ハミングバード・サイエンティフィックの液体導入用ホルダーは、流動液体や静止液体中のサンプルを、原子レベルの分解能で画像化することが可能です。このシステムは、オールインワンの完全ソリューションであり、材料特性評価に新たな道を切り開きます。この画期的な製品は、2010年にSmall Business Innovation ResearchのTibbets賞（写真）、2011年にFederal Lab Consortium賞を受賞しています。The Microanalysis Society of Americaは、特許を取得したハミングバードの液体導入用ホルダーを使用して行われた、史上初のその場液中電気化学による研究に対し、2011年Birks賞を授与しています。受賞した液中電気化学用ホルダーは、TEM内部で液中電気化学実験を可能にした世界初の商用上市されたホルダーです。
Researchers at U.S. Ames Laboratory, Imperial College London and Ernst Ruska-Center for Microscopy and Spectroscopy with Electrons and Peter Grunberg Institute have used Hummingbird Scientific’s continuous liquid cell platform to demonstrate the first holographic imaging of bacterial and magnetic particles in liquid. The effect of electromagnetic fields in the biological system has been poorly understood. The researcher performed off-axis holography imaging of hydrated cells of Magentospirillum magneticum strain AMB-1 and assemblies of magnetic nanoparticles. They were able to capture electron holograms to show interference fringe contrast to allow reconstruction of the phase shift of the electron wave and mapping of the magnetic induction from bacterial magnetite nanocrystals. The development of this technique could potentially help in the future studies of solid-liquid interfaces, biomineralization and protein aggregation.
Reference: Tanya Prozorov et al. Off-axis electron holography of bacterial cells and magnetic nanoparticles in liquid. Journal of The Royal Society Interface (2017). Abstract
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