Table 1: Global and central properties.

LINERs		 D (Mpc) $M_{\rm B}$ (mag) $M_{K_{\rm s}}$ (mag) Class $\sigma_*$ (km s-1) $A_{\rm V}$ (mag) Profile Ref. Dust Properties Ref.
NGC 315 65.8 -22.22 -26.14 L1.9 322 0.42     Dust disk 2
NGC 1052 17.8 -19.90 -23.80 L1.9 240 0.04 core 1, 9 Has dust 3
NGC 2768 23.7 -21.17 -24.88 L2 170 0.32     Spiral dust lanes 4
NGC 2832 91.6 -22.24 -26.11 L2:: 329 0.02 core 1, 10 No dust 5
NGC 3193 23.2 -20.10 -23.85 L2: 193 -0.02 core 1, 8 No dust 6
NGC 3226 23.4 -19.40 -23.28 L1.9 227 0.61     Dust disk 2
NGC 3379 8.1 -19.36 -23.27 L2/T2:: 237 -0.17 core 1, 4 Dust ring or disk 4
NGC 3608 23.4 -20.16 -23.75 L2/S2: 218 -0.10 core 1, 4 Dust ring or disk 4
NGC 4261 35.1 -21.37 -25.46 L2 331 0.16 core 1, 3 Dust disk 2
NGC 4278 9.7 -18.96 -22.75 L1.9 269 -0.11 core 1, 4 Spiral dust lanes 4
NGC 4374 16.8 -21.12 -24.90 L2 246 0.96 core 1, 3 Dust lanes 3
NGC 4486 16.8 -21.64 -25.31 L2 328 0.04 core 1, 11 No dust 7
NGC 4494 9.7 -19.38 -22.94 L2:: 144 0.14 PL 1, 8 Dust ring or disk 4
NGC 4589 30.0 -20.71 -24.63 L2 243 0.34 core 1, 4 Chaotic dust patches 4
NGC 4636 17.0 -20.72 -24.73 L1.9 215 0.14 core 1, 3 Dust lanes 7
NGC 5077 40.6 -20.83 -24.83 L1.9 266 0.04 core 1, 8 Dust filaments 6,8
NGC 5322 31.6 -21.46 -25.34 L2:: 232 -0.08     Dust ring or disk 4
NGC 5813 28.5 -20.85 -24.86 L2: 257 0.21 core 1, 4 Dust disk 6
NGC 5982 38.7 -20.89 -24.79 L2:: 267 -0.12 core 1, 4 No dust 2,3,6
NGC 7626 45.6 -21.23 -25.26 L2:: 286 0.22 int 1, 3 Dust ring or disk 2,4
average 29.9 -20.69 -24.54   251 0.15        
rms 20.1 0.92 0.99   50 0.28        

Inactive Es		 D (Mpc) $M_{\rm B}$ (mag) $M_{K_{\rm s}}$ (mag) Class $\sigma_*$ (km s-1) $A_{\rm V}$ (mag) Profile Ref. Dust properties Ref.
NGC 221 0.7 -15.51 -19.13 A 90 0.48 PL 3, 12 No dust 3, 12
NGC 821 23.2 -20.11 -23.93 A 205 0.31 int 1, 4 No dust 3, 4
NGC 2634 30.2 -19.69 -23.14 A 193 0.18 PL 1, 8 No dust 6
NGC 3348 37.8 -21.05 -24.92 A 221 0.32 core 1, 8 No dust 6
NGC 3377 8.1 -18.47 -22.10 A 166 0.36 PL 1, 4 Dust filaments 4, 6
NGC 3610 29.2 -20.79 -24.42 A 172 0.06 PL 1, 4 No dust 4
NGC 3613 32.9 -20.93 -24.58 A 219 0.19 core 1, 8 No dust 4
NGC 3640 24.2 -20.73 -24.40 A 196 0.27 core 1, 4 No dust 4, 6
NGC 4291 29.4 -20.09 -23.92 A 300 0.04 core 1, 4 No dust 3, 4, 6
NGC 4339 25.5 -19.72 -23.50 A 138 -0.01        
NGC 4365 16.8 -20.64 -24.49 A 251 0.30 core 1, 4 No dust 4, 6
NGC 4406 16.8 -21.39 -25.02 A 233 0.22 core 1, 4 No dust 4
NGC 4473 16.8 -20.10 -23.97 A 176 0.18 core 1, 4 No dust 4
NGC 4478 16.8 -18.92 -22.77 A 142 0.21 core 1, 4 No dust 4, 6
NGC 4564 16.8 -19.17 -23.19 A 160 0.24 PL 1, 8 No dust 6, 8
NGC 4621 16.8 -20.60 -24.38 A 245 0.14 PL 1, 4 No dust 4, 6
NGC 4648 27.5 -19.49 -23.35 A 222 0.26 PL 1, 8 Dust disk 6, 8
NGC 4649 16.8 -21.43 -25.39 A 349 0.23 core 1, 4 No dust 4
NGC 4660 16.8 -19.06 -22.92 A 198 0.27 PL 1, 4 No dust 4
NGC 4914 62.4 -21.64 -25.33 A 244 -0.04        
NGC 5557 42.6 -21.17 -25.07 A 290 -0.20 core 1, 4 No dust 4, 6
NGC 5576 26.4 -20.34 -24.28 A 211 0.08 core 1, 4 No dust 4, 6
NGC 5638 28.4 -20.21 -24.01 A 152 -0.32        
NGC 5831 28.5 -19.96 -23.84 A 167 0.13 PL 1, 8 No dust 6, 8
NGC 7619 50.7 -21.60 -25.49 A 337 0.24 core 1, 4 No dust 4
average 25.7 -20.11 -23.90   211 0.17        
rms 13.1 1.29 1.32   62 0.17        
Column (5): nuclear spectral classification from the Palomar survey Ho et al. (1997a): L = LINER, S = Seyfert, T = transition object, and A = absorption-line nucleus (inactive). The last two rows show the average value and rms of each column.
References: 1. Lauer et al. (2007); 2. González Delgado et al. (2008); 3. Ravindranath et al. (2001); 4. Lauer et al. (2005); 5. Martel et al. (2004); 6. Tran et al. (2001); 7. van Dokkum & Franx (1995); 8. Rest et al. (2001); 9. Quillen et al. (2000); 10. Laine et al. (2003); 11. Lauer et al. (1995); 12. Faber et al. (1997).

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