Showing posts with label circuit. Show all posts
Showing posts with label circuit. Show all posts

Tuesday, December 1, 2015

Bionic Plants


Researchers from Linkoping University in Sweden have been able to successfully create a rose which is filled with electronic circuitry. The purpose of the study was to create a “smarter” breed of plant “which can respond to changes in its environment and let farmers know how it’s holding up”. The electronic circuitry would also allow the plant to boost its growth or bloom on command. Researchers in Sweden were able to create this bionic plant using a synthetic polymer called PEDOT-S. PEDOT-S was absorbed through the stems of the plants like nutrients. Once absorbed by the plant’s xylem, the PEDOT-S was assembled into conductive wire stretching up to 10 centimeters long. The researchers were then able to create working circuits using the plant’s own electrolytes. After the success of their first experiment, researchers plan to work with a whole array of “electronic greens” to further their studies. Researchers hope that these results will also be seen in edible plants which could greatly impact the farming industry, helping farmers create more resilient and bountiful crops.

This article was very interesting to read about. Prior to reading this article I had never heard of “bionic plants” or plants that have the ability to create electronic circuitry. I think that if the researchers are able to see the same results they saw in the roses in edible plants, it will be a huge break through.  If farmers had the ability to monitor their crops through electronic circuitry they would be able to grow stronger crops at a faster rate, thus increasing productivity and profits.
Here is another article about bionic plants.





Tuesday, November 25, 2014

Biocircuits Could Be a Thing of the Future


     Progress on recent studies have shown that it may be possible to create a biological circuit, similar to an electronic circuit, that can deliver inputs and outputs. Researchers at MIT have found ways to reduce the unpredictability of these devices and have made them predictable similar to electronic circuits.  

     A potential use for these circuits would biosensing. Biosensing is when cells detect specific molecules in the environment and from that detection, a response is triggered. Developing something that could detect the presence of cancer cells would be ideal, because then an immune response to kill the cancer could be triggered from these circuits. You can read more on biosensing here.

     I believe the potential of this study is amazing and should definitely be looked into. Circuits haven't currently been designed for specific tasks like that yet, but once they are stable I'm sure bioengineers will find a way to do something useful for medical treatment with these.