Make the­ 13C Shift!

13C labeled Nucleosides and Nucleotides are now at 15N pricing

Graphic: 13C nucleosides & nucleotides, lab equipment, chart
ASMS Poster 13C Nucleotides 7

Excellent retention time matching. Better quantification.

ASMS Poster 13C Nucleotides 8

Minimal isotope exchange.
Greater confidence.

ASMS Poster 13C Nucleotides 9

Superior mass shift robustness.
Cleaner data.

ASMS Poster 13C Nucleotides 6

Now priced like 15N. High performance without the premium.

limited time offer orange

¹³C-labeling: The optimized choice for qMS

Stable isotope-labeled nucleosides and nucleotides are essential tools for confident quantitation and characterization in mass spectrometry workflows. While ¹⁵N-labeling has long been used as a cost-efficient solution and ¹³C¹⁵N-labeling provides maximum mass separation, we now introduce ¹³C-labeling as the optimal balance of analytical performance, workflow simplicity, and cost efficiency.

¹³C-labeled nucleosides and nucleotides are becoming the optimized choice for quantitative mass spectrometry.

With ¹³C nucleosides and nucleotides now available at ¹⁵N pricing, Silantes enables researchers to upgrade their MS workflows in the fields of isotopologue profiling, metabolic flux analysis, pulse-chase labeling and tracing metabolomics with improved mass discrimination and higher analytical confidence — without increasing costs.


Description
See in shop
Adenosine 5′- monophosphate
Art #123203101 * Isotopic label: U-13C * Quantity: 1mg
Adenosine 5'- monophosphate¹³C Price: €60
Order now
Cytidine 5′- monophosphate
Art #123203102 * Isotopic label: U-13C * Quantity: 1mg
Cytidine 5'- monophosphate¹³C Price: €50
Order now

Guanosine 5′-monophosphate
Art #123203103 * Isotopic label: U-13C * Quantity: 1mg
Guanosine 5'-monophosphate¹³C Price: €50
Order now

Uridine 5′-monophosphate
Art #123203104 * Isotopic label: U-13C * Quantity: 1mg
Uridine 5'-monophosphate¹³C Price: €50
Order now

See all products included in special limited-time offer
C13 campaign example adenosine

Make the ¹³C Shift and experience the benefits of:

  • More analytical confidence than ¹⁵N-labeling
    Exemplary for adenosine:
    Adenosine contains twice as many carbon atoms as nitrogen atoms (10 vs. 5). The 13C-shift leads to
    • better separation from the unlabeled analyte isotope envelope
    • lower risk of interference from natural isotope peaks
    • more confident peak assignment
    • improved quantitative robustness in complex biological matrices
  • More economical than ¹³C¹⁵N-labeling
    Exemplary for adenosine:
    For many LC-MS/MS applications, the additional +5 Da mass shift provided by ¹⁵N labeling on top of ¹³C is not required.
C13 campaign price comparison

Offer applies to the following articles