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Unveiling the Future of NMR: Empowering Research with the JEOL ROYALPROBE HFX

Learn about the JEOL ROYALPROBE HFX, a revolutionary technology that's redefining multi-nuclei experiments that can be done on standard two-channel NMR spectrometers.

Unlock the Power of Multi Frequency Drive System (MFDS): Your Gateway to Advanced NMR Experiments

Are you ready to take your NMR experiments to new heights? Imagine performing multi-resonance measurements without the need for expensive equipment or complex setups. Introducing the Multi Frequency Drive System (MFDS) by JEOL – a groundbreaking innovation that will revolutionize your spectroscopy research.

Structure Elucidation Challenges: How Can Advanced Spectroscopy Overcome Them?

When new compounds are made, structure elucidation is an important step in confirming the novelty of the new compound.

Upgrade or Replace? Making the Right Choice for Your NMR Instrument.

Many people struggle with the decision whether to upgrade their existing NMR console or purchase an entirely new instrument. This blog explores considerations for analytical scientists and lab managers.

ENC 2023: Conference Notes & Recorded Symposium

ENC 2023 Conference Notes & Mini Symposium

Not able to attend ENC 2023? Review the highlights of the show and watch our recorded NMR mini symposium!

PANIC 2023: Conference Notes & Recorded Symposium

Not able to attend PANIC 2023? Review the highlights of the show and watch our recorded NMR mini symposium!

Delta College Adapts To New Routine With Online Microscopy Training And New Technology

Like any proud new owner, Cathy is anxious to get the new 1400, a 120kV TEM that is probably the most popular in its class for use in schools, hospitals, research labs, and materials, to work. She had a special plastic cover made for the JEM-1400 table, and it sits pristinely in the lab, yet idle, waiting for a new semester to begin whenever life returns to a new version of normal and schedules can resume.

CRAFT For NMR: Challenging Conventions To Achieve Faster, More Accurate Analysis

NMR data contains a trove of useful information for answering a wide variety of chemical and biological problems. However, with this broad utility comes complexity. CRAFT uses a Bayesian statistical approach to convert NMR time-domain data directly to the tabular domain. This bypasses the artifacts created by the Fourier transform when producing the spectrum and makes the automated extraction of these chemical shift and intensity data tables more reliable. With CRAFT, the spectrum (or frequency-domain data) is simply a human visualization tool for the data tables.