nanoEA
δ13C δ15N
nanoEA is a custom iRMS peripheral developed at UCSC SiL according to the design of Pollisar et al., 2009. The nanoEA cryofocussing design allows for high-yield, high-precision measurement of C and N stable isotope ratios in very small samples such as mesoscopic organisms or HPLC extracts. The iRMS analysis of compound specific isolates via nanoEA bypasses the necessity for derivitization which can limit practical application or accuracy of isotope ratio measurements made via GC-C-iRMS analysis.
Guidelines for preparing nanoEA samples including how to document, package, and ship samples to UCSC SiL for analysis.
Form for submitting samples for analysis.
Check the analysis page for a current estimated wait time to begin sample measurements.
This is a guide to the results you will receive from nanoEA measurements.