Bioactive compounds (BACs) promise to enhance agricultural vegetation’ productiveness dramatically. However to meet this promise, BACs have to be delivered into the cytoplasm of a plant cell and generally even into sure organelles contained in the cytoplasm.

Supply: Spartacon3000 /WikimediaCommons/CC BY-SA 3.0

However to be delivered into plant cells, BACs have to penetrate throughout the leaf floor after which the cell wall and cell membrane, the cell wall representing an particularly troublesome barrier to beat. This Problem, sponsored by Israel Chemicals Ltd (ICL), is on the lookout for programs permitting efficient supply of high-molecular-weight BACs by the cell wall and cell membrane of plant cells.

That is an Ideation Problem with a assured award for a minimum of one submitted resolution.


Bioactive compounds (BACs) could have a profound stimulatory impact on plant development. As a result of BACs are typically biodegradable and environmentally pleasant molecules, and their impact is clear at very low doses, they will grow to be a partial various to artificial fertilizers and assist considerably in decreasing the quantity of the latter.

Nevertheless, to comprehend their full potential, BACs have to be effectively transported into the plant cells by three essential obstacles: the leaf floor (particularly the cuticle), the cell wall, and the cell membrane. Though all three obstacles symbolize a formidable impediment to the BAC environment friendly penetration, the cell membrane and, particularly, the cell wall that have to be thought-about first.

Submissions to this Problem have to be obtained by 11:59 PM (US Jap Time) on December 15, 2022. 

Supply: InnoCentive

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