\begin{table}%t5
 \caption{Measurements obtained toward Sgr~B2(N) with the IRAM Plateau de Bure interferometer at 82~GHz.}
 \label{t:aanpdbi}
\par
\small%\centerline
 {
 \begin{tabular}{lcccrrrrrrrrr}
 \hline\hline
&&&&&&&&&&&& \\[-8pt]
 \multicolumn{1}{c}{Molecule} & \multicolumn{1}{c}{\hspace*{-3.5ex} $F^a$} & \multicolumn{1}{c}{\hspace*{-2ex} $f_{{\rm min}}$$^b$} & \multicolumn{1}{c}{\hspace*{-2ex} $f_{{\rm max}}$$^b$} & \multicolumn{1}{c}{$\sigma^c$} & \multicolumn{1}{c}{\hspace*{-2.ex} $F_{{\rm peak}}$$^d$} & \multicolumn{1}{c}{$\Delta\alpha$$^d$} & \multicolumn{1}{c}{\hspace*{-1.5ex} $\Delta\delta$$^d$} & \multicolumn{1}{c}{$\theta_{{\rm maj}}^{{fwhm}}$ $^d$} & \multicolumn{1}{c}{\hspace*{-1.5ex} $\theta_{{\rm min}}^{{fwhm}}$ $^d$} & \multicolumn{1}{c}{\hspace*{-1ex} PA$^d$} & \multicolumn{1}{c}{\hspace*{-2ex} $\Phi_{{\rm PdBI}}^e$} & \multicolumn{1}{c}{\hspace*{-2ex} $\Phi_{{\rm 30~m}}^f$} \\ 
  \multicolumn{1}{c}{} & \multicolumn{1}{c}{} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize (MHz))} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize (MHz)} & \multicolumn{2}{c}{ \hspace*{-3ex} \scriptsize (Jy/beam km~s$^{-1}$)} & \multicolumn{1}{c}{\scriptsize ($ '' $)} & \multicolumn{1}{c}{\hspace*{-1.5ex} \scriptsize ($ '' $)} & \multicolumn{1}{c}{\scriptsize ($ '' $)} & \multicolumn{1}{c}{\hspace*{-1.5ex} \scriptsize ($ '' $)} & \multicolumn{1}{c}{\hspace*{-1ex} \scriptsize ($^\circ$)} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize (Jy km~s$^{-1}$)} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize (Jy km~s$^{-1}$)} \\ 
 \multicolumn{1}{c}{(1)} & \multicolumn{1}{c}{\hspace*{-3.5ex} (2)} & \multicolumn{1}{c}{\hspace*{-2ex} (3)} & \multicolumn{1}{c}{\hspace*{-2ex} (4)} & \multicolumn{1}{c}{(5)} & \multicolumn{1}{c}{\hspace*{-2.ex} (6)} & \multicolumn{1}{c}{(7)} & \multicolumn{1}{c}{\hspace*{-1.5ex} (8)} & \multicolumn{1}{c}{(9)} & \multicolumn{1}{c}{\hspace*{-1.5ex} (10)} & \multicolumn{1}{c}{\hspace*{-1ex} (11)} & \multicolumn{1}{c}{\hspace*{-2ex} (12)} & \multicolumn{1}{c}{\hspace*{-2ex} (13)} \\ 
 \hline
AAN & \hspace*{-3.5ex} F2 &\hspace*{-2ex}  81~700.21 & \hspace*{-2ex}  81~703.33 &  0.09 & \hspace*{-2ex}      0.68 &     --1.60 $\pm$      0.05 & \hspace*{-1.5ex}      0.30 $\pm$      0.22 &       3.9 $\pm$       0.4 & \hspace*{-1.5ex}      2.00 $\pm$      0.10 & \hspace*{-1ex}      20.5 $\pm$       0.1 & \hspace*{-2ex}      1.76 & \hspace*{-2ex}      2.89 \\ 
AAN & \hspace*{-3.5ex} F3 &\hspace*{-2ex}  81~708.02 & \hspace*{-2ex}  81~712.08 &  0.10 & \hspace*{-2ex}      0.68 &     --1.25 $\pm$      0.06 & \hspace*{-1.5ex}      0.02 $\pm$      0.24 &       3.8 $\pm$       0.5 & \hspace*{-1.5ex}      1.39 $\pm$      0.12 & \hspace*{-1ex}      10.1 $\pm$       0.0 & \hspace*{-2ex}      1.24 & \hspace*{-2ex}      1.75 \\ 
AAN & \hspace*{-3.5ex} F4 &\hspace*{-2ex}  81~732.71 & \hspace*{-2ex}  81~734.90 &  0.06 & \hspace*{-2ex}      0.44 &     --1.70 $\pm$      0.06 & \hspace*{-1.5ex}      0.35 $\pm$      0.24 &       3.6 $\pm$       0.5 & \hspace*{-1.5ex}      1.54 $\pm$      0.12 & \hspace*{-1ex}      14.0 $\pm$       0.0 & \hspace*{-2ex}      0.86 & \hspace*{-2ex}      0.98 \\ 
AAN & \hspace*{-3.5ex} F5 &\hspace*{-2ex}  81~754.90 & \hspace*{-2ex}  81~757.40 &  0.06 & \hspace*{-2ex}      0.24 &     --1.52 $\pm$      0.10 & \hspace*{-1.5ex}      0.03 $\pm$      0.44 &       3.2 $\pm$       0.9 & \hspace*{-1.5ex}      1.20 $\pm$      0.21 & \hspace*{-1ex}      12.5 $\pm$       1.1 & \hspace*{-2ex}      0.30 & \hspace*{-2ex}      1.15 \\ 
AAN & \hspace*{-3.5ex} F6 &\hspace*{-2ex}  82~223.46 & \hspace*{-2ex}  82~226.27 &  0.06 & \hspace*{-2ex}      0.43 &     --1.43 $\pm$      0.06 & \hspace*{-1.5ex}      0.28 $\pm$      0.24 &       3.5 $\pm$       0.5 & \hspace*{-1.5ex}      1.54 $\pm$      0.11 & \hspace*{-1ex}       6.0 $\pm$       0.4 & \hspace*{-2ex}      0.79 & \hspace*{-2ex}      0.97 \\
Reference & \hspace*{-3.5ex}  &\hspace*{-2ex}  81~704.27 & \hspace*{-2ex}  81~707.08 &  0.07 & \multicolumn{1}{c}{...} & \multicolumn{1}{c}{...} & \multicolumn{1}{c}{...} & \multicolumn{1}{c}{...} & \multicolumn{1}{c}{...} & \multicolumn{1}{c}{...} & ... & ... \\ C$_2$H$_5$CN & \hspace*{-3.5ex} HV &\hspace*{-2ex}  81~741.77 & \hspace*{-2ex}  81~744.90 &  0.11 & \hspace*{-2ex}      2.05 &     --1.64 $\pm$      0.02 & \hspace*{-1.5ex}      5.58 $\pm$      0.09 &       3.8 $\pm$       0.2 & \hspace*{-1.5ex}      1.50 $\pm$      0.04 & \hspace*{-1ex}       5.7 $\pm$       0.0 & \hspace*{-2ex}      4.07 & \hspace*{-2ex}      6.38 \\ 
C$_2$H$_5$CN & \hspace*{-3.5ex} LV &\hspace*{-2ex}  81~745.21 & \hspace*{-2ex}  81~749.27 &  0.15 & \hspace*{-2ex}      2.82 &     --1.74 $\pm$      0.02 & \hspace*{-1.5ex}      0.46 $\pm$      0.09 &       3.8 $\pm$       0.2 & \hspace*{-1.5ex}      2.87 $\pm$      0.04 & \hspace*{-1ex}      13.7 $\pm$       0.0 & \hspace*{-2ex}     10.43 & \hspace*{-2ex}     12.94 \\ 
{\scriptsize HC$^{13}$CCN $v_7=1$} & \hspace*{-3.5ex}  &\hspace*{-2ex}  81~726.15 & \hspace*{-2ex}  81~728.96 &  0.09 & \hspace*{-2ex}      2.20 &     --1.35 $\pm$      0.02 & \hspace*{-1.5ex}      0.60 $\pm$      0.07 &       3.7 $\pm$       0.1 & \hspace*{-1.5ex}      1.68 $\pm$      0.03 & \hspace*{-1ex}      12.6 $\pm$       0.0 & \hspace*{-2ex}      4.98 & \hspace*{-2ex}      4.81 \\ HC$_3$N {\scriptsize $v_4=1$} & \hspace*{-3.5ex}  &\hspace*{-2ex}  81~767.71 & \hspace*{-2ex}  81~771.15 &  0.10 & \hspace*{-2ex}      2.14 &     --1.43 $\pm$      0.02 & \hspace*{-1.5ex}      0.28 $\pm$      0.08 &       3.6 $\pm$       0.2 & \hspace*{-1.5ex}      1.35 $\pm$      0.04 & \hspace*{-1ex}       9.9 $\pm$       0.0 & \hspace*{-2ex}      3.78 & \hspace*{-2ex}      3.85 \\ HC$_3$N {\scriptsize $v_7=1$}$^{g}$ & \hspace*{-3.5ex} HV &\hspace*{-2ex}  82~196.27 & \hspace*{-2ex}  82~198.77 &  0.25 & \hspace*{-2ex}      6.17 &     --2.16 $\pm$      0.02 & \hspace*{-1.5ex}      0.69 $\pm$      0.07 &       4.0 $\pm$       0.1 & \hspace*{-1.5ex}      1.84 $\pm$      0.03 & \hspace*{-1ex}      16.2 $\pm$      22.5 & \hspace*{-2ex}     16.05 & \hspace*{-2ex}     23.88 \\
  & & & &  & \hspace*{-2ex}      3.36 &     --1.50 $\pm$      0.03 & \hspace*{-1.5ex}      5.25 $\pm$      0.12 &       4.0 $\pm$       0.2 & \hspace*{-1.5ex}      1.36 $\pm$      0.06 & \hspace*{-1ex}       5.5 $\pm$      22.5 & \hspace*{-2ex}      5.35 & ... \\
HC$_3$N {\scriptsize $v_7=1$} & \hspace*{-3.5ex} LV &\hspace*{-2ex}  82~199.40 & \hspace*{-2ex}  82~201.58 &  0.36 & \hspace*{-2ex}      9.06 &     --1.67 $\pm$      0.02 & \hspace*{-1.5ex}      0.42 $\pm$      0.07 &       3.7 $\pm$       0.1 & \hspace*{-1.5ex}      2.50 $\pm$      0.03 & \hspace*{-1ex}      10.2 $\pm$      22.5 & \hspace*{-2ex}     31.04 & \hspace*{-2ex}     33.48 \\ HC$_3$N {\scriptsize $v_7=1$} & \hspace*{-3.5ex} BW &\hspace*{-2ex}  82~202.52 & \hspace*{-2ex}  82~203.77 &  0.12 & \hspace*{-2ex}      3.37 &     --0.71 $\pm$      0.01 & \hspace*{-1.5ex}      0.24 $\pm$      0.06 &       3.1 $\pm$       0.1 & \hspace*{-1.5ex}      2.77 $\pm$      0.03 & \hspace*{-1ex}      45.0 $\pm$       0.0 & \hspace*{-2ex}     11.75 & \hspace*{-2ex}     12.39 \\ CH$_3$OCHO & \hspace*{-3.5ex}  &\hspace*{-2ex}  82~242.21 & \hspace*{-2ex}  82~245.33 &  0.10 & \hspace*{-2ex}      0.67 &     --2.83 $\pm$      0.06 & \hspace*{-1.5ex}      1.23 $\pm$      0.26 &       4.8 $\pm$       0.5 & \hspace*{-1.5ex}      2.58 $\pm$      0.12 & \hspace*{-1ex}       9.5 $\pm$      22.5 & \hspace*{-2ex}      2.83 & \hspace*{-2ex}      6.62 \\  
\hline
 \end{tabular}}
\medskip
$^a$ Feature numbered like in Col.~8 of Table~\ref{t:detectaan30m} for amino acetonitrile (AAN). HV and LV mean ``high'' and ``low'' velocity components, respectively, and BW~means blueshifted linewing. \\
$^b$ Frequency range over which the intensity was integrated. \\
$^c$ Noise level in the integrated intensity map shown in Fig.~\ref{f:pdbimap}. \\
$^d$ Peak flux, offsets in right ascension and declination with respect to the reference position of Fig.~\ref{f:pdbimap}, major and minor diameters ({\it FWHM}), and position angle (East from North) derived by fitting an elliptical 2D~Gaussian to the integrated intensity map shown in Fig.~\ref{f:pdbimap}. The uncertainty in Col.~11 is the formal uncertainty given by the fitting routine GAUSS$\_$2D, while the uncertainties correspond to the beam size divided by two times the signal-to-noise ratio in Cols.~7 and~8 and by the signal-to-noise ratio in Cols.~9 and~10. \\
$^e$ Flux spatially integrated over the region showing emission in the integrated intensity map of Fig.~\ref{f:pdbimap}. \\
$^f$ Integrated flux of the 30~m spectrum computed over the frequency range given in Cols.~3 and~4. \\
$^g$ The two emission peaks of Fig.~\ref{f:pdbimap}k were fitted separately. 
\end{table}