Syed Ehtasham Amin
@ehtvirgo
Food Technologist🍕🍾|PhD Scholar|plant Science|Biosensing|Traveler🇵🇰🇨🇳
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Sean Yokomizo of @Inner_Plant demos the company’s cutting-edge CropVoice insights platform that “listens” to plants engineered to signal fungal stress for early detection. #FarmInnovations ow.ly/9jwG50Xiq5f
How researchers developed glow-in-the-dark plants capable of autonomous luminescence by incorporating a recently discovered fungal bioluminescent system into tobacco plants buff.ly/2pGUpFx
I am so proud (and excited) to share our latest work published in Nature today! We combined synthetic biology, bioelectrochemistry, and nanomaterials to push the limits of a biosensor a bit forward compared to the state-of-art. Congrats to all 🍻!! (1/n) nature.com/articles/s4158…
Nanosensors embedded in living plants detect arsenic bit.ly/380dsgl #innovation #nanoparticle #nanosensor #nanobionic #plant #environment #research
Plants may lack brains, but they have a nervous system, of sorts. And now, plant biologists have discovered that when a leaf gets eaten, it warns other leaves by using some of the same signals as animals, using their own kind of nervous system [read more: buff.ly/2MuekgD]
New Article: "Foliar application of clay-delivered RNA interference for whitefly control" rdcu.be/cNGKc The sprayed dsRNA, carried on clay particles or BioClay, makes its way to the vasculature of plants and is taken up by whiteflies during feeding.
Our plant transformation protocol is out! See our detailed protocol to make tiny nanotubes that stick to DNA and slip through cell walls to deliver DNA plasmids 🧬to plants 🌿, out today in @NatureProtocols : tinyurl.com/yy7gj9hx | @plantae_org | @igisci | @USDA_NIFA |
SMART researchers engineer a plant-based sensor to monitor arsenic levels in soil: Nanoscale devices integrated into the leaves of living plants can detect the toxic heavy metal in real time. mitsha.re/Aah650D3Chu
Had a brilliant chat with @jordanmurray_, @gailmcconnell, and @lmr_1994 about transparent soil for plant root imaging this afternoon! Really awesome science and might be a fun substrate to test out hypoxia nanosensors! 👀🤓🔬
Today I learned you can just spray mRNA on plant leaves and they'll make proteins. New preprint just sprayed a bunch of green florescent protein mRNA on different plant leaves and found signal.
The sensitive plant (Mimosa pudica) closing its leaves in real-time when touched, a response to deter predators. 📽: esolophotography/ig
A new Science #Robotics study describes a soft robotic #gripper that can overcome leaf hydrophobicity to deliver nanosensors and materials into different plant types to monitor #crop health. scim.ag/448QrWF
Plant roots can rapidly change the acidity of their cell walls and the root-soil interface to efficiently navigate in the soil environment. elifesciences.org/articles/85193…
We're loving this plant signalling demo from Toyota et al 2018! 🍂⚡️ Simulating an injury or a caterpillar munching literally sends shockwaves through the plant. 🌱🐛 A plant injured on one leaf can alert its other leaves to begin defense responses!
New Letter: "Calcium dynamics during trap closure visualized in transgenic Venus flytrap" rdcu.be/b76jQ A transgenic Venus flytrap expressing a fluorescent calcium sensor allows real-time live quantification of calcium waves triggered by sensory hair movement.
Ever touched a sensitive plant (Mimosa pudica) and marveled at its leaves instantaneously folding? In this video you can see the electrical signals that mediate that rapid movement surging down the plant in real time 📹 T. Hagihara et al go.nature.com/3GwUaSQ
Japanese scientists capture plants communicating with each other on video... The team attached an air pump to a container filled with leaves and caterpillars and to another chamber containing a weed from the mustard family. The weed was genetically modified to make their cells…
Light-sheet fluorescence microscopy (LSFM) methods collectively represent the major breakthrough in developmental bio-imaging of living multicellular organisms. @NaturePlants publication: buff.ly/2JL0vep #plantsci #microscopy
Our recent #Microscopy #AppNote looks at how researchers are studying the plant damage response using the genetically encoded calcium biosensor GCaMP and fluorescence detection with the Nikon SMZ25 research #Stereomicroscope system. Click to learn more: bit.ly/4c5hT9e
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