Diploid (2n) vs Tetraploid (4n)
🧬 Diploid Cannabis Structure (2n)
Standard Paired-Node Architecture
🌿 Diploid cannabis expresses a classic paired-node structure, producing two opposing growth nodes per internode, each associated with a single axillary meristem and anther site.
Key Traits:
- 🔗 2 chromosome sets (2n)
- 🌱 Two opposing nodes per internode
- 🌿 Single axillary meristem per node
- 📏 Normal internodal spacing
- 🌼 Standard anther and pollen formation
- 🍃 Balanced leaf symmetry & vascular flow
Grower shorthand:
Classic structure, predictable growth, baseline cannabis architecture.
🔬 Tetraploid Cannabis Structure (4n)
Stacked-Node / Multimeristem Architecture
🌿 Tetraploid cannabis frequently expresses a stacked-node phenotype, compressing four distinct nodes into a single internodal position, often clustered around a shared anther or floral initiation point.
Key Traits:
- 🧬 4 chromosome sets (4n)
- 🧱 Four nodes stacked at one internode
- 🌱🌱 Increased meristem density
- 📉 Compressed internodal spacing
- 💪 Thicker stems and petioles
- 🌼 Enlarged floral organs & pollen grains
- 🧠 Dense, compact growth habit
Grower shorthand:
Stacked nodes, heavy structure, amplified expression.
⚖️ Side-by-Side Structure Breakdown
| Trait | 🌱 Diploid (2n) | 🔬 Tetraploid (4n) |
|---|---|---|
| Chromosome sets | 🧬 2 | 🧬🧬 4 |
| Nodes per internode | 🌿 2 | 🧱 4 (stacked) |
| Meristem count | 🌱 Standard | 🌱🌱 Increased |
| Internodal spacing | 📏 Normal | 📉 Compressed |
| Stem thickness | 🍃 Standard | 💪 Thickened |
| Anther formation | 🌼 Single cluster | 🌼🌼 Enlarged / clustered |
| Pollen size | ⚪ Standard | ⚫ Larger |
| Growth habit | 🌿 Predictable | 🧠 Dense & compact |
🏷️ fo-SHO Breeder Taglines
- 🌱 Diploid (2n):
Paired-node architecture with classic cannabis expression. - 🔬 Tetraploid (4n):
Node-stacked tetraploid structure with dense, amplified growth.
✂️ Ultra-Tight Comparison (Catalog-Ready)
🌱 Diploid cannabis forms two opposing nodes per internode, while 🔬 tetraploid cannabis compresses four stacked nodes into the same space—resulting in thicker structure, tighter growth, and enlarged reproductive organs.
See more @ Tetraploid Cannabis Plants – Cannabis Seeds – Colorado – Raven Stone Genetics
🧬 Diploid × Tetraploid Crosses (2n × 4n) — What Changes & Why It Matters – Cannabis Seeds – Colorado – Raven Stone Genetics
🌱 Four Nodes Stacked at One Internode — Detailed Explanation – Cannabis Seeds – Colorado – Raven Stone Genetics
🔬 Tetraploid Cannabis Plant Gallery – Cannabis Seeds – Colorado – Raven Stone Genetics
🔬 Tetraploid Cannabis Plant from above – Cannabis Seeds – Colorado – Raven Stone Genetics
TETRAPLOID CANNABIS PLANT SECRETS
🧙♂️ MAKE YOUR OWN TETRAPLOID CANNABIS PLANTS
Learn From the Wizard Himself — Unlock Next-Level Cannabis Genetics
🌱 Product Description
Step beyond conventional cultivation and enter the realm of advanced cannabis genetics. This guide and workshop experience reveals the science and strategy behind tetraploid cannabis plants — where chromosome doubling unlocks structural power, increased biomass, and amplified expression.
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