True Triploids (Production Clones)
Revolutionizing Cannabis with True Triploid Genetics
We’re proud to introduce a game-changing innovation in cannabis cultivation—True Triploid Cannabis Strains. After years of research and precision breeding, we’ve developed a proprietary method to create sterile, seedless, high-performing cannabis plants that deliver superior potency, higher yields, and unmatched uniformity.
The Science Behind Triploid Cannabis
Unlike traditional diploid cannabis (2n), our triploid strains (3n) possess three sets of chromosomes, making them completely sterile while unlocking enhanced vigor, cannabinoid production, and terpene intensity.
Using a cutting-edge process, we first induced tetraploidy (4n) in elite mother strains like Runtz, MAC1, Gary Payton, Mr. Big Stuff, Dante’s Inferno #6, The Queen, and Lantz using oryzalin, a precise microtubule inhibitor that doubles chromosome count. Then, we applied our proprietary hormone-based reversal spray to the tetraploid plants, forcing them to produce tetraploid pollen (4n). Finally, we pollinated the original diploid mother clone (2n) with this pollen, creating triploid seeds (3n) that are exact genetic replicas but in a stronger, seedless form.
Why Triploid Cannabis? The Advantages Are Clear
Sterile & Seedless – No accidental pollination, ever.
Higher Cannabinoid & Terpene Production – More THC, richer flavor, stronger aroma.
Enhanced Yield & Growth – Faster, bigger, and denser flower production.
Unmatched Consistency – Every plant grows with identical structure, potency, and terpene profile.
Next-Level Commercial Viability – Perfect for large-scale cultivation, maximizing profit per square foot.
Triploid Versions of Elite Strains
We have successfully created triploid versions of some of the most sought-after cultivars:
Triploid Runtz – Candy-sweet terps, insane resin production.
Triploid MAC1 – Gas-forward, citrus-frosted trichomes.
Triploid Gary Payton – Exotic, heavy-hitting potency.
Triploid Dante’s Inferno #6 – Sherb x Oreoz lineage, elevated flavor intensity.
Triploid Mr. Big Stuff – Massive yields with insane bag appeal.
Triploid The Queen – Regal terps, legendary structure.
Triploid Lantz – Runtz x Lemon Cherry Gelato, taken to the next level.
The Future of Cannabis Is Here
With triploid genetics, we’re ushering in a new era of cannabis cultivation—one where seedless, high-performance plants dominate the market. Whether you’re a commercial cultivator looking for the highest-yielding, most stable genetics or a connoisseur seeking the next evolution of elite strains, our True Triploid Cannabis is the future of premium flower production.
Ready to experience the next level? Contact us today to learn more about triploid seed availability, licensing opportunities, and exclusive drops.
Let’s grow the future—one triploid at a time.
How We Ensure True Triploid Accuracy
Creating true triploid cannabis is only half the battle—verifying that every seed is 100% accurate is just as critical. To guarantee that each triploid seed (3n) is precisely what we claim, we use a multi-step verification process involving scientific analysis and controlled grow trials.
1. Flow Cytometry – Chromosome Confirmation
The gold standard for verifying ploidy levels, flow cytometry, allows us to measure the DNA content of individual plant cells.
How it works:
• We take fresh leaf tissue from our triploid seedlings.
• The tissue is processed to release cell nuclei and then stained with a fluorescent dye that binds to DNA.
• A flow cytometer measures the DNA fluorescence levels, confirming whether the plant is diploid (2n), triploid (3n), or tetraploid (4n).
• Only plants showing a precise triploid (3n) DNA signature move forward.
Why it’s important:
• This test directly confirms chromosome count, eliminating any guesswork.
• Any plants that aren’t triploid are discarded.
2. Stomatal Size & Density Analysis
Triploid plants exhibit larger stomata (leaf pores) than diploids, making this another key test.
How it works:
• We take microscopic leaf impressions and measure stomata size and density.
• Triploid plants have significantly larger stomata than diploids.
• This visual confirmation serves as an additional checkpoint after flow cytometry.
Why it’s important:
• A quick and effective screening tool for confirming polyploidy.
• Further ensures the triploid status of each plant.
3. Pollen Sterility Testing
Because triploid plants are sterile, they produce little to no viable pollen.
How it works:
• We collect pollen from reversed triploid males.
• The pollen is stained and examined under a microscope.
• Triploid pollen is highly irregular and non-viable, whereas diploid or tetraploid pollen is fully developed.
Why it’s important:
• Confirms sterility, ensuring no accidental seed production in cultivation.
• Ensures triploids perform as intended in large-scale operations.
4. Controlled Grow Trials – Field Testing for Performance
Lab tests confirm genetics, but real-world performance is the final validation.
How it works:
• We grow test batches of each triploid strain in both indoor and outdoor environments.
• We compare growth rates, flower density, resin production, and overall vigor against their diploid counterparts.
• Triploids consistently show stronger growth, denser buds, higher trichome production, and complete sterility.
Why it’s important:
• Real-world proof that triploids outperform traditional diploids.
• Ensures every strain maintains its elite quality and genetic integrity.
Final Certification & Release
Only after passing all four validation stages do our triploid seeds receive certification and become available to cultivators. This guarantees that every seed we provide is a true, verified triploid.
100% confirmed triploid (3n) genetics
Guaranteed sterility—no accidental pollination
Superior cannabinoid, terpene, and yield expression
By applying cutting-edge science and rigorous testing, we ensure that every triploid seed we produce is the real deal.
Experience the power of true triploid cannabis—backed by science, proven in the field.
(Pictured above is the finished result of 3n MAC1)
