Interesting Engineering on MSN13h
New wearable microneedle sensor identifies plant stress in under a minuteThe electrochemical sensor attaches tiny spikes to plant leaves and monitors hydrogen peroxide, the stress response that ...
The sooner a farmer knows that their crops are suffering, the faster they can take action to prevent major crop failure. A ...
Researchers have created a sensor that monitors plant stress, which could one day be a game-changer for anyone with a black ...
A self-powered, three-component biosensor capable of killing bacteria in water samples has been developed by materials ...
Teeth whitening typically results in a significant lightening of the teeth by one or two shades in a matter of days.
We present a one-step, visible light-induced synthesis of bicyclo[1.1.1]pentane-ketone, a bioisostere for benzoyl groups that ...
Researchers developed a microneedle patch that monitors hydrogen peroxide in plants, enabling early detection of stress and enhancing agricultural productivity.
In several experiments, the wearable accurately identified the presence of hydrogen peroxide in groups of plants exposed to a ...
Early detection of stress in plants — before leaves visibly discolor, wilt or wither — is crucial. Now, researchers reporting ...
This sensor measures hydrogen peroxide, a marker of stress in soybean and tobacco plant leaves. Credit must be given to the creator. Only noncommercial uses of the work are permitted. No derivatives ...
Plants send distress signals when under attack from pests, drought, or disease, but these signals are often invisible to the ...
Scientists from Korea have developed a new carbon-based catalyst that promises to make hydrogen peroxide production more ...
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