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Nuclear Magnetic Resonance (NMR) Spectroscopy
Nuclear Magnetic Resonance (NMR) Spectroscopy Webinars
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Nuclear Magnetic Resonance (NMR) Spectroscopy Webinars
This webinar outlines new psychoactive substances and how you can automate the identification and quantification of NPS.
Polysaccharide-protein conjugate vaccines are among the safest and most successful vaccines developed during the last 30 years.
Research and development chemists in both industry and academia spend significant time processing, analyzing and reporting analytical data from multiple techniques and vendors.
This webinar descibes how NMR is an excellent technique for verifying the authenticity and how Bruker's Honey Profiling method and its underlying database offers a fast and comprehensive honey screening solution.
NMR is a powerful technique, but not all are created equal. The difference with many spectrometers is not in the hardware, but in the operator that tailors the data acquisition around the question at hand.
Understanding how a better analysis of metabolites in serum and urine can help. Quantification in body fluids like plasma/serum and urine is valuable because it provides information on endogenous compounds produced in the body as well as capturing drugs and their metabolites, In addition lifestyle based molecules can be recognized, be it from nutritional habits or physical activity.
Quantification of components in solid mixtures like formulated materials is crucial in material sciences. Especially in the pharmaceutical industry, API (Active Pharmaceutical Ingredient) form quantification plays a central role from early drug development to manufacturing. The new benchtop solution the minispec Form Check offers an easy and non-destructive way to determine the ratio of either different drug components or various solid forms in a substance.
Mechanistic understanding allows informed control and optimization of reactions, so that by-products can be reduced, yields increased and reaction selectivity improved.
This webinar will introduce a technique called 2D heteronuclear single quantum coherence (HSQC) NMR spectroscopy for assessing the quality control of a biologic. Currently, this is achieved using 1D NMR spectroscopy, following the indication of international pharmacopoeia. However, although 1D spectra can help to confirm the chemical structures of heparin products, it cannot readily identify variability in its composition between batches, which can occur due to differences in the purification me
Although NMR is an advanced analytical technique, today it is used as a routine method in many small molecule labs, for identifying, verifying, proving and even elucidating chemical structures.
Amongst Bruker’s extensive range of high-performance products for pharmaceutical R&D, are two powerful technologies designed to optimize NMR analysis and ensure users get the maximum value from their instruments.
During this webinar, Fabrice and Anna will introduce you to Bruker’s newly launched PotencyMR, a solution specially designed to facilitate potency/purity determination.
The Bruker AVANCE III HD delivered cutting-edge, sophisticated NMR performance that has been adopted by labs across the world.
In recent years, an imbalance has emerged between supply and demand in the market for honey. Pressures on bee populations have resulted in a squeeze in its availability.
In this webinar, Stefan Jehle, Ph.D. and Pavel Kessler, Ph.D. from Bruker BioSpin will outline how Bruker’s TopSpin software, together with a newly launched FBS tool, can help overcome this stumbling block by facilitating the workflow, improving efficiency and minimizing human error.
One of the major benefits of In-Vitro Diagnostic Research (IVDr) by NMR is its reproducibility and transferability, which enables researchers across the globe to exchange data based on SOPs embedded in the IVDr Platform solution.
TD-NMR is an indispensable analytical technique used in quality control and assurance for a wide variety of applications.
The global nutraceutical market was estimated to be $140.1 billion USD in 2010. The dietary supplement (DS) natural health product (NHP) is part of this market;
NMR is becoming an increasingly important tool for the monitoring of chemical reactions. Utilization of the inherent structural and quantitative information delivered via NMR spectroscopy can provide detailed mechanistic insights and increase process understanding.
The leading analytical tools in structural biology have traditionally been X-ray crystallography and liquid state NMR, but in recent years the role of solid state NMR has increased substantially through its ability to provide answers that neither liquids NMR nor X-ray can provide in a clear enough manner.
The global nutraceutical market was estimated to be $140.1 billion US dollars in 2010. Concerns have arisen over the increasing cases of adulterated products in the market which threaten the health of the consumer and the continual growth for the nutraceutical industry.
With the cost of health care rising rapidly due to ever increasing life expectancy and changes in life style, technologies and methods need to be developed that will enable Early prediction of disease development