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JEOL UK News

Press releases, announcements, awards, and news

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JEOL News

The 2021 edition of the JEOL NEWS magazine is now available to download.

Download here.

Featured Applications:

  • Progress in Photonic Crystal Lasers and Their Application to LiDAR
  • And Yet It Moves: Molecular Rotors and Motors Studied by Solid-State NMR Spectroscopy
  • Dioxins Analysis with New GC-MS/MS System and Software "TQ-DioK"
  • Characterization of Localized Physical Properties Using High Resolution EELS
  • In-Resin CLEM of Epon-Embedded Cells Using Fluorescent Proteins
  • Degradation Analysis for Polymer Materials by Spin-Trapping
  • High-Speed Electron Beam Modulation System Using Electrostatic Deflection and Laser Delivery System to the Specimen in Transmission Electron Microscopy
  • The New Detection System of High-End FE-SEM JSM-IT800 Super Hybrid Lens <SHL>
  • Preparation of TEM Specimens Having Specific Crystal Orientations Using FIB-SEM and EBSD ~ Applications to Allende meteorite ~
  • Chemical Bonding State Analysis of Boron and Phosphorus Compounds by Soft X-ray Emission Spectroscopy and Electronic Structure Calculations
  • Chemical State Analysis of Fe in the Matrix of the Allende Meteorite Using an FEG EPMA and SXES
  • MultiAnalyzer – Unknown Compounds Analysis System New Gas Chromatograph Time-of-Flight Mass Spectrometer JMS-T2000GC "AccuTOF™ GC-Alpha"
  • Introduction of JEOL Products
     
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Winner of Presidential Science Award

Congratulations to our esteemed colleague Dr. Hideyuki Takahashi at JEOL Ltd. for winning the 2021 'Presidential Science Award' from the Microanalysis Society (MAS) for his long-term contribution to the field of microbeam analysis. He has been engaged in R&D and application development of electron probe microanalyzer and soft X-ray emission spectrometer since he joined JEOL.

We would like to thank Takahashi-san for all his hard work and dedication.

Press Release

 

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Ground-breaking new data - recording atomic-resolution in-situ movies of growing carbon nanotubes and onion-shaped carbon nano structures in a TEM

Data from a JEOL 300kV TEM, JEM-ARM300F, and a new laser system by IDES, Inc. will be presented by the research team of AIST and Osaka University at M&M 2021.

The research group of Dr. Ryousuke Senga, Electron Microscopy Group, Nanomaterials Research Institute, Advanced Industrial Science and Technology (AIST) and Professor Kazutomo Suenaga, Department of Nanocharacterization for Nanostructures and Functions, Nanoscience and Nanotechnology Center, The Institute of Scientific and Industrial Research (ISIR: SANKEN), Osaka University, succeeded in recording atomic-resolution in-situ movies of growing carbon nanotubes and onion-shaped carbon nano structures in a transmission electron microscope (TEM). The structures were formed by laser irradiation of samples made of carbon films and iron nanoparticles.

This experiment was conducted using a JEOL 300kV Transmission Electron Microscope with a cold field emission gun, JEM-ARM300F, and a new system designed by JEOL subsidiary Integrated Dynamic Electron Solutions, Inc. for precisely focusing lasers onto TEM samples, Luminary Micro. This combination of high-performance imaging instrumentation and reduced sample motion due to precision-controlled rapid localized illumination enables extraordinary spatial resolution for in-situ experiments.

The details of this research will be presented by Dr. Senga during the Microscopy and Microanalysis (M&M) 2021 Conference, held in the U. S. from 1st - 5th August 2021.

See the movies and full press release here.

Product Information.

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JEOL at EUROMAR 2021

We would like to welcome all EUROMAR 2021 delegates to join the JEOL events throughout the conference. You can still register for EUROMAR 2021 here.

On Tuesday 6th July, JEOL will be hosting a User Meeting with special guest speakers Professor Ulla Gro Nielsen from the University of Southern Denmark (SDU) and Professor Martin Dračínský from the Czech Academy of Sciences.

Click here for the full schedule of JEOL Events.

See you there! smiley

 

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The Scottish Cryo-EM consortium has chosen the JEOL JEM-Z300FSC CRYO ARM™ 300

JEOL UK is proud to announce that the Scottish Cryo-EM consortium has chosen the JEOL JEM-Z300FSC CRYO ARM™ 300 as their preferred automated Cryo Transmission Electron Microscope (Cryo-TEM) for the Scottish Centre for Macromolecular Imaging (SCMI). 

The SCMI consortium led by the MRC Centre for Virus Research (CVR) at The University of Glasgow, selected JEOL after a thorough evaluation of the competing technologies for cryo-TEM.  The JEOL CRYO ARM™ 300 will be supported by a second TEM, the JEOL 200kV JEM-F200 “F2” Cryo-TEM.

Project lead and programme leader in the CVR, Dr David Bhella said:

“The mission of the CVR is to carry out fundamental research on viruses and viral diseases, translating the knowledge gained for the improvement of health and benefit of society.

Cryogenic transmission electron microscopy is revolutionising the field of structural biology. The SCMI represents a tremendous opportunity not only for the CVR, but also for Life Scientists throughout Scotland.  The new facility will place Glasgow at the centre of vital structural biology research by offering world-class capability. The new technology will help us investigate key processes in cancer biology and infection”. 

Cryo-EM has gained enormous momentum in recent years resulting in the award for the Nobel Prize in Chemistry.

Ultra-high resolution structural analysis of viruses and proteins derived from cryo-EM techniques such as Single Particle Analysis (SPA) require high stability hardware and software.

The JEOL CRYO ARM™ 300 is the latest offering in cryo-TEM, able to achieve unprecedented resolution and stability by including Cold Field Emission Gun; in-column Omega energy filter; Hole-Free Phase Plate; side-entry liquid nitrogen cooling stage and an automated 12 specimen storage and exchange system. 

The JEM-F200 "F2” is a high throughput TEM and the only 200kV system in its class to offer a Cold Field Emission Gun. The 'F2' employs the latest JEOL innovations in an easy-to-use, extremely stable, high resolution imaging 200kV TEM with STEM. This makes it the ideal partner for any high-level cryo-TEM.

JEOL look forward to helping and supporting Dr David Bhella and colleagues in the SCMI consortium in their research activities using the new instruments.

Press Release