Product Details
UKM research instrumentation
Fourier Transform Nuclear Magnetic Resonance (FT-NMR) 400 MHz
Instrument information
Overview
Fourier Transform Nuclear Magnetic Resonance (FT-NMR) is an analytical technique used to analyse the structure of molecules range from a small organic molecule or metabolite, to a mid-sized peptide or a natural/synthetic product based on the magnetic property of certain nuclei (e.g. 1H, 13C etc).
An NMR experiment consists of three steps:
1. Place the sample in a static magnetic field.
2. Excite nuclei in the sample with a radio frequency pulse.
3. Measure the frequency of the signals emitted by the sample.
From the emitted frequencies, the information about the bonding and arrangement of the atoms in the sample is recorded as Free Induction Decay or FID. By using mathematical calculation, Fourier Transform, the FID data is converted to spectra.
Instrument information
Applications
FT-NMR is a robust analytical technique which can be used for multiple type of experiments and different purpose making it a very useful research instrument in many scientific applications such as:
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Chemistry
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Food Science
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Metabolomics
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Molecular Biology
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Pharmaceuticals
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Advance Material Science
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Chemical Industry
Instrument information
Sample Requirements
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Solid or liquid that soluble in deuterated solvents (organic or aqueous)
Instrument information
Typical Results
Instrument information
Price List
| Analysis Code | Type of Analysis | UKM | Non-UKM |
|---|---|---|---|
| NMR4 01 | 1H (includes Deuterium solvent - Acetone/ Methanol/ Chloroform/ DMSO/ D2O) | RM40/analysis | RM80/analysis |
| NMR4 02 | 13C (includes Deuterium solvent - Acetone/ Methanol/ Chloroform/ DMSO/ D2O) | RM40/analysis | RM80/analysis |
| NMR4 03 | 2D (includes Deuterium solvent - Acetone/ Methanol/ Chloroform/ DMSO/ D2O) | RM40/analysis | RM80/analysis |
| NMR4 04 | Quantitative NMR (qNMR) | RM500/analysis | RM700/analysis |
