilpatrick asserts, without evidence, that the only “logical” [my word, not his] remedy that a company like Mars might seek for patent infringement would be for the farmer to hand over title to their farm, with the trees, to Mars. And what, be forced to work the farm for Mars to pay off their “debt”? That would be a form of indentured servitude (modern slavery?), and would be illegal, not to mention unethical.
And that assumes the farmer has clear title to hand over. Agricultural land title is a complication on top of a complication that is not taken into account in Kilpatrick’s simplistic “explanation.”
Keep all of that in mind as you read the following.
Before I continue
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Responding to the Transcript of Part 4
All right. If this last installment of this series on lab-grown cocoa doesn’t light your hair on fire, you're using PFAS flame retardant for hair product.
This framing is purposefully inflammatory (pun intended), appealing to emotions rather than reason (a pattern that will be followed throughout this short).
When cacao genes edited by Mars Candy Company drift in pollen onto a neighboring cocoa farm in Ghana and fertilize a farmer’s trees ...
Nitpick: It’s not Mars Candy Company. Founded in 1911, Mars, Incorporated manufactures and sells confectionery (which may or may not include chocolate as an ingredient); snack foods; pet food, supplies, and veterinary services, and supplements (e.g., CocoaVia), among other items. They also conduct and invest in research that leads to the introduction of new products.
... who owns the resulting seedlings? Well, the court says Mars does.
So, not only does a native cocoa farmer get control of his gene pool stolen from him, he could eventually lose ownership of his entire tree inventory.
... but I, Layne Kilpatrick (who is not a lawyer, geneticist, or expert on cacao) have the solution!
Any gene added Mars makes to cacao using licensed CRISPR technology becomes Mars intellectual property.
And Mars isn't alone. There are more than a thousand CRISPR patents right now at the US Patent Office that have agricultural application.
The Supreme Courts of both Canada and the US have ruled that ownership of the physical plant is no defense against a patent claim. The patent on the gene trumps the farmer's property rights to the plant on his own land that he owns.
Now, apply that to West Africa. Côte d'Ivoire and Ghana have an estimated 2 million smallholder cocoa farmers. The average farmer earns less than $2.15 a day. Mars, on the other hand, is privately held with about $55 billion in annual sales.
Most cacao varieties can't successfully fertilize themselves. Some plants can. So, the pollination system that makes the chocolate industry possible is the same system that has no biological defense against engineered pollen from a neighbor's plantation.
One question I have for Kilpatrick is, “If what you say is true, how did cacao trees pollinate, spread, and evolve in the wild before human intervention if most cacao varieties can’t successfully fertilize themselves?”
If that's a gene-edited Mars plantation and they choose to sue for patent infringement, even if a Ghanaian farmer wins in court, the cost of fighting is more than he'll earn in his lifetime.
So, here's what I think the fix should be. If a company patents a gene edit, require it to be incapable of spreading by natural pollination. Build the fence into the seed or don't plant it.
Across eight years of development, I can't find a single published statement about how Mars plans to keep their genetic modification from spreading to the next generation of cacao seedlings everywhere.
And God forbid something goes wrong.
The technology exists to contain it, but the Berkeley Mars team has not used any of it.
- It is true in principle that it is possible to engineer traits to sharply reduce their ability to spread via pollen or seed, and CRISPR does make it easier to do so without transgenes.
- However, the notion of an absolute “fence” that prevents spread entirely is not supported by current research. At best, it is possible to design reduced-risk systems (which are not mathematically zero‑risk systems), especially for a long‑lived, cross‑pollinating perennial like cacao.
Yet. It may exist in the future, but it does exist today.
No current literature describes a deployed, field‑tested, fully self‑containing CRISPR‑edited tree crop that guarantees zero risk of pollen‑mediated gene transfer.
Furthermore. Many GURT‑style technologies have never reached commercial deployment, in part because:
- There is an effective de facto moratorium on “terminator” seeds under the Convention on Biological Diversity. (Oakland Institute story.)
- Several countries (e.g., India, Brazil (a major cocoa-producing country)) have passed laws explicitly prohibiting GURTs.
Look, a rancher can't let his bull get through the fence and breed the neighbor's herd. In every other industry, the owner of the hazardous thing pays the cost of keeping it contained. The polluter pays.
In Conclusion:
Patented genetic should follow the same rule. If you own the gene, you own the fence. This needs clear regulatory language cuz it's going to keep coming up.
How does Kilpatrick propose getting every nation on earth to agree to “clear regulatory language”? Even if a widespread consensus were achieved, does he really think the current US administration would sign on to it if the billionaire donor class objected to it?
- Remember: The current US administration withdrew from the Paris Agreement, the international treaty adopted in 2015 to combat climate change. As of January 2026, 194 (of 195 UN-recognized) countries are parties to the agreement – the US is the exception.
- If the US led on this gene-editing regulation effort, would anyone trust the US’s intentions? Or believe there was more than a transient, transactional commitment to the regulations? Or that it wouldn’t favor global corporations in consuming countries over the farmers and governments in producing countries?
It’s easy to propose solutions that are, for all practical purposes, unattainable for technical and/or political reasons.
A multinational company patents something, lets it reproduce uncontrollably, and then sues the farmer it spreads to. Call that what you want, I call it legalized theft.
I call that argument a load of bollocks. (That’s the technical term.)
And so should you.
That’s not only not legalized theft, it’s also a paranoid strawman.
Kilpatrick is ranting against globalism using conspiracy theories cloaked in science denialism bathed in ignorance (his own and others’).
Kilpatrick is counting on his followers' relative ignorance (knowing less than he does) and the fact that they will not do any real research, confident in the belief that they could do their own research (e.g., a Google search or using ChatGPT as if it were a search engine) if they wanted to.
It’s not your (our) job to provide evidence to disprove assertions presented without evidence, but that is exactly what Kilpatrick asks every critical, skeptical watcher to do: PROVE ME WRONG!
How did I do? Did I provide enough counterfactual evidence to persuade you that I debunked Kilpatrick’s claims sufficiently?
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Clay Gordon
Clay Gordon