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Elevating Flavonoids

Prioritizing Food Quality

The perennial organic-synthetic dichotomy in agricultural inputs creates decision paralysis for cultivators weighing complete organic transition against incremental integration strategies. A 2024 meta-analysis of crop trials revealed systemic organoleptic deficiencies in synthetic-intensive systems.​ This is further supported by in-house comparison of cultivation methods through evaluation of brix values.

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Our hybridization protocol (75% synthetic : 1% iBioStim™ organic) is designed to solve this challenge as follows:

Image by gryffyn m

02

100% Success Rate

  • 3 harvests in May, June and July at 100% harvest.

  • 1 harvest as Control.

03

Graphical Presentation

  • Same biomass between Control and Experiment group.

  • Experiment group produced more red fruits.

Ratio of green to red tomatoes.png

04

Value Preposition

  • Consistent 123% elevated flavonoids production across two harvest cycles, in June and July.

Flavonoids Upregulation.png

DISCLAIMER

The protocols and knowledge are only applicable to iBioStim™ regime. Any attempt to mimic the performance using any other products may cause harm to the plants at high frequencies, growing tall and dehydrated. No living insects or living organisms are destroyed in the course of using iBioStim™, comprised ingredients derived from nature only. Preservatives and Plant Growth Regulators FREE.

01

Methods

  • Collaboration: German synthetic fertiliser producer received simple instructions, delivered by a local leader.

  • Organic Recipes : Synthetic Fertiliser 
    ∙ 1% Mr Carbon, Junior, Baby : 75% NPK

  • Application Protocol:
    ∙ Mixed 400ml of each organic recipe per 200L water tank.
    ∙ Applied as foliar spray.
    ∙ Repeated for weekly cycles.

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