L-Alanine-2d,15N
Isotopically labelled amino acids can be used in structural biology, for producing labeled peptides and as building blocks for chemical synthesis.
Highlights:
- Available in an enantiomerically pure form, with a range of 13C, 15N and 2H (D) isotope labelling patterns, and with very high isotopic purity (Currently available formats listed below)
- Alternative labelling patterns, protecting groups and other formulations may be available on request
Alanine is one of the amino acids that can be taken up from solution during protein growth in E. coli.
From a laboratory at University of Oxford.
Isotopically labelled amino acids can be used in structural biology, for producing labeled peptides and as building blocks for chemical synthesis.
Highlights:
- Available in an enantiomerically pure form, with a range of 13C, 15N and 2H (D) isotope labelling patterns, and with very high isotopic purity (Currently available formats listed below)
- Alternative labelling patterns, protecting groups and other formulations may be available on request
Alanine is one of the amino acids that can be taken up from solution during protein growth in E. coli.
From a laboratory at University of Oxford.
Specifications
| Product Type: | Small Molecule |
| Name: | L-alanine-15N, 2-d |
| Chemical Formula: | CH3CD(15NH2)CO2H |
| Molecular Weight: | 91 g/mol |
| Format: | white solid |
| Isotopic Purity: | Isotopic purity (>98%), Enantiomeric Excess (>99%) |
| Spectral Information: | 1H NMR, Mass spec, chiral GC |
| Storage: | +4C |
| Shipped: | Ambient temperature |
Provider
From a laboratory at University of Oxford.
References
- J. S. Rowbotham, O. Lenz, H. A. Reeve and K. A. Vincent. Bringing biocatalysis into the deuteration toolbox. ChemRxiv PrePrint: https://chemrxiv.org/articles/Bringing_Biocatalysis_into_the_Deuteration_Toolbox/7982864/1.
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