Speaker: Dr. Jochem Struppe, Dr. Shane Pawsey
Date/Time: July 18, 2022, 15:00 – 16:00 EDT
An introduction and overview of automation for solid state NMR will be presented
Hard and software prerequisites will be discussed and the necessary setup and calibration
are explained too.
Speaker: Dr. Amy Freund, Dr. Clemens Anklin
Date/Time: August 15, 2022, 15:00 – 16:00 EDT
Fluorinated compounds are common throughout chemistry and 19F NMR is an important tool
In all branches of chemical research. This webinar will introduce the participant to the requirement
for 19F NMR, discuss the challenges that the special characteristics of 19F NMR pose and illustrate
all of these with practical examples.
Speaker: Dr. Martine Monette
Date/Time: September 19, 2022, 15:00 – 16:00 EDT
Customer support is at the core of our activities in our application group. In this webinar, we will share some of our experiences and challenges in our efforts to help our customers.With a bit of humor, we hope to provide some insights in the art of troubleshooting NMR instruments.
Speaker: Dr. Amy Freund, Dr. Donna Baldisseri, Dr. Mike Groves
Date/Time: October 17, 2022, 15:00 – 16:00 EDT
This webinar is a continuation of the first virtual on-site training from February
of this year. The presenters will go into more detail on a number of topics around
the NMR spectrometer, its components, their maintenance and calibration.
Speaker: Dr Clemens Anklin
Date/Time: November 21, 2022, 15:00 – 16:00 EDT
NMR is a uniquely suited tool to study molecules in motion. NMR can look at dynamic processes
over a large range of time scales and from the motions of individual atoms to displacement of
large molecules. we will also look at the software that is available to study these phenomena.
Speaker: Dr. Kyle Rodriguez, Dr. Clemens Anklin
Date/Time: December 12, 2022, 15:00 – 16:00 EDT
NMR has been the study of polymers since the early days. In this webinar we will focus on techniques
that are applied to polymers in the liquid or semi liquid state. We will look at optimal hardware, sample
preparation techniques and experiment setup for these materials.
NMR from benchtop to Ultra High Field | Clemens Anklin | On-Demand |
What NMR can do for the chemist | Nicole Kruse | On-Demand |
Introduction to qNMR | Amy Freund | On-Demand |
Introduction to Solid State NMR | Shane Pawsey | On-Demand |
Introduction to processing | Martine Monette | On-Demand |
Information resources a mouse click away | Donna Baldisseri |
On-Demand |
TopSpin for Varian-Agilent users |
Martine Monette | On-Demand |
Tricks when working with small sample amounts | Amy Freund | On-Demand |
NMR and Murphy's Law | Clemens Anklin | On-Demand |
Demystifying the lock | Nicole Kruse | On-Demand |
Advanced TopShim | Robert Krull | On-Demand |
Good spectroscopy practices | Amy Freund | On-Demand |
Beyond "rpar, getprosol, zg" - Tips and tricks on parameter sets and the many other ways to create a dataset in TopSpin | Nicole Kruse | On-Demand |
When ambient is not good enough - Variable temperature NMR | Clemens Anklin | On-Demand |
How to run complicated experiments in ICON-NMR | Eric Johnson | On-Demand |
Pulse calibration, prosol and the relations file | Clemens Anklin | On-Demand |
Solvent suppression | Amy Freund | On-Demand |
The deconstructed HSQC | Martine Monette | On-Demand |
Selective excitation experiments | Eric Johnson | On-Demand |
Shaped RF pulses | Eric Johnson | On-Demand |
Decoupling | Clemens Anklin | On-Demand |
NMR spectroscopy without a lock (No-D NMR) | Eric Johnson | On-Demand |
Useful AU programs in TopSpin | Donna Baldisseri | On-Demand |
Speeding up 2D data acquisition for small molecules | Nicole Kruse |
On-Demand |
Higher resolution 2D experiments | Eric Johnson |
On-Demand |
Multi receive experiments | TBD | On-Demand |
Screening experiments for drug discovery | Donna Baldisseri | On-Demand |
DOSY |
Nicole Kruse | On-Demand |
Advanced DOSY |
Nicole Kruse | On-Demand |
Advanced qNMR |
Clemens Anklin | On-Demand |
Pure Shift NMR |
Amy Freund | On-Demand |
Applications of heteronuclear NMR |
Clemens Anklin |
On-Demand |
15N NMR at natural abundance: it's not as you think! |
Martine Monette | On-Demand |
NMR of complex mixtures |
Amy Freund | On-Demand |
Protein relaxation experiments - Acquisition, processing and analysis |
Donna Baldisseri | On-Demand |
BioTop - Biomolecular NMR made easy | Donna Baldisseri | On-Demand |
Cross polarization in MAS Solid State NMR | Jochem Struppe | On-Demand |
Variable temperature experiments in Solid State NMR | Jochem Struppe | On-Demand |
Automation in Solid State NMR |
Jochem Struppe | On-Demand |
Explicit acquisition: Low gamma and wideline applications | Martine Monette | On-Demand |
Solid State NMR Tips & Tricks | Jochem Struppe | On-Demand |
Solid State NMR Tips & Tricks 2 | Jochem Struppe | On-Demand |
Solid State NMR Tips & Tricks 3 | Jochem Struppe | On-Demand |
Solid State NMR Tips & Tricks 4 |
Jochem Struppe | On-Demand |
Solid State NMR - Static methods | Martine Monette | On-Demand |
HrMAS - what is it and why do we do it? |
Martine Monette | On-Demand |
HrMAS - part 2 | Martine Monette | On-Demand |
Advanced 2D and 3D processing |
Clemens Anklin | On-Demand |
Analysis tools |
Donna Baldisseri | On-Demand |
Introduction to DAISY (spectra simulation) | Clemens Anklin | On-Demand |
Advanced DAISY |
Clemens Anklin | On-Demand |
Introduction to NMRSim |
Clemens Anklin | On-Demand |
NMRSim advanced applications |
Clemens Anklin | On-Demand |
2D Experiments for measuring nJ(CH) coupling constants |
Donna Baldisseri | On-Demand |
Using CMCse Classroom Edition for structure elucidation | Nicole Kruse | On-Demand |