Swedish developers have created an electronic soil that accelerates the development of grain crops by 50%

Published 2024년 1월 2일

Tridge summary

Linköping University's Organic Electronics Laboratory developed eSoil, an electronic substrate for hydroponic cultivation that resulted in 50% faster growth of barley seedlings due to electrical stimulation of the roots. The eSoil substrate is made from cellulose mixed with a conductive polymer, and its low power consumption and environmental benefits make it an attractive alternative to mineral wool. Additionally, other food technology innovations include plant-based products from companies like Motif FoodWorks and GG, cultivated meat from Czech startup Mewery, and the use of predatory bacteria as an alternative to chlorine in tap water.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

A research group at Linköping University's Organic Electronics Laboratory has developed the eSoil substrate for hydroponic cultivation. Barley seedlings grew 50% more in 15 days thanks to electrical stimulation of the roots, reports Psyc.org. Mineral wool is usually used as a substrate for hydroponic cultivation. Not only is it non-degradable, but it is produced using a very energy-intensive process. eSoil electronic cultivation substrate is made from cellulose, the most common biopolymer, mixed with a conductive polymer called PEDOT. This combination was first used for growing plants. The researchers used high voltage to stimulate the roots. The advantage of this "ground" is that it has very low power consumption and does not contain the danger of high voltage. We can make seedlings grow faster using fewer resources. We don't yet know how it actually works, which biological mechanisms are involved. We found out that seedlings absorb nitrogen more efficiently, but it is not yet ...
Source: Landlord

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