Poseidon Select Library
Designed to accelerate your research, Poseidon Select’s capabilities enable real time visualization of nanoscale phenomenon within a variety of liquids. Find out how researchers in the fields of energy materials, nanomaterials, life sciences, and material properties have utilized Poseidon Select in their lab.
Application Notes
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Studying Cells with Correlative Microscopy
Correlative light and electron microscopy of eukaryotic cells in liquid
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Yeast Cells in Liquid
Imaging live yeast cells without freezing or plastic embedment
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Tracking Nanoparticle Movement
Dynamic movements of nanoparticles captured during STEM
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Quantifying Liquid Movement
Tracking the movement of flowing liquids inside the TEM
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Atomic Resolution Imaging in Liquid
Imaging crystal lattice of coated gold nanorods in liquid
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3D Reconstruction of Rotovirus
Visualizing viral assemblies using liquid cell EM
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Using EELS in Liquids
Quantifying the effect of liquid thickness on EELS analysis
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Visualizing Drug Delivery
Imaging liposomal control vehicles for advanced drug delivery applications
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Tips for EDS and EELS in Liquid
Practical considerations for using EDS and EELS analysis during liquid cell EM
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Using Nanoparticles for Cancer Treatment
Improving cancer treatments by directly imaging nanoparticle movement within Gliobastoma cells
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Nanotube Interaction within Cells
Imaging the degradation of carbon nanotubes within macrophage cells
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Degradation of Fuel Cell Catalyst
Uncovering catalyst degradation mechanisms for improved automotive fuel cells
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Electrochemical Analysis in Liquid
Observing the lithiation and delithiation process during electric cycling of nanoscale battery
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Visualizing Lithium Ion Batteries
Nucleation and growth of lithium deposits during electrochemical sweeping
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EDS Analysis of Nanomaterials
Multi-element EDS analysis of nano-structured materials in liquid
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Improving Lithium Ion Batteries
Improving coulombic efficiency of lithium-ion batteries with in situ quantitative electrochemistry
Sample Preparation
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Affinity Capture
Affinity capture surface functionalization of Poseidon Select E-chips
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Whole Cells
Streamlined processing of whole mount cells
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Handling E-chips
Worflow for handling and cleaning E-chips prior to use
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FIB Prep
Practical considerations for preparing and mounting FIB samples
Technical Notes
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EDS Analysis
Guidelines for improving EDS elemental analysis during in situ studies
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Thermal Accuracy
Maximizing thermal accuracy and uniformity through ceramic membranes and closed-loop temperature control