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responders in response to isotope incorporation (Figure~\ref{fig:shift},  p-value 1.8610x$^{-06}$). $^{13}$C-cellulose responders shifted on average 0.0163  g/mL (sd 0.0094) whereas xylose responders shifted on average 0.0097 (sd  0.0094). For reference, 100\% $^{13}$C DNA shifts X.XX 0.04  g/mL relative to the BD of its $^{12}$C counterpart. DNA BD increases as its ratio of $^{13}$C to  $^{12}$C increases. An organism that only assimilates C into DNA from a  $^{13}$C isotopically labeled source, will have a greater $^{13}$C:$^{12}$C