WEBVTT

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Breaking free from the chains of the past Where

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truth moves faster than a Holstein calf No law

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waiting on some printed page We're charting new

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ground in the digital age From genomic codes

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to robot facts We cut through the noise, no hold

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them back not your daddy's dairy news tonight

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we're sparking Welcome back to the Bullvine Podcast,

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where we cut through dairy industry noise to

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get you the insights that actually matter for

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your operation. And today, we're diving deep

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into a feature piece about the massive restructuring

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of the dairy genetics industry. We're talking

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about a shakeout that has seen family breeding

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operations lose, I mean, up to 90 % of their

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revenue while the corporations just rake it in.

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And this isn't just theory or, you know, some

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market fluctuation. This is about a deep structural

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shift in where the value is created. Exactly.

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It's about where the money went and, more importantly,

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what you need to do about it right now to keep

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your entire farm competitive, not just your genetics

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program. We're really examining the dramatic,

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almost overnight collapse of the traditional

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seed stock model. To set the scene, we were looking

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at some industry analysis showing that a well

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-managed seed stock operation, one, that was

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financially found, a cornerstone of the community.

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The kind of operation everyone looked up to.

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Right. And it was generating maybe $1 .5 million

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in genetics revenue just a decade ago. Today,

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that same farm might, if they're lucky, see only

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$150 ,000. And the most frustrating part, the

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part that just drives these generational breeders

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crazy. What's that? Their cows are demonstrably

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scientifically better now. They have higher PTAs

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predicted transmitting abilities and better genomic

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indices than they ever did when they were making

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millions. Wait, so let me get this straight.

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Better cows, but only a tenth of the revenue.

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That contradiction is the core problem we have

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to unpack today. It is, because for the commercial

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farmer listening to this right now, the stakes

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are massive. We are seeing genetic progress accelerate

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at a speed that's, frankly, unheard of. Which

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is phenomenal for short -term milk yield inefficiency,

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right? On the surface, yes. But we have to fundamentally

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ask, are we gaining that efficiency at the expense

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of long -term cow health and herd flexibility

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because of the cost of entry into this fast lane?

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And we are going to dive deep into that. It involves

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skyrocketing inbreeding levels and contracts

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that basically force you to give away your farm's

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intellectual property for pennies on the dollar.

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Exactly. We have to identify the two seismic

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shifts that just slam the door shut on the independent

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breeder. First, the technology itself. You're

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talking about Jovayette. Juvenile IVF or Jovayette,

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yes. It compressed the generation interval so

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dramatically. But using it, I mean, using it

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effectively required massive, immediate capital

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investment. The kind of capital only the established

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multinational players could afford to risk. And

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second, consolidation. That $170 million price

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tag that URUS paid for Transova Genetics, that's

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a landmark figure. It's a number you have to

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stop and think about. That money wasn't spent

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on cows or semen. No, it was spent on infrastructure

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and controlling the reproductive bottleneck.

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That figure alone tells you everything. The value

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moved from the cow pasture and the semen tank

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right into the corporate infrastructure. We need

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to know what those contracts mean for your data,

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your elite females, and ultimately your freedom

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as a producer. So let's start with the cold,

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hard reality of that revenue cliff. I read this

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anecdote about a third generation Wisconsin Holstein

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breeder that just, it really stuck with me. Okay.

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Back in 2012, you know, before genomics really

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hit its full stride, his genetics operation,

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selling high -end semen, embryos, top -end females,

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was netting about $900 ,000 in genetics income.

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Annually. $900 ,000. That's a serious capital

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intensive business. And it's built on years,

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decades of pedigree selection showing developing

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those cow families. That's generational wealth

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right there. And that cash flow supported debt,

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expansion, the whole family farm. So what happened?

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Last year, his genetics income was around $85

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,000. Wait. From 900 ,000 to 85 ,000. Almost

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a 90 % drop. Same dedication, better genetics

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on paper, and just, you know, a fraction of the

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income. Wow. It's hard to even fathom what that

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kind of drop means for a family farm. I mean,

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that's a college fund gone. That's 20 years of

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tradition suddenly rendered almost irrelevant

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from a financial standpoint. And it really highlights

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this industry -wide phenomenon we're talking

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about. Yeah. The value hasn't disappeared. It

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has fundamentally moved. It's been consolidated

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into the infrastructure required to capitalize

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on all this rapid progress. See, that's where

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my farmer skepticism really kicks in. I get that

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markets change, but if the cows are scientifically

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measurably better with higher PTAs and better

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genomic indices, why is the breeder, the guy

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who spent generations developing those bloodlines,

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getting paid less? It doesn't make intuitive

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sense. It doesn't. Not unless the tools required

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to capitalize on that value have been taken away

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from him. And that is precisely what happened,

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primarily thanks to juvenile IVF, or GVVET. This

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is the technology that truly changed the game,

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maybe even more so than just genomics alone.

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So genomics gave us the map, but GVET? GVVET

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gave the corporations the speedboat. That's a

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perfect way to put it. So break down Givet for

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us, because most of us know traditional in vitro

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fertilization, where you get the eggs from a

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mature cow. Givet sounds like the rocket fuel

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for this whole corporate acceleration. It is.

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Traditional breeding required waiting until an

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animal reached puberty, you know, 10 to 14 months

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before you could even start recovery protocols.

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You were waiting for sexual maturity. Right.

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You had to wait for nature to take its course.

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With Givet. You can do oocyte recovery from heifer

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calves as young as two or three months old. Two

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months old? Two months. You take that calf, you

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do a genomic test at birth, and you can start

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multiplying her best genetics before she's even

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eating adult feed. So you've just skipped the

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entire adolescence of the animal. You're bypassing

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a whole stage of life. You've essentially skipped

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two years of waiting for the first calf. That

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single technological advancement compressed the

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generation interval, the time between generations,

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from roughly 36 months in the traditional model.

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Three years. Down to around 12 months. Holy cow.

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Three years to one year. That is an exponential

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change in velocity. That's not just linear growth.

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It's hard to wrap your head around that kind

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of acceleration. And the results, I mean, they

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speak for themselves. The rate of genetic progress

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has effectively doubled compared to the pre -genomic

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era. The Council on Dairy Cattle Breeding, the

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CDCB, has documented this carefully. So we see

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the real gains. It's reflected in every subsequent

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genetic base change. Undeniably. Commercial farmers

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are benefiting from this speed. You're getting

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better traits faster. There's no question about

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that. Okay, so that sounds like a massive technological

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win for the industry overall. But where's the

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catch? Where's the thing that shut out our Wisconsin

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breeder and forced him onto that revenue cliff?

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The catch is the capital. It's the scale required

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to make GI Vet competitive. Running a competitive

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GI Vet program generally costs $1 ,500 or more

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per attempt. Per attempt? Per attempt. Just for

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the specialized vets, the hormones, the lab time.

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$1 ,500 is a steep, steep investment if you're

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just trying it out on a handful of your best

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calves. And the success rates are brutal. They're

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highly variable. Depending on the donor animal's

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age and the specific protocols, you're often

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looking at a success rate of only 10 to 30 percent

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for transferable embryos. So you could spend

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thousands of dollars and get nothing. Exactly.

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You need incredibly high throughput, highly specialized

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veterinarians and lab technicians, and massive

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capital just to absorb the costs and the variability

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that comes with those. low success rates. So

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it's a single independent breeder. They just

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can't afford to put $1 ,500 on the line for a

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10 % chance of getting one good embryo. Not unless

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they have dozens of animals running through that

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Jivet pipeline constantly. It's a numbers game

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that requires immense scale. So the technology

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didn't just speed things up. It built a highly

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expensive, multi -million dollar firewall around

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the elite genetics market. The cost of entry

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went from having good facilities and knowing

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your cows to owning a reproductive science lab.

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So if the technology built the firewall, the

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next question has to be, where did all that loctite

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value actually go? Right, where's the money?

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That firewall leads directly into where the money

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migrated. We established that the value didn't

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just vanish, it migrated. It moved from semen

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royalties and direct female sales, which was,

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you know, the 2012 model. The model that built

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those independent operations. Right, into corporate

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control of infrastructure and data. That is the

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2025 model. And when we talk infrastructure,

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we're talking about the ability to perform GI

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vet and genomic analysis at an industrial scale,

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which means you need the labs. the specialized

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people, and the distribution network to make

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it all work. Precisely. To understand the scale

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of this migration, we have to look at who bought

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what. The consolidation really started structurally

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with the formation of URUS back in 2018. That

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was the merger of Copon Holding. Alta Genetics

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parent company and Cooperative Resources International,

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which is GenoX. And that created an immediate

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global genetics giant. That's a big footprint

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for sure, but those were already genetics companies.

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The real strategic move, the one that I think

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changed everything, was buying the service provider.

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You're talking about Transova. That $170 million

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price tag for Transova Genetics? I mean, it still

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blows my mind. $170 million? URUS paid that in

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upfront cash, plus a potential $10 million earn

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-out. We saw that in the SEC filings from August

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2022. Okay, but why would a company pay $170

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million for a service provider? Aren't the cows

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themselves supposed to be the high -value asset?

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They were. But that's 2012 thinking. The $170

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million wasn't just for the lab equipment. It

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was for the bottleneck. Explain that. Transova

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handles an estimated 70 % of all elite embryo

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and IVF work in North America. By acquiring them,

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your U .S. essentially guaranteed immediate,

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high -priority access to the highly specialized

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infrastructure required to scale GIVet. So they

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didn't buy the cows, they bought the velocity.

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This vertical integration means you can no longer

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pit an independent lab against an AI company

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because now they're part of the same enterprise.

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They own the lab, the genetics, and the distribution

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pipeline. That locks out competitors, and it

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locks out independent breeders from the reproductive

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capacity they need to process their own animals

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efficiently. And while URUS was busy locking

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down the reproductive infrastructure, ABS Global,

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which is owned by the UK -based Genus PLC, was

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playing the same high -stakes game. Right. They

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made a move in September 2024. They did. ABS

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moved to full ownership of DeNovo Genetics. This

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consolidated complete control over its entire

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elite female nucleus. They are locking down the

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mothers of the next generation, the most valuable

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genetic assets in the world. And the financial

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results are just staggering. Genus PLC's recent

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annual report showed the ABS division's adjusted

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operating profit was up 53 % year over year.

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53 % in a relatively mature industry segment.

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That right there, that number, it tells you exactly

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where the value is accruing, it's flowing to

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these massive entities that control the infrastructure

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and the data, not to the breeder out in the Midwest.

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The operational impact for that independent breeder

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is undeniable. When a single corporate structure

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controls the elite females, the JIVAD infrastructure,

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the genomic evaluation tools, and the global

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distribution channel, the traditional breeder's

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role shifts entirely. You are no longer the value

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creator who earns royalties for breeding a breakthrough

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bull. You become, effectively, a raw material

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supplier. You supply the elite female, you get

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a check, and then you're out of the game for

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that bloodline forever. And that check, even

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if it's a good one, say $100 ,000, it doesn't

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come close to compensating for the potential

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multi -generational royalty stream that the old

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model offered. Not even close. That's the crux

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of why $1 .5 million became $150 ,000. The asset

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still has the value, but the ability to leverage

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that asset for long -term income has been centralized

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and, well, contracted away. Let's talk about

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those checks, because I think this is the segment

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where we need to inject some intense reality

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for the person who just got a massive offer for

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their top heifer. This is the industry reality

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check, the contract terms. If you're approached

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by one of these corporate programs, You need

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to read the fine print before you commit your

00:13:23.889 --> 00:13:26.210
best genetics because the devil is absolutely

00:13:26.210 --> 00:13:28.590
in the details. And these documents are complex.

00:13:28.690 --> 00:13:30.970
They're written by corporate lawyers. But the

00:13:30.970 --> 00:13:34.149
impact on your operation is simple. It's a transfer

00:13:34.149 --> 00:13:37.649
of control. Let's look at the standard contractual

00:13:37.649 --> 00:13:40.509
arrangements under programs like ABS Global's

00:13:40.509 --> 00:13:43.870
ICONSIERS or ALTA's programs because they illustrate

00:13:43.870 --> 00:13:46.710
this corporate control model perfectly. Okay,

00:13:46.750 --> 00:13:49.080
so let's start with the bull power. The bread

00:13:49.080 --> 00:13:52.019
and butter of the old model was breeding a great

00:13:52.019 --> 00:13:54.559
bull and then earning semen rights and royalties

00:13:54.559 --> 00:13:56.679
forever. That's why you took the risk in the

00:13:56.679 --> 00:13:59.279
first place. That model is essentially defunct

00:13:59.279 --> 00:14:02.460
for independent producers. Under these new programs,

00:14:02.679 --> 00:14:05.860
breeders typically sign contracts that irrevocably

00:14:05.860 --> 00:14:08.639
transfer the rights to collect semen and capture

00:14:08.639 --> 00:14:11.360
all the revenue to the AI company. All the revenue.

00:14:11.539 --> 00:14:13.879
All of it. You may still technically own the

00:14:13.879 --> 00:14:15.799
bull, but you do not own the revenue stream.

00:14:16.250 --> 00:14:18.909
And the contract often dictates what happens

00:14:18.909 --> 00:14:21.389
to all other male offspring. So they're often

00:14:21.389 --> 00:14:23.990
just directed to the beef market or sold directly

00:14:23.990 --> 00:14:27.090
to the AI company at some preset price. Exactly.

00:14:27.090 --> 00:14:29.649
It ensures you cannot use them to compete. That's

00:14:29.649 --> 00:14:32.309
a total lockout. So if you breed the next multi

00:14:32.309 --> 00:14:36.549
-million dollar sire, you get a single one -time

00:14:36.549 --> 00:14:39.529
payment. Maybe a decent check, sure. But the

00:14:39.529 --> 00:14:41.750
company gets all the residual profit for the

00:14:41.750 --> 00:14:44.730
next decade. It eliminates the financial incentive

00:14:44.730 --> 00:14:47.590
for the small scale, high risk breeding decisions

00:14:47.590 --> 00:14:49.809
that used to drive innovation in this industry.

00:14:49.950 --> 00:14:52.850
And it's even tighter on the elite females, isn't

00:14:52.850 --> 00:14:55.730
it? The key to the next generation. It is. This

00:14:55.730 --> 00:14:58.429
is what we call the option trap. Purchase options

00:14:58.429 --> 00:15:01.710
often extend for 18 to 24 months, giving the

00:15:01.710 --> 00:15:04.370
company first right of refusal on your top heifers.

00:15:04.470 --> 00:15:07.049
And these aren't open market negotiations. No,

00:15:07.090 --> 00:15:10.450
they are at preset prices frequently in the.

00:15:10.919 --> 00:15:14.259
$40 ,000 to $100 ,000 range for the top -ranked

00:15:14.259 --> 00:15:17.279
animals based on current genomic index values.

00:15:17.600 --> 00:15:19.799
$100 ,000 sounds great when you're looking at

00:15:19.799 --> 00:15:21.299
your bank account. It's a hard number to walk

00:15:21.299 --> 00:15:24.500
away from. Of course it is. But you have to consider

00:15:24.500 --> 00:15:27.679
the true opportunity cost. Once that heifer is

00:15:27.679 --> 00:15:30.159
sold, she enters the corporate nucleus herd.

00:15:30.360 --> 00:15:33.039
And the original breeder. Captures no further

00:15:33.039 --> 00:15:35.700
value from any subsequent offspring. You develop

00:15:35.700 --> 00:15:38.330
the line. You invested the years in the feed,

00:15:38.429 --> 00:15:41.269
you took all the risk, and you get one big payment.

00:15:41.389 --> 00:15:43.529
And then you just watch the corporation generate

00:15:43.529 --> 00:15:45.690
millions from her embryos and her bull calves

00:15:45.690 --> 00:15:48.730
for the next 10 years. It's the ultimate buyout

00:15:48.730 --> 00:15:51.110
of future income, and it's often for a fraction

00:15:51.110 --> 00:15:53.549
of the long -term potential. And the third piece

00:15:53.549 --> 00:15:56.490
of this puzzle is just as insidious, maybe even

00:15:56.490 --> 00:15:59.090
more so because it's intangible. You're talking

00:15:59.090 --> 00:16:01.389
about the data rights. I want to spend some time

00:16:01.389 --> 00:16:03.750
here. We have to. Genomic testing agreements.

00:16:04.330 --> 00:16:07.169
almost universally, grant AI companies perpetual

00:16:07.169 --> 00:16:10.710
royalty -free licenses to use all submitted genetic

00:16:10.710 --> 00:16:13.289
data. Perpetual and royalty -free. Think about

00:16:13.289 --> 00:16:16.230
what that means. Your genomic data, your hard

00:16:16.230 --> 00:16:18.289
-earned knowledge about which cows transmit what

00:16:18.289 --> 00:16:21.049
traits, it gets aggregated across thousands of

00:16:21.049 --> 00:16:23.570
herds, cross -referenced, and it becomes the

00:16:23.570 --> 00:16:26.269
proprietary fuel for the AI company's own genetic

00:16:26.269 --> 00:16:28.669
indices and breeding recommendations. So they're

00:16:28.669 --> 00:16:30.830
essentially mining your intellectual property

00:16:30.830 --> 00:16:33.990
for free. Wait, so the individual farmer is providing

00:16:33.990 --> 00:16:38.149
free IP that allows the corporate entity to fine

00:16:38.149 --> 00:16:41.129
-tune their next generation of bulls, which then

00:16:41.129 --> 00:16:43.970
decreases the value of the farmer's own independent

00:16:43.970 --> 00:16:46.529
genetics. That is supplying the very material

00:16:46.529 --> 00:16:49.350
that undercuts your future ability to compete.

00:16:49.669 --> 00:16:52.009
I'm just, I'm not buying that arrangement at

00:16:52.009 --> 00:16:54.990
all. Why would any breeder agree to that when

00:16:54.990 --> 00:16:57.649
the terms are so punitive long -term? Because

00:16:57.649 --> 00:17:00.250
without the genomic testing and without access

00:17:00.250 --> 00:17:02.950
to the absolute elite sires through these centralized

00:17:02.950 --> 00:17:05.730
programs, they fear being left behind. But they're

00:17:05.730 --> 00:17:07.410
afraid of falling off the genetic treadmill.

00:17:07.789 --> 00:17:10.730
Exactly. The industry has effectively made participation

00:17:10.730 --> 00:17:13.390
contingent upon signing away your future rights.

00:17:13.829 --> 00:17:16.609
You have to understand the long -term cost of

00:17:16.609 --> 00:17:19.589
this data transfer. It's the fuel for their proprietary

00:17:19.589 --> 00:17:22.630
indices and is non -negotiable in most of these

00:17:22.630 --> 00:17:24.450
contracts. So if you're considering one of these

00:17:24.450 --> 00:17:26.980
programs, you have to ask yourself. Who controls

00:17:26.980 --> 00:17:29.220
the semen collection rights? What are the specific

00:17:29.220 --> 00:17:31.319
option prices that are going to lock me in? And

00:17:31.319 --> 00:17:34.039
how is my data being used specifically? If you

00:17:34.039 --> 00:17:36.079
don't know the answer to those questions, you

00:17:36.079 --> 00:17:38.059
are supplying raw material. You have to seek

00:17:38.059 --> 00:17:40.279
out those publicly available terms and conditions,

00:17:40.359 --> 00:17:42.380
and you have to understand the red flags before

00:17:42.380 --> 00:17:44.940
you commit. This is a critical business decision,

00:17:45.059 --> 00:17:47.920
not a handshake deal over the fence. Now let's

00:17:47.920 --> 00:17:50.000
turn to the hidden cost of all this acceleration.

00:17:50.640 --> 00:17:54.180
We've seen these incredible gains driven by that

00:17:54.180 --> 00:17:56.839
corporate velocity, but they came at a steep

00:17:56.839 --> 00:17:59.799
price. The inbreeding question. Right. Rapid

00:17:59.799 --> 00:18:02.200
genetic progress under this kind of concentrated

00:18:02.200 --> 00:18:05.660
selection intensity is accelerating inbreeding

00:18:05.660 --> 00:18:08.480
across the major dairy breeds at an alarming

00:18:08.480 --> 00:18:10.799
rate. And we've known for decades that inbreeding

00:18:10.799 --> 00:18:13.519
costs money. It costs fertility and it costs

00:18:13.519 --> 00:18:16.619
herd viability. But the pace of it now is what

00:18:16.619 --> 00:18:18.519
scares me because we're doubling the speed of

00:18:18.519 --> 00:18:21.140
selection. It should scare you. Look at the numbers

00:18:21.140 --> 00:18:23.140
that Lactanae reported just a few months ago.

00:18:23.240 --> 00:18:26.000
The average inbreeding level for Canadian Holstein

00:18:26.000 --> 00:18:31.380
heifers born in 2024 reached 9 .99%. So virtually

00:18:31.380 --> 00:18:34.279
10 % average inbreeding for Holsteins. That is

00:18:34.279 --> 00:18:36.539
a significant number. And jerseys aren't far

00:18:36.539 --> 00:18:39.940
behind at 7 .56%. This isn't just a historical

00:18:39.940 --> 00:18:43.880
trend. This is a sharp, sharp uptick driven by

00:18:43.880 --> 00:18:46.819
selecting for the same handful of highly ranked,

00:18:46.920 --> 00:18:49.680
closely related animals over and over. And we

00:18:49.680 --> 00:18:52.079
can put a very precise dollar figure on that

00:18:52.079 --> 00:18:54.980
genetic pressure, can't we? We can. Industry

00:18:54.980 --> 00:18:57.549
estimates... including some robust figures from

00:18:57.549 --> 00:19:00.769
Holstein Association USA, suggests that each

00:19:00.769 --> 00:19:03.009
percentage point of inbreeding costs approximately

00:19:03.009 --> 00:19:07.289
$22 to $24 per cow per lactation. In reduced

00:19:07.289 --> 00:19:09.549
productivity, fertility, and health. Wait, let's

00:19:09.549 --> 00:19:12.170
do that math on the farm. If the average Holstein

00:19:12.170 --> 00:19:15.869
heifer is at 10 % inbreeding, That is $220 to

00:19:15.869 --> 00:19:19.309
$240 per lactation that you are losing in potential

00:19:19.309 --> 00:19:21.769
income and increasing in cost. Just due to the

00:19:21.769 --> 00:19:24.349
compressed genetics pool. That quietly offsets

00:19:24.349 --> 00:19:26.349
a massive amount of the short -term gains that

00:19:26.349 --> 00:19:28.690
the indices are celebrating. And it impacts specific

00:19:28.690 --> 00:19:30.609
critical traits, right? We're not just talking

00:19:30.609 --> 00:19:32.769
about a slight drop in milk yield. Not at all.

00:19:33.569 --> 00:19:35.930
Accelerated inbreeding depression directly hits

00:19:35.930 --> 00:19:37.829
the low heritability health and reproductive

00:19:37.829 --> 00:19:40.950
traits. Things like retained placentas, metritis

00:19:40.950 --> 00:19:43.490
incidence, and lower conception rates. The stuff

00:19:43.490 --> 00:19:45.930
that drives your vet bills and your culling rates

00:19:45.930 --> 00:19:47.890
through the roof. You're essentially trading

00:19:47.890 --> 00:19:51.170
short -term milk volume for long -term health

00:19:51.170 --> 00:19:53.450
stability. That's the perfect phrase for it.

00:19:53.869 --> 00:19:56.829
Quietly offsetting. And the genetic evaluation

00:19:56.829 --> 00:19:59.549
bodies, they know this is happening. Dr. Paul

00:19:59.549 --> 00:20:02.130
Banrad and the CDCB are already having to adjust

00:20:02.130 --> 00:20:05.109
their evaluations for it. They are. The April

00:20:05.109 --> 00:20:08.710
2025 genetic base change saw adjustments for

00:20:08.710 --> 00:20:12.430
expected future inbreeding EFI, which now accounts

00:20:12.430 --> 00:20:15.789
for roughly 18 % of the overall PTA changes in

00:20:15.789 --> 00:20:19.250
all states. 18%. Let that sink in. Nearly one

00:20:19.250 --> 00:20:21.589
-fifth of the perceived genetic progress we're

00:20:21.589 --> 00:20:23.930
all celebrating is already being negated by the

00:20:23.930 --> 00:20:26.670
cost of inbreeding depression that they are projecting

00:20:26.670 --> 00:20:29.109
into the future. It confirms that genetic progress

00:20:29.109 --> 00:20:32.150
is not free. We're getting games, sure, but we're

00:20:32.150 --> 00:20:34.109
paying for them with long -term herd viability

00:20:34.109 --> 00:20:36.329
and increased management complexity. For the

00:20:36.329 --> 00:20:37.890
commercial farmer, this means you can't just

00:20:37.890 --> 00:20:40.089
blindly trust the index numbers anymore. You

00:20:40.089 --> 00:20:42.309
have to be highly vigilant in your mating decisions,

00:20:42.589 --> 00:20:45.269
especially in purebred Holstein operations. Cools

00:20:45.269 --> 00:20:47.970
like Lactonet's inbreeding calculator, they're

00:20:47.970 --> 00:20:50.029
no longer just optional. They are absolutely

00:20:50.029 --> 00:20:52.490
necessary to identify concerning combinations

00:20:52.490 --> 00:20:56.069
before you breed them, or you are simply maximizing

00:20:56.069 --> 00:20:58.569
your future vet bill. And this is exactly where

00:20:58.569 --> 00:21:01.210
crossbreeding, which used to be seen as a way

00:21:01.210 --> 00:21:04.029
to dilute high -end genetics, is actually becoming

00:21:04.029 --> 00:21:06.970
an incredibly important financially sound mitigation

00:21:06.970 --> 00:21:10.069
strategy. To maintain hybrid vigor and fight

00:21:10.069 --> 00:21:12.589
that inbreeding pressure. We're moving from selection

00:21:12.589 --> 00:21:15.450
being the only priority to diversity becoming

00:21:15.450 --> 00:21:18.430
a major financial priority simply to keep the

00:21:18.430 --> 00:21:21.210
cows healthy and fertile. So the traditional

00:21:21.210 --> 00:21:23.609
seed stock model is broken for independent breeders

00:21:23.609 --> 00:21:25.730
and inbreeding is on the rise for commercial

00:21:25.730 --> 00:21:28.670
operations. This brings us to the crucial discussion.

00:21:29.349 --> 00:21:31.349
Contrarian takes and real world adaptations.

00:21:31.970 --> 00:21:34.289
What are farmers doing right now that is actually

00:21:34.289 --> 00:21:36.890
working to fight back against these trends? First,

00:21:36.990 --> 00:21:38.609
we have to acknowledge the midsize challenge.

00:21:38.809 --> 00:21:41.410
I keep thinking of that 600 cow operator from

00:21:41.410 --> 00:21:43.210
Minnesota who said, we thought doing nothing

00:21:43.210 --> 00:21:45.690
was the safe move. Turns out the slow leak of

00:21:45.690 --> 00:21:48.230
equity and value erosion was killing us. That

00:21:48.230 --> 00:21:51.210
just encapsulates the struggle perfectly. And

00:21:51.210 --> 00:21:53.789
USDA data confirms this structural pressure.

00:21:54.269 --> 00:21:58.670
Over 1 ,400 dairy operations exited in 2024 alone.

00:21:58.970 --> 00:22:00.990
And many of them were caught in that mid -size

00:22:00.990 --> 00:22:03.930
squeeze. They lack the negotiating scale of the

00:22:03.930 --> 00:22:06.089
Western dairies, and they lost their lucrative

00:22:06.089 --> 00:22:09.230
genetics revenue from the Midwest model. But

00:22:09.230 --> 00:22:11.849
the operators who adapted, who saw the writing

00:22:11.849 --> 00:22:14.109
on the wall, found two massive opportunities

00:22:14.109 --> 00:22:16.930
that the consolidated corporate programs are

00:22:16.930 --> 00:22:20.750
either ignoring or just not optimizing for. Okay,

00:22:20.769 --> 00:22:23.029
let's start with opportunity one. Beef on dairy

00:22:23.029 --> 00:22:25.829
optimization. This has been a true transformation

00:22:25.829 --> 00:22:28.869
on the ground. I remember back in 2014, crossbred

00:22:28.869 --> 00:22:31.769
calf production was maybe 50 ,000 head, and most

00:22:31.769 --> 00:22:33.690
of that was just accidental. And the source material

00:22:33.690 --> 00:22:36.809
shows that number just exploded to 3 .2 million

00:22:36.809 --> 00:22:40.190
in 2024, according to FarmDero analysis. 3 .2

00:22:40.190 --> 00:22:41.950
million. That's not an accident. That's a fundamental

00:22:41.950 --> 00:22:44.509
shift in national herd strategy. And the semen

00:22:44.509 --> 00:22:47.349
sales reflect that intentional shift. Beef semen

00:22:47.349 --> 00:22:50.910
sales to dairy operations hit 7 .9 million units

00:22:50.910 --> 00:22:54.920
in 2024. And that's up dramatically from 3 .7

00:22:54.920 --> 00:22:57.119
million units just a decade ago. It's no longer

00:22:57.119 --> 00:23:00.420
a sideline. It's an integrated, proactive herd

00:23:00.420 --> 00:23:03.460
management strategy designed to create a valuable

00:23:03.460 --> 00:23:06.200
co -product. And the economics are just too compelling

00:23:06.200 --> 00:23:10.240
to ignore. A 2024 Purina survey found that 80

00:23:10.240 --> 00:23:13.440
% of dairy farmers now receive a premium for

00:23:13.440 --> 00:23:15.440
their beef on dairy calves. We're talking revenues

00:23:15.440 --> 00:23:19.339
of $350 to $700 over the straight dairy calf

00:23:19.339 --> 00:23:21.539
price. And if you look at the option houses...

00:23:21.789 --> 00:23:23.589
At major markets like New Holland, Pennsylvania,

00:23:24.069 --> 00:23:27.769
the USDA verified reports show those beef cross

00:23:27.769 --> 00:23:31.430
calves selling for $6 .80 up to $11 .60 per head.

00:23:31.589 --> 00:23:34.450
That is pure profit optimization. And for that

00:23:34.450 --> 00:23:37.390
mid -size 600 -cow herd we mentioned, that makes

00:23:37.390 --> 00:23:39.490
a serious, tangible difference in their cash

00:23:39.490 --> 00:23:41.430
flow. A huge difference. University of Wisconsin

00:23:41.430 --> 00:23:43.809
research found that herds maintaining 30 % or

00:23:43.809 --> 00:23:46.130
higher pregnancy rates which is achievable with

00:23:46.130 --> 00:23:48.630
focused management, can generate over $6 ,200

00:23:48.630 --> 00:23:51.809
in net calf income per month. Per month, just

00:23:51.809 --> 00:23:54.569
from an optimized beef on dairy program. Projecting

00:23:54.569 --> 00:23:57.369
that out, extension services are documenting

00:23:57.369 --> 00:24:00.509
operations that are adding $100 ,000 to $150

00:24:00.509 --> 00:24:03.589
,000 in additional annual revenue, just from

00:24:03.589 --> 00:24:06.190
those crossbred calves. So you're turning your

00:24:06.190 --> 00:24:08.670
surplus reproduction, the animals you don't need

00:24:08.670 --> 00:24:10.869
for replacements, into a high -value revenue

00:24:10.869 --> 00:24:13.589
stream instead of dealing with a low -value dairy

00:24:13.589 --> 00:24:16.160
bull calf market. This is leveraging genetic

00:24:16.160 --> 00:24:19.359
knowledge not to compete with URUS in the elite

00:24:19.359 --> 00:24:22.579
race, but to optimize your milk check and mitigate

00:24:22.579 --> 00:24:26.039
risk on your own farm. Absolutely. Now, Opportunity

00:24:26.039 --> 00:24:28.339
2 targets the opposite end of the specialization

00:24:28.339 --> 00:24:31.700
spectrum. Premium market specialization, specifically

00:24:31.700 --> 00:24:34.759
grass -fed and organic. This is where the old

00:24:34.759 --> 00:24:37.819
seed stock mentality can still thrive, but only

00:24:37.819 --> 00:24:40.109
if they adapt their focus. I'm always skeptical

00:24:40.109 --> 00:24:42.369
of niche markets being big enough to really matter.

00:24:42.430 --> 00:24:44.329
Is this just a coastal trend or is it bigger

00:24:44.329 --> 00:24:46.730
than that? It's not. The global grass -fed milk

00:24:46.730 --> 00:24:51.970
market hit $63 .7 billion in 2024. And the Organic

00:24:51.970 --> 00:24:54.190
Trade Association reported that organic dairy

00:24:54.190 --> 00:24:57.950
and egg sales rose 7 .7 % to $8 .5 billion in

00:24:57.950 --> 00:25:01.230
2024. So this isn't a temporary fad. It's a sustained

00:25:01.230 --> 00:25:04.529
structural market shift toward premium traceable

00:25:04.529 --> 00:25:07.269
products. But why does this matter for genetics?

00:25:07.920 --> 00:25:10.680
If I have a high -index Holstein, shouldn't she

00:25:10.680 --> 00:25:13.559
perform well anywhere, regardless of what I'm

00:25:13.559 --> 00:25:16.259
feeding her? Not optimally. And that is the critical

00:25:16.259 --> 00:25:18.259
insight that the specialized breeder needs to

00:25:18.259 --> 00:25:20.559
understand. Remember, the corporate programs,

00:25:20.859 --> 00:25:23.720
the ones pushing the highest -index bulls, they

00:25:23.720 --> 00:25:26.279
optimize primarily for high -producing operations,

00:25:26.700 --> 00:25:29.700
using concentrate -based feeding systems in confinement

00:25:29.700 --> 00:25:31.980
environments. Their goal is volume efficiency.

00:25:32.339 --> 00:25:34.539
They select for animals that eat a lot of grain

00:25:34.539 --> 00:25:37.160
and produce a lot of milk. Maximum dry matter

00:25:37.160 --> 00:25:40.079
intake, maximum peak production. Right. But grass

00:25:40.079 --> 00:25:42.180
-fed operations require an entirely different

00:25:42.180 --> 00:25:44.359
suite of traits. They need grazing efficiency,

00:25:44.700 --> 00:25:47.740
high forage intake capacity, metabolic stability

00:25:47.740 --> 00:25:50.759
across seasonal pasture variations. And structural

00:25:50.759 --> 00:25:53.299
soundness for walking long distances. And high

00:25:53.299 --> 00:25:55.500
component percentages, specifically butterfat

00:25:55.500 --> 00:25:58.160
and protein, that perform well on grass -only

00:25:58.160 --> 00:26:01.079
diets. Those traits just do not receive the necessary

00:26:01.079 --> 00:26:03.359
priority in the mainstream corporate selection

00:26:03.359 --> 00:26:06.299
indices. So the specialized breeder can step

00:26:06.299 --> 00:26:09.339
right into this gap and truly become a value

00:26:09.339 --> 00:26:12.160
creator again. They can breed for high PTA cows

00:26:12.160 --> 00:26:15.619
that also perform optimally on forage. And they

00:26:15.619 --> 00:26:18.279
are succeeding. A University of Vermont survey

00:26:18.279 --> 00:26:21.119
showed that U .S. grass -fed organic dairy farmers

00:26:21.119 --> 00:26:25.460
have expanded by over 400 % since 2016. The demand

00:26:25.460 --> 00:26:27.720
is there. And the specialized genetics are not

00:26:27.720 --> 00:26:29.759
being supplied by the corporate nucleus herds

00:26:29.759 --> 00:26:32.259
because those systems are optimized for a completely

00:26:32.259 --> 00:26:34.279
different environment. The pricing difference

00:26:34.279 --> 00:26:37.339
confirms the value of that specialization. The

00:26:37.339 --> 00:26:39.259
source material shows a heifer bred specifically

00:26:39.259 --> 00:26:42.380
for grass -fed systems with proven grazing genetics

00:26:42.380 --> 00:26:45.140
and metabolic stability might command $5 ,000

00:26:45.140 --> 00:26:49.359
to $8 ,000. And that's versus $2 ,500 to $4 ,000

00:26:49.359 --> 00:26:51.759
for a comparable commodity whole stand. That's

00:26:51.759 --> 00:26:54.259
a massive margin difference. And embryos see

00:26:54.259 --> 00:26:57.579
similar jumps, moving at $1 ,500 to $3 ,000 instead

00:26:57.579 --> 00:27:00.920
of $500 to $800. This is how the independent

00:27:00.920 --> 00:27:04.000
breeder captures premium value again, by refusing

00:27:04.000 --> 00:27:06.519
to compete in the commodity space and instead

00:27:06.519 --> 00:27:09.019
building an irreplaceable specialized niche.

00:27:09.279 --> 00:27:11.339
We have to acknowledge, though, that these genetics

00:27:11.339 --> 00:27:13.920
decisions differ dramatically based on location

00:27:13.920 --> 00:27:16.740
and scale. Right. Which leads us to our final

00:27:16.740 --> 00:27:19.619
strategic discussion, future implications and

00:27:19.619 --> 00:27:22.519
strategic positioning. That 600 -cow Minnesota

00:27:22.519 --> 00:27:25.059
farm has a vastly different set of strategic

00:27:25.059 --> 00:27:28.259
choices than a mega dairy out west. And those

00:27:28.259 --> 00:27:30.460
differences are often dictated by negotiation

00:27:30.460 --> 00:27:33.900
power and regional economics. Absolutely. If

00:27:33.900 --> 00:27:36.319
you look at the Midwest and the Northeast, that's

00:27:36.319 --> 00:27:38.740
where the traditional seed stock model is struggling

00:27:38.740 --> 00:27:41.460
the most among those smaller family farms. But

00:27:41.460 --> 00:27:44.880
if you look west to Texas. Idaho, California,

00:27:45.180 --> 00:27:48.420
the herds average well over 2 ,000 head. Texas,

00:27:48.500 --> 00:27:51.380
for example, added 50 ,000 cows to its herd in

00:27:51.380 --> 00:27:54.400
just 12 months. 50 ,000 cows. That accounted

00:27:54.400 --> 00:27:57.460
for 56 % of the entire national herd growth in

00:27:57.460 --> 00:28:00.140
2024. That kind of scale gives those operators

00:28:00.140 --> 00:28:02.759
direct negotiating power with the AI companies

00:28:02.759 --> 00:28:05.559
that a small seed stock producer can only dream

00:28:05.559 --> 00:28:07.619
of. They could afford in -house reproductive

00:28:07.619 --> 00:28:10.240
programs and purchase high volumes of genetics

00:28:10.240 --> 00:28:12.710
at a discount. It changes the whole dynamic.

00:28:13.029 --> 00:28:14.750
The corporate model is basically tailored for

00:28:14.750 --> 00:28:17.170
that scale. And even in California, which is

00:28:17.170 --> 00:28:19.289
still the national leader, you have regulatory

00:28:19.289 --> 00:28:22.309
pressures like methane reduction mandates that

00:28:22.309 --> 00:28:24.670
are creating consolidation pressure that favors

00:28:24.670 --> 00:28:27.890
the large. An ERA economics analysis suggested

00:28:27.890 --> 00:28:31.690
that 20 to 25 percent of small California dairies

00:28:31.690 --> 00:28:34.950
could exit just due to these complex capital

00:28:34.950 --> 00:28:37.130
intensive regulations. So the market dynamics

00:28:37.130 --> 00:28:39.230
are consolidating differently depending on the

00:28:39.230 --> 00:28:42.349
region. But the result is the same. The middle

00:28:42.349 --> 00:28:45.210
is getting violently squeezed. So knowing that

00:28:45.210 --> 00:28:47.250
the traditional path is blocked and the middle

00:28:47.250 --> 00:28:49.890
is unsustainable, what are the proven strategic

00:28:49.890 --> 00:28:52.450
options for the independent breeder who wants

00:28:52.450 --> 00:28:54.329
to stay in the game and not just become a raw

00:28:54.329 --> 00:28:57.339
material supplier? We identified four main strategies

00:28:57.339 --> 00:28:59.980
that seem to show some promise. The first is

00:28:59.980 --> 00:29:02.180
premium market specialization, which we just

00:29:02.180 --> 00:29:05.940
discussed. Targeting A2A2, organic, or grass

00:29:05.940 --> 00:29:08.579
-fed. This is high risk, high reward. And it

00:29:08.579 --> 00:29:10.500
requires substantial capital investment. We're

00:29:10.500 --> 00:29:13.420
talking $2 million to $5 million to build that

00:29:13.420 --> 00:29:15.680
competitive reference population, the genomic

00:29:15.680 --> 00:29:18.460
testing capability, and most importantly, the

00:29:18.460 --> 00:29:20.619
marketing and distribution infrastructure to

00:29:20.619 --> 00:29:23.180
bypass the commodity system. But the margins

00:29:23.180 --> 00:29:25.720
are there. and the competition from the major

00:29:25.720 --> 00:29:29.539
players is, for now, minimal. The key challenge

00:29:29.539 --> 00:29:32.619
here is patience. You can't build a truly elite

00:29:32.619 --> 00:29:35.380
grass -fed line overnight. And that $2 million

00:29:35.380 --> 00:29:38.240
investment isn't going to show returns in 12

00:29:38.240 --> 00:29:40.619
months. Which brings us to the second option,

00:29:41.140 --> 00:29:43.599
co -operative models. This draws inspiration

00:29:43.599 --> 00:29:46.440
from successful European structures, like the

00:29:46.440 --> 00:29:49.099
Alpine Genetic Evaluation Team, which coordinates

00:29:49.099 --> 00:29:52.059
breeding across multiple smaller regional co

00:29:52.059 --> 00:29:54.920
-ops. So they share infrastructure. standardize

00:29:54.920 --> 00:29:57.579
data collection, and perform evaluations independent

00:29:57.579 --> 00:30:00.359
of the global corporate giants. But wait, why

00:30:00.359 --> 00:30:02.500
hasn't that really worked in the U .S.? We have

00:30:02.500 --> 00:30:04.960
co -ops for milk. Why not for genetics? It requires

00:30:04.960 --> 00:30:08.279
intense, perhaps impossible, coordination. It

00:30:08.279 --> 00:30:10.500
requires shared capital for specialized infrastructure.

00:30:10.859 --> 00:30:12.980
And usually, it needs public research support

00:30:12.980 --> 00:30:15.619
that is largely dried up in North America. The

00:30:15.619 --> 00:30:17.839
European co -ops succeeded partly because they

00:30:17.839 --> 00:30:20.140
had regional governmental backing and a culture

00:30:20.140 --> 00:30:22.480
of deep collaboration, which is often challenging

00:30:22.480 --> 00:30:25.279
to replicate here due to competitive individualism

00:30:25.279 --> 00:30:28.240
and, frankly, antitrust hurdles. So it's a long

00:30:28.240 --> 00:30:31.440
uphill battle, but it's a proven structural alternative

00:30:31.440 --> 00:30:34.220
to corporate control if you can get that regional

00:30:34.220 --> 00:30:37.900
alignment. Third, vertical integration. This

00:30:37.900 --> 00:30:40.960
is simple and highly practical. Use your elite

00:30:40.960 --> 00:30:43.460
genetics primarily to build your own production

00:30:43.460 --> 00:30:46.000
herd rather than selling them off. Your income

00:30:46.000 --> 00:30:50.259
shifts significantly. Maybe 80 % comes from milk

00:30:50.259 --> 00:30:53.660
or beef sales and only 20 % from surplus genetic

00:30:53.660 --> 00:30:56.640
sales. You become your own multiplier. You keep

00:30:56.640 --> 00:30:58.839
the best females to drive the efficiency of your

00:30:58.839 --> 00:31:01.460
commercial milk check. using your superior genetic

00:31:01.460 --> 00:31:03.960
knowledge to lower your replacement cost and

00:31:03.960 --> 00:31:06.440
increase longevity and productivity per cow.

00:31:06.779 --> 00:31:09.220
You insulate yourself from the volatility in

00:31:09.220 --> 00:31:11.460
the corporate contracts of the external semen

00:31:11.460 --> 00:31:14.099
sales market. This is highly feasible for the

00:31:14.099 --> 00:31:16.059
mid -sized farm that needs cash flow stability.

00:31:16.400 --> 00:31:18.299
And the fourth strategy, this is for those who

00:31:18.299 --> 00:31:20.220
realize the structural headwinds are just too

00:31:20.220 --> 00:31:23.680
strong. Strategic sale. If you have genuinely

00:31:23.680 --> 00:31:26.349
top -tier bloodlines, the kind that the corporate

00:31:26.349 --> 00:31:28.309
acquirers still want because they need diversity

00:31:28.309 --> 00:31:31.069
for their own nucleus herds, you need to recognize

00:31:31.069 --> 00:31:33.630
that they are active buyers. A well -timed sale

00:31:33.630 --> 00:31:36.589
of your top cow families or your entire seed

00:31:36.589 --> 00:31:39.470
stock program can capture far more value today

00:31:39.470 --> 00:31:42.029
than competing independently until that value

00:31:42.029 --> 00:31:44.630
erodes entirely over the next five years. It

00:31:44.630 --> 00:31:47.809
requires a hard, honest assessment of your ability

00:31:47.809 --> 00:31:50.730
to invest that $2 to $5 million into specialization.

00:31:51.210 --> 00:31:53.789
If you can't make that commitment, a strategic

00:31:53.789 --> 00:31:56.789
exit is a powerful way to retain generational

00:31:56.789 --> 00:31:59.210
wealth. And that brings us to the critical point

00:31:59.210 --> 00:32:01.650
about the closing window. If your operation is

00:32:01.650 --> 00:32:04.730
currently generating under $200 ,000 in genetic

00:32:04.730 --> 00:32:07.529
revenue, you have a critical 12 -month decision

00:32:07.529 --> 00:32:10.410
window. For adaptation or strategic exit, the

00:32:10.410 --> 00:32:12.410
strategic options just narrow as consolidation

00:32:12.410 --> 00:32:14.890
continues and the corporate systems get tighter.

00:32:15.089 --> 00:32:17.329
Waiting is no longer an option. If you don't

00:32:17.329 --> 00:32:19.970
commit substantial capital to a niche or plan

00:32:19.970 --> 00:32:22.559
a robust less diversification strategy like beef

00:32:22.559 --> 00:32:25.900
on dairy or execute a strategic sale, the value

00:32:25.900 --> 00:32:28.279
of your bloodlines will continue to erode, leaving

00:32:28.279 --> 00:32:30.420
you stuck in the middle. The time for an honest

00:32:30.420 --> 00:32:32.900
assessment is now, before the value is gone.

00:32:33.279 --> 00:32:34.960
All right, a farmer just finished milking and

00:32:34.960 --> 00:32:37.420
is driving to the feed store. What are the three

00:32:37.420 --> 00:32:39.480
things they need to remember from today's deep

00:32:39.480 --> 00:32:42.759
dive? Number one, audit your contracts and data.

00:32:42.940 --> 00:32:45.380
This is an immediate action. Do it this week.

00:32:45.539 --> 00:32:48.400
The takeaway. The financial value in genetics

00:32:48.400 --> 00:32:50.819
shifted to corporate hands not because the cows

00:32:50.819 --> 00:32:53.740
got worse, but because of the fine print in genomic

00:32:53.740 --> 00:32:56.640
testing and female option contracts. You are

00:32:56.640 --> 00:32:59.779
giving away your future income streams. The Action

00:33:00.299 --> 00:33:03.119
Review every existing and proposed genomic testing

00:33:03.119 --> 00:33:06.480
or elite female contract. Identify who controls

00:33:06.480 --> 00:33:09.059
semen collection rights, who has purchase options,

00:33:09.279 --> 00:33:12.559
and critically, who owns your genomic data. Understand

00:33:12.559 --> 00:33:14.980
that current agreements grant AI companies perpetual

00:33:14.980 --> 00:33:18.700
royalty -free licenses to use your data to fuel

00:33:18.700 --> 00:33:21.619
their proprietary competitive indices. If you

00:33:21.619 --> 00:33:23.599
don't know the terms, you are supplying raw material,

00:33:23.799 --> 00:33:27.329
and that has to stop immediately. Treat conception

00:33:27.329 --> 00:33:29.710
rate as a primary profit driver. This is a medium

00:33:29.710 --> 00:33:31.869
-term strategy for the next three to six months.

00:33:32.150 --> 00:33:34.750
The takeaway. Beef on dairy programs offer a

00:33:34.750 --> 00:33:37.890
concrete, accessible path to generate $100 ,000

00:33:37.890 --> 00:33:41.089
or more in additional annual revenue, capitalizing

00:33:41.089 --> 00:33:43.990
on the explosion of crossbred calf demand, which

00:33:43.990 --> 00:33:47.549
is up from 50 ,000 head to over 3 million in

00:33:47.549 --> 00:33:50.650
just a decade. The strategy. Focus ruthlessly

00:33:50.650 --> 00:33:53.549
on optimizing reproductive efficiency. You need

00:33:53.549 --> 00:33:56.430
to aim for 30 % or higher pregnancy rates across

00:33:56.430 --> 00:33:59.549
your herd because that surplus reproduction is

00:33:59.549 --> 00:34:02.269
now high value cash flow. And investigate specific

00:34:02.269 --> 00:34:05.230
beef sire selection focus on traits like terminal

00:34:05.230 --> 00:34:08.050
index and calving ease to turn low value dairy

00:34:08.050 --> 00:34:10.210
calves into valuable beef streams that command

00:34:10.210 --> 00:34:12.530
those high market premiums. And number three,

00:34:12.630 --> 00:34:15.309
commit capital to a niche or plan your exit.

00:34:15.369 --> 00:34:17.969
This is long term positioning for the next one

00:34:17.969 --> 00:34:20.500
to two years. The takeaway. The traditional seed

00:34:20.500 --> 00:34:22.480
stock model is structurally challenged, and the

00:34:22.480 --> 00:34:24.340
corporate systems are built to lock out independent

00:34:24.340 --> 00:34:26.739
players by controlling infrastructure and data.

00:34:26.880 --> 00:34:29.519
The middle ground is dissolving. The positioning.

00:34:30.360 --> 00:34:33.079
If your operation generates low genetic revenue,

00:34:33.260 --> 00:34:36.679
under $200 ,000, you must make a hard decision

00:34:36.679 --> 00:34:39.280
within the next 12 months. Either commit substantial

00:34:39.280 --> 00:34:42.760
capital in the range of $2 to $5 million to truly

00:34:42.760 --> 00:34:45.340
specialize in a premium market like grass -fed

00:34:45.340 --> 00:34:48.519
or A2A2, which needs different traits than the

00:34:48.519 --> 00:34:51.659
commodity market. Or you assess the viability

00:34:51.659 --> 00:34:54.280
of vertical integration to become your own multiplier.

00:34:54.780 --> 00:34:57.820
If neither of those is viable, look at a strategic

00:34:57.820 --> 00:35:00.599
sale while your bloodlines still command a premium

00:35:00.599 --> 00:35:03.440
corporate acquisition value. Do not wait for

00:35:03.440 --> 00:35:05.860
the value to dissipate. That is a powerful summary

00:35:05.860 --> 00:35:08.219
of a really dramatic industry shift. For the

00:35:08.219 --> 00:35:10.460
commercial farmer, understanding these mechanics

00:35:10.460 --> 00:35:12.320
is the difference between survival and equity

00:35:12.320 --> 00:35:14.960
erosion. This has been another deep dive from

00:35:14.960 --> 00:35:17.400
the Bullvine podcast. For more straight -talking

00:35:17.400 --> 00:35:19.820
industry analysis, including our expanded contract

00:35:19.820 --> 00:35:24.360
negotiation guide head, to www .thebullvine .com.

00:35:24.579 --> 00:35:27.559
Subscribe wherever you get podcasts. We're out

00:35:27.559 --> 00:35:29.719
with new episodes every day, and upcoming topics

00:35:29.719 --> 00:35:31.639
will be a deep dive into how genetics economics

00:35:31.639 --> 00:35:34.369
play out differently. in California's mega -dairy

00:35:34.369 --> 00:35:36.630
environment, and the rapidly expanding Texas

00:35:36.630 --> 00:35:39.570
and Idaho sectors. We'll explore how those large

00:35:39.570 --> 00:35:42.230
-scale operations negotiate differently, how

00:35:42.230 --> 00:35:44.590
they manage methane mandates, and what that means

00:35:44.590 --> 00:35:46.670
for the national genetics market. We'll see you

00:35:46.670 --> 00:35:46.989
next time.
