NMR spectroscopy is all about looking at the tiny magnets that atomic nuclei possess. You might be surprised to learn that protons, which are the nuclei of hydrogen atoms, spin like tiny magnets. Other nuclei, including carbon, nitrogen, and phosphorus can have similar properties, and we can use NMR spectroscopy to analyze any of these …
“If you want to know the chemical composition of a material or compound, look no further than NMR spectroscopy!” These are the words that come naturally to any chemist who has ever experienced the power of NMR spectroscopy. NMR, or Nuclear Magnetic Resonance, is an analytical technique based on the interaction between the magnetic field …
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What is NMR? NMR refers to the ability of certain atomic nuclei to absorb and emit electromagnetic radiation when placed in a magnetic field. The resonance frequencies are dependent on the nuclear-spin and environment, which can then be detected and analyzed by a spectrometer. The result is a spectrum that provides information about the chemical …
Discovering the Power of NMR for Research and Diagnostics Read More »
Are you fascinated by the intricacies of biological processes and interested in unraveling the secrets of molecular structures and functions? Do you want to explore the hidden world of biochemical research and discover new possibilities for knowledge and innovation? Well, my dear reader, you’re in the right place! In this article, we’ll take a dive …
NMR Spectroscopy: An Essential Tool for Biochemical Research Read More »
What makes NMR instrumentation so fascinating is its unique ability to provide detailed information about the structure, composition, and dynamics of molecules at the atomic and molecular level. This information is critical for understanding how molecules interact and how they are involved in important biological processes, such as enzyme reactions or protein folding. In the …
Let me tell you about the absolutely fascinating principle of shielding and deshielding of atoms by their electrons! This mind-blowing concept is the key to understanding why protons and other nuclei in a molecule behave differently depending on their environment. And that’s not all! It’s also the reason why protons of different compounds behave differently …
Polymers, the backbone of various industries, have evolved over a century, revolutionizing the world with their versatility, durability, and cost-effectiveness. From packaging to automobiles, aerospace, and medical devices, these high-performance materials have become the foundation of modern technology. However, understanding the molecular structure of polymers can be challenging due to their diverse nature and varying …
Welcome to the exciting world of bioimpedance spectroscopy! Have you ever wondered how healthcare professionals can detect changes in your body without even touching you? One of the many ways this is possible is through the use of bioimpedance spectroscopy, a non-invasive technique that measures the electrical properties of biological tissue. Bioimpedance spectroscopy involves the …
At their most basic level, NMR and gamma spectroscopy are about studying the properties of atomic nuclei. In NMR, we apply a magnetic field to a sample and then observe how the nuclei within it interact with that field. In gamma spectroscopy, we analyze the gamma-ray emissions that occur when atomic nuclei transition between energy …
Have you ever looked at an object and wondered what it’s made up of or how it behaves? Objects around us are made up of atoms, and atoms have a complex structure. Their behavior is governed by the laws of quantum mechanics, which makes them incredibly difficult to observe and study. This is where Photoelectron …