Functional modulesN-50 Nitrogen in cascadeOrigin: Yolia Secure Educational CatalogExact route: /library?path=modules/n-50 COMPLETE SHEETThe 17 points of this moduleEach section opens separately — tap the title to expand. 1. Code, name, species N-50. Resin & Trichomes. This module belongs to the base Biokit family, within the Nitrogen cascade functional class, and is prepared as a nitrogen module within the complete catalog of safe modules documented by Yolia for the species of this system. 2. Application method Root irrigation. This method was chosen because it distributes the contribution gradually to the area where the plant can absorb it, being consistent with the rest of the modules of the base Biokit family documented in this catalog. Queried by the engine when constructing a formula for the case. 3. What is the real problem/need During active fruit/bud development, the plant still needs some nitrogen to maintain basic leaf functions (photosynthesis, which continues to fuel bud development), but at a minimum dose that does not compete with the priority of floral development. 4. Exact function It closes the nitrogen cycle with a gentle dose that sustains the plant during fruit development, without stimulating further unwanted vegetative growth at this stage. This specific function is what the Yolia engine evaluates when considering whether the N-50 module is relevant to a case. 5. Chemistry Sprouted soy, sesame and chia — minimum nitrogen profile in the catalog, with complementary contribution of vegetable fats from sesame and chia mucilage. This composition is the documented chemical basis of the N-50 module, prepared as a nitrogen module within the Nitrogen functional class. 6. Preparation mode [Ferment], with previously hydrated chia. As a nitrogen module, this preparation process is what determines the final availability of the active compounds before being applied within the base Biokit family program. Queried by the engine when constructing a formula for the case. 7. Mechanism Minimum contribution of nitrogen sufficient only to maintain photosynthetic function of the existing leaf, without stimulating additional vegetative growth that would compete with the development of the bud. This mechanism is what the Yolia engine documents when evaluating the actual function of the module. 8. Use stage Medium to advanced flowering, when bud development is the priority. This stage was chosen because it is when the plant can best take advantage of this specific contribution, within the general logic of the base Biokit family documented in the complete Yolia catalog. 9. Frequency Every 10-14 days (less frequent than the previous modules, minimum maintenance dose). This frequency seeks to sustain the effect without saturating the plant, considering the stability and preparation mode of this nitrogenous module within the base Biokit family. 10. Stability 4-6 days refrigerated. This stability time reflects how much the preparation retains its activity before losing effectiveness, being relevant to plan the frequency of application of this nitrogenous module. Part of the set of technical sheets of the complete Yolia catalog. 11. Concentration Low — the lowest in the resin and trichome nitrogen catalogue. This concentration level is adjusted according to the sensitivity of the use stage and the specific function of this module within the Cascade Nitrogen functional class of the complete Yolia catalog. 12. How the engine processes it `soft_final_nitrogen` capacity, the only nitrogen module that the engine allows to keep active during advanced flowering, precisely due to its minimum dose calculated so as not to interfere. This is how the Yolia engine evaluates the inclusion of this N-50 module within a formula. 13. Compatibility Compatible with flowering potassium/phosphorus modules (unlike N-47/48). This compatibility is reviewed within the Compatibility Engine before including this module along with other elements of the base Biokit family in the same formula generated for the case. 14. What to expect Leaf that remains functional (green, not yellowish due to deficiency) throughout the development of the bud, without additional unwanted vegetative growth. This expected signal helps verify if the N-50 module is functioning as documented within the Nitrogen functional class. 15. If used wrong Low risk given the minimal profile, although sustained excess even at this dose can still slightly affect the final density of the bud. This risk is what the Risk Engine considers before approving a higher concentration or frequency for this nitrogen module. 16. Special caution It is the only "safe" nitrogen for advanced flowering, but it is still nitrogen — do not remove completely, since the leaf without any nitrogen cannot sustain final development well either. This precaution is part of the safety documentation for this N-50 module. 17. Related to [N-49] — [Why the leaf needs to continue functioning even in advanced flowering] These relationships help to understand how this N-50 module connects with other elements of the base Biokit family and the Nitrogen cascade functional class within the complete Yolia catalog.