![]() ![]() Here, we compare the potential of planar and Helmholtz microcoil designs to execute complex experiments for the analysis of intact, mass-limited biological samples. ![]() The use of microcoil NMR holds great potential for the analysis of such samples, where the coil can be designed to match the sample size to significantly improve NMR mass sensitivity and the filling factor. ![]() Unfortunately, their small sizes make them difficult to study using conventional 5 mm NMR probes due to limited sensitivity. However, smaller biological entities, such as eggs and small tissue samples, are becoming increasingly important to better understand toxicity, biological growth/development, and diseases. Nuclear magnetic resonance (NMR) spectroscopy has played an integral role in medical and environmental metabolic research. ![]()
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