\begin{table}%t4
      \caption{C\_90 (90\micron) sources in LHEX.}\label{tab4}
%\centerline

\begin{tabular}{rccrrc}
\hline  \hline
 Name & RA & Dec & \multicolumn{1}{c}{Flux} & $SNR$ & Note \\
  & {\scriptsize (J2000)} & {\scriptsize (J2000)} & \multicolumn{1}{c}{\scriptsize (mJy)} &  & \\
\hline
  1EX182 & 10 49 27.0 & 57 06 46 &   72.9 $\pm$  23.2 &   3.4 &     *  \\
  1EX180 & 10 49 37.1 & 57 17 50 &  107.8 $\pm$  26.4 &   3.4 &        \\
  1EX200 & 10 49 40.2 & 57 07 59 &  159.4 $\pm$  32.4 &   3.4 &        \\
  1EX118 & 10 49 42.6 & 57 05 43 &  123.3 $\pm$  28.1 &   3.9 &        \\
  1EX279 & 10 49 45.8 & 57 16 50 &  131.7 $\pm$  29.1 &   3.9 &        \\
  1EX164 & 10 49 46.8 & 57 14 57 &  126.1 $\pm$  28.4 &   3.9 &        \\
  1EX136 & 10 49 48.0 & 57 23 17 &  122.0 $\pm$  27.9 &   4.5 &        \\
  1EX096 & 10 49 53.6 & 57 37 35 &  131.8 $\pm$  29.1 &   3.9 &        \\
  1EX166 & 10 49 55.0 & 57 32 26 &  116.6 $\pm$  27.4 &   4.5 &        \\
  1EX093 & 10 49 56.2 & 57 18 05 &  135.4 $\pm$  29.5 &   5.4 &        \\
  1EX261 & 10 49 57.3 & 57 04 43 &   94.0 $\pm$  25.0 &   6.8 &        \\
  1EX305 & 10 49 57.8 & 57 14 40 &  115.4 $\pm$  27.2 &   3.9 &        \\
  1EX175 & 10 50 01.1 & 57 09 32 &  138.2 $\pm$  29.8 &   5.4 &        \\
  1EX165 & 10 50 01.2 & 57 21 48 &  114.4 $\pm$  27.1 &   6.8 &        \\
  1EX408 & 10 50 01.9 & 57 03 13 &  105.7 $\pm$  26.2 &   3.4 &        \\
  1EX385 & 10 50 01.9 & 57 36 33 &   83.2 $\pm$  24.0 &   3.9 &        \\
  1EX133 & 10 50 03.7 & 57 08 09 &  135.7 $\pm$  29.5 &   9.0 &        \\
  1EX153 & 10 50 03.7 & 57 16 24 &  109.8 $\pm$  26.6 &   3.4 &        \\
  1EX313 & 10 50 08.8 & 57 35 47 &   85.0 $\pm$  24.2 &   3.9 &        \\
  1EX197 & 10 50 08.8 & 57 06 29 &  183.3 $\pm$  35.5 &   5.4 &        \\
  1EX294 & 10 50 11.5 & 57 04 52 &  132.8 $\pm$  29.2 &   3.9 &        \\
  1EX116 & 10 50 12.3 & 57 12 10 &  150.8 $\pm$  31.3 &   9.0 &        \\
  1EX333 & 10 50 14.6 & 57 43 07 &   83.0 $\pm$  24.0 &   3.0 &     *  \\
  1EX039 & 10 50 14.7 & 57 09 49 &   90.0 $\pm$  24.6 &   3.0 &        \\
  1EX117 & 10 50 18.0 & 57 28 06 &  117.9 $\pm$  27.5 &   5.4 &        \\
  1EX094 & 10 50 18.9 & 57 36 03 &  106.2 $\pm$  26.2 &   3.4 &        \\
  1EX284 & 10 50 18.9 & 57 04 19 &  132.6 $\pm$  29.2 &   4.5 &        \\
  1EX091 & 10 50 19.5 & 57 24 53 &  103.9 $\pm$  26.0 &   3.9 &        \\
  1EX204 & 10 50 20.2 & 57 05 27 &   79.6 $\pm$  23.7 &   3.0 &        \\
  1EX190 & 10 50 21.4 & 57 42 03 &  104.1 $\pm$  26.0 &   5.4 &     *  \\
  1EX143 & 10 50 27.9 & 57 20 20 &  131.4 $\pm$  29.0 &   4.5 &        \\
  1EX193 & 10 50 31.4 & 57 04 33 &  115.8 $\pm$  27.3 &   3.9 &        \\
  1EX251 & 10 50 34.8 & 57 07 35 &  102.1 $\pm$  25.8 &   5.4 &        \\
  1EX088 & 10 50 37.9 & 57 28 53 &  148.5 $\pm$  31.1 &   4.5 &        \\
  1EX090 & 10 50 39.5 & 57 41 59 &  112.0 $\pm$  26.9 &   3.9 &     *  \\
  1EX048 & 10 50 42.9 & 57 06 56 &  273.4 $\pm$  48.1 &  13.6 &        \\
  1EX123 & 10 50 43.8 & 57 11 09 &   97.7 $\pm$  25.4 &   3.0 &        \\
  1EX040 & 10 50 47.7 & 57 23 24 &  155.6 $\pm$  31.9 &   4.5 &        \\
  1EX086 & 10 50 50.1 & 57 32 20 &   92.4 $\pm$  24.9 &   3.0 &        \\
  1EX422 & 10 50 50.5 & 57 04 45 &  104.3 $\pm$  26.0 &   3.9 &        \\
  1EX041 & 10 50 51.6 & 57 35 14 &  321.3 $\pm$  55.2 &   3.9 &        \\
  1EX260 & 10 50 54.7 & 57 03 05 &   56.8 $\pm$  22.0 &   3.9 &        \\
  1EX085 & 10 50 54.9 & 57 16 29 &  123.4 $\pm$  28.1 &   3.0 &        \\
  1EX083 & 10 50 56.3 & 57 13 21 &  143.5 $\pm$  30.4 &   6.8 &        \\
  1EX084 & 10 50 59.8 & 57 20 21 &  157.2 $\pm$  32.1 &   5.4 &        \\
  1EX152 & 10 51 01.7 & 57 09 32 &  115.8 $\pm$  27.3 &   4.5 &        \\
  1EX081 & 10 51 12.9 & 57 14 24 &  136.2 $\pm$  29.6 &   5.4 &        \\
  1EX038 & 10 51 17.5 & 57 28 01 &  100.1 $\pm$  25.6 &   3.4 &        \\
  1EX076 & 10 51 26.2 & 57 35 12 &  188.0 $\pm$  36.1 &   9.0 &        \\
  1EX271 & 10 51 27.3 & 57 02 27 &  111.1 $\pm$  26.8 &   4.5 &        \\
  1EX075 & 10 51 31.9 & 57 34 02 &  108.1 $\pm$  26.4 &   3.0 &        \\
  1EX100 & 10 51 32.8 & 57 29 39 &  108.7 $\pm$  26.5 &   3.9 &        \\
  1EX101 & 10 51 36.8 & 57 42 04 &  129.9 $\pm$  28.8 &   5.4 &     *  \\
  1EX036 & 10 51 37.8 & 57 15 02 &  121.8 $\pm$  27.9 &   3.4 &        \\
  1EX037 & 10 51 41.5 & 57 21 48 &   83.0 $\pm$  24.0 &   3.0 &        \\
\hline
  1EX202 & 10 51 43.3 & 57 28 13 &   98.1 $\pm$  25.4 &   3.0 &        \\
  1EX078 & 10 51 47.2 & 57 38 48 &  108.5 $\pm$  26.5 &   3.4 &        \\
  1EX047 & 10 51 51.6 & 57 09 28 &  156.3 $\pm$  32.0 &   5.4 &        \\
  1EX072 & 10 52 03.5 & 57 40 56 &  143.2 $\pm$  30.4 &   5.4 &        \\
  1EX034 & 10 52 06.3 & 57 07 46 &  165.2 $\pm$  33.1 &   6.8 &        \\
  1EX046 & 10 52 10.8 & 57 25 29 &   83.9 $\pm$  24.1 &   3.0 &        \\
  1EX070 & 10 52 19.0 & 57 41 35 &  120.8 $\pm$  27.8 &   3.0 &     *  \\
  1EX148 & 10 52 25.3 & 57 02 00 &  155.3 $\pm$  31.9 &   3.9 &        \\
  1EX032 & 10 52 26.2 & 57 14 00 &   94.3 $\pm$  25.1 &   4.5 &        \\
  1EX245 & 10 52 28.9 & 57 25 41 &  113.6 $\pm$  27.0 &   3.0 &        \\
  1EX130 & 10 52 31.4 & 57 09 43 &  108.2 $\pm$  26.5 &   4.5 &        \\
  1EX030 & 10 52 39.0 & 57 24 32 &  171.7 $\pm$  34.0 &   4.5 &        \\
  1EX028 & 10 52 49.1 & 57 07 43 &  186.2 $\pm$  35.9 &   4.5 &        \\
  1EX303 & 10 52 52.5 & 57 29 39 &   75.1 $\pm$  23.3 &   5.4 &        \\
  1EX269 & 10 52 54.2 & 57 08 20 &  232.7 $\pm$  42.3 &   3.9 &        \\
  1EX396 & 10 52 56.5 & 57 11 28 &   71.2 $\pm$  23.0 &   3.9 &        \\
  1EX045 & 10 52 57.4 & 57 28 09 &  102.8 $\pm$  25.9 &   3.9 &        \\
  1EX062 & 10 53 01.3 & 57 05 46 &  399.6 $\pm$  67.0 &  13.6 &        \\
  1EX029 & 10 53 03.0 & 57 37 07 &  102.7 $\pm$  25.9 &   3.4 &        \\
  1EX316 & 10 53 03.5 & 57 12 45 &  101.2 $\pm$  25.7 &   3.9 &        \\
  1EX027 & 10 53 16.5 & 57 19 25 &  107.0 $\pm$  26.3 &   3.9 &        \\
  1EX179 & 10 53 19.8 & 57 21 39 &  169.2 $\pm$  33.7 &   4.5 &        \\
  1EX126 & 10 53 22.3 & 57 15 02 &  124.4 $\pm$  28.2 &   4.5 &        \\
  1EX024 & 10 53 23.8 & 57 02 55 &  103.7 $\pm$  26.0 &   9.0 &        \\
  1EX026 & 10 53 26.1 & 57 29 06 &  137.7 $\pm$  29.8 &   4.5 &        \\
  1EX346 & 10 53 26.4 & 57 00 26 &   63.5 $\pm$  22.4 &   3.4 &     *  \\
  1EX025 & 10 53 27.3 & 57 11 24 &  118.6 $\pm$  27.6 &   4.5 &        \\
  1EX125 & 10 53 27.6 & 57 13 52 &  132.1 $\pm$  29.1 &   6.8 &        \\
  1EX113 & 10 53 29.6 & 57 39 21 &  110.2 $\pm$  26.7 &   4.5 &        \\
  1EX056 & 10 53 32.7 & 56 59 47 &  109.6 $\pm$  26.6 &   3.4 &     *  \\
  1EX315 & 10 53 33.5 & 57 36 36 &  133.7 $\pm$  29.3 &   4.5 &        \\
  1EX403 & 10 53 33.6 & 57 01 38 &   68.4 $\pm$  22.8 &   5.4 &        \\
  1EX112 & 10 53 40.5 & 57 30 38 &  124.9 $\pm$  28.3 &   3.0 &        \\
  1EX060 & 10 53 41.0 & 57 25 00 &  152.1 $\pm$  31.5 &   5.4 &        \\
  1EX043 & 10 53 43.7 & 57 27 48 &  130.5 $\pm$  28.9 &   4.5 &        \\
  1EX058 & 10 53 45.8 & 57 17 41 &  103.1 $\pm$  25.9 &   3.0 &        \\
  1EX139 & 10 53 47.5 & 57 38 10 &   70.2 $\pm$  22.9 &   3.4 &        \\
  1EX023 & 10 53 48.5 & 57 07 10 & 1218.0 $\pm$  44.9 &  27.1 &        \\
  1EX003 & 10 53 49.0 & 57 00 54 &   79.2 $\pm$  23.7 &   3.4 &     *  \\
  1EX409 & 10 53 53.4 & 57 29 50 &  106.6 $\pm$  26.3 &   3.9 &        \\
  1EX055 & 10 53 56.4 & 57 23 32 &  113.8 $\pm$  27.0 &   3.0 &        \\
  1EX161 & 10 53 58.4 & 57 27 36 &   79.2 $\pm$  23.7 &   4.5 &        \\
  1EX311 & 10 53 59.2 & 57 14 45 &   84.7 $\pm$  24.2 &   4.5 &        \\
  1EX471 & 10 54 00.6 & 57 25 54 &   91.8 $\pm$  24.8 &   3.9 &        \\
  1EX053 & 10 54 01.7 & 57 20 48 &  116.1 $\pm$  27.3 &   5.4 &        \\
  1EX469 & 10 54 02.6 & 57 10 20 &   71.8 $\pm$  23.1 &   3.0 &        \\
  1EX242 & 10 54 05.7 & 57 01 58 &   84.0 $\pm$  24.1 &   3.4 &        \\
  1EX224 & 10 54 05.8 & 57 08 46 &  110.7 $\pm$  26.7 &   5.4 &        \\
  1EX014 & 10 54 10.3 & 57 33 36 &   99.6 $\pm$  25.6 &   3.9 &        \\
  1EX187 & 10 54 10.6 & 57 07 32 &   53.9 $\pm$  21.8 &   3.9 &        \\
  1EX410 & 10 54 14.4 & 57 35 37 &   71.3 $\pm$  23.0 &   3.9 &        \\
  1EX110 & 10 54 15.6 & 57 37 54 &   76.7 $\pm$  23.5 &   6.8 &        \\
  1EX319 & 10 54 16.9 & 57 32 40 &   95.0 $\pm$  25.1 &   4.5 &        \\
  1EX107 & 10 54 16.9 & 57 22 37 &  109.1 $\pm$  26.5 &   4.5 &        \\
  1EX111 & 10 54 17.0 & 57 30 00 &  108.1 $\pm$  26.4 &   3.9 &        \\
  1EX109 & 10 54 21.9 & 57 36 47 &  143.9 $\pm$  30.5 &   4.5 &        \\
  1EX201 & 10 54 26.1 & 57 27 01 &   71.0 $\pm$  23.0 &   4.5 &        \\
  1EX338 & 10 54 30.8 & 57 28 01 &   76.5 $\pm$  23.4 &   4.5 &     *  \\
  1EX389 & 10 54 31.4 & 57 22 34 &   89.2 $\pm$  24.6 &   3.4 &     *  \\
  1EX011 & 10 54 32.1 & 57 32 53 &   78.9 $\pm$  23.7 &   3.9 &     *  \\
  1EX178 & 10 54 34.5 & 57 29 11 &   83.6 $\pm$  24.1 &   5.4 &     *  \\
\hline
\end{tabular}
\medskip
Columns - Col.~1 Name coded by 1EXnnn where nnn was given by DAOPHOT.
Column~5 Signal to Noise Ratio. Column~6 "*" means that no~C\_160 
observations were made for that source, otherwise both~C\_90 and~C\_160 
observations were performed.
\end{table}