TEM_Imaging Chains of Cry1: CryoEM micrograph of mutant Arabidopsis.thaliana(plant) Cryptochrome1(AtCry1) overlaid with representative 2D classes of tetramers, dimer of tetramers and trimers of tetramers. This mutant pushes the normally tetrameric AtCry1 into filamentous chains which disrupt the organisms ability to respond to blue-light early in development. || Submitted by: Dhruva Ajit Nair || Advisor: Brian Crane || Data like this can be acquired on our Arctica or F200 microscopes. Binary Tiles at the Quantum Scale: Core-shell super crystal/super-molecular quantum dot tile assemblies made of a binary mixture of PbSe Quantum Dots at 21nm and 7 nm assembled via nanofluid evaporation on a fluid substrate. || Submitted by: Jonathan Palumbo || Advisor: Tobias Hanrath || Data like this can be acquired on our Arctica or F200 microscopes..
Chains of Cry1: CryoEM micrograph of mutant Arabidopsis.thaliana(plant) Cryptochrome1(AtCry1) overlaid with representative 2D classes of tetramers, dimer of tetramers and trimers of tetramers. This mutant pushes the normally tetrameric AtCry1 into filamentous chains which disrupt the organisms ability to respond to blue-light early in development. || Submitted by: Dhruva Ajit Nair || Advisor: Brian Crane || Data like this can be acquired on our Arctica or F200 microscopes. Binary Tiles at the Quantum Scale: Core-shell super crystal/super-molecular quantum dot tile assemblies made of a binary mixture of PbSe Quantum Dots at 21nm and 7 nm assembled via nanofluid evaporation on a fluid substrate. || Submitted by: Jonathan Palumbo || Advisor: Tobias Hanrath || Data like this can be acquired on our Arctica or F200 microscopes..
