Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile
Norwich Research Park Image Library

@norwichsciimage

The Norwich Research Park Image Library is a free to use collection of scientific images. All images are free to use under Creative Commons Licence

ID: 1373945683900821509

linkhttp://images.norwichresearchpark.ac.uk/ calendar_today22-03-2021 10:32:55

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Norwich Research Park (@norwichresearch) 's Twitter Profile Photo

The Norwich Research Park Image Library is a fantastic tool for sharing powerful and interesting scientific images! #Science #images

Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile Photo

Tennis balls? -Think again! SEM allows us to see into the microscopic world and view things like this; the pollen of wild mahonia flowers. These have been false coloured by Kim Findlay in the bioimaging department of John Innes Centre For more images - okt.to/Yfs5Uh

Tennis balls? -Think again! SEM allows us to see into the microscopic world and view things like this; the pollen of wild mahonia flowers. These have been false coloured by Kim Findlay in the bioimaging department of <a href="/JohnInnesCentre/">John Innes Centre</a>  

For more images - okt.to/Yfs5Uh
Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile Photo

This Saturday we celebrate #BiodiversityDay! Research carried out across the Norwich Research Park Park aims to mitigate some of the effects of biodiversity loss and provide sustainable solutions to prevent it UN Biodiversity For more images - okt.to/1AtsCL

This Saturday we celebrate #BiodiversityDay! Research carried out across the <a href="/NorwichResearch/">Norwich Research Park</a> Park aims to mitigate some of the effects of biodiversity loss and provide sustainable solutions to prevent it <a href="/UNBiodiversity/">UN Biodiversity</a> 

For more images - okt.to/1AtsCL
Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile Photo

Here is our own version of a solar eclipse! This is created by the presence of the fluorescent Avenacin compound found in the outer cells of oat roots. @JohnInnescentre Anne Osbourn #MetabolicBiology For more images - okt.to/mGyt4D

Here is our own version of a solar eclipse! This is created by the presence of the fluorescent Avenacin compound found in the outer cells of oat roots. @JohnInnescentre <a href="/AnneOsbourn1/">Anne Osbourn</a> #MetabolicBiology 

For more images - okt.to/mGyt4D
Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile Photo

We think this image looks like a bead of honey or amber, but it’s actually a droplet of Coelimycin, a novel antibiotic produced by switching on silent gene clusters within S.coelicolor. Collaborative work w/ Marco Gottelt Campus Fryslân - University of Groningen For more images - okt.to/n2HXEz

We think this image looks like a bead of honey or amber, but it’s actually a droplet of Coelimycin, a novel antibiotic produced by switching on silent gene clusters within S.coelicolor. Collaborative work w/ Marco Gottelt <a href="/CampusFryslan/">Campus Fryslân - University of Groningen</a>

For more images - okt.to/n2HXEz
Norwich Research Park Image Library (@norwichsciimage) 's Twitter Profile Photo

This sci-fi looking individual isn’t an extra-terrestrial but an Aster Leaf Hopper nymph, the vector of a bacterium that causes Aster Yellow Witches’ Broom. Scientists John Innes Centre are working on ways to stop the spread of the disease For more images okt.to/2WJ6K3

This sci-fi looking individual isn’t an extra-terrestrial but an Aster Leaf Hopper nymph, the vector of a bacterium that causes Aster Yellow Witches’ Broom. Scientists <a href="/JohnInnesCentre/">John Innes Centre</a> are working on ways to stop the spread of the disease

For more images okt.to/2WJ6K3