aorta adventitia M Keijzer, RR Richards-Kortum, SL Jacques, MS Feld. Fluorescence spectroscopy of turbid media: autofluorescence of the human aorta. Appl. Opt. 28:4286-4292, 1989. Data obtained graphically from published figure, not original data. nm = wavelength mua = absorption coeff [cm^-1] mus = scattering coeff [cm^-1] g = anisotropy [dimensionless] musp = mus*(1-g) = reduced scattering coeff [cm^-1} nm mua mus g musp 343.2 53.67 453.6 0.7541 111.6 346.1 52.64 449.5 0.7546 110.3 350.6 50.63 443.3 0.7554 108.5 353.5 48.70 439.2 0.7559 107.2 359.4 46.85 431.2 0.7569 104.8 365.3 44.20 423.4 0.7579 102.5 369.8 42.52 417.8 0.7587 100.8 372.7 42.52 414.1 0.7592 99.71 378.6 43.37 406.9 0.7602 97.57 381.6 45.99 403.4 0.7607 96.52 386.0 48.78 398.3 0.7615 94.99 388.9 52.74 395.0 0.7620 93.99 393.3 55.94 390.1 0.7628 92.52 394.8 61.67 388.5 0.7631 92.04 399.1 68.01 383.7 0.7639 90.62 402.1 72.12 380.7 0.7644 89.69 405.0 77.98 377.6 0.7649 88.77 410.9 81.11 371.6 0.7660 86.98 415.3 78.02 367.3 0.7668 85.67 418.3 73.59 364.4 0.7673 84.80 419.8 68.07 363.0 0.7676 84.38 424.2 61.76 358.9 0.7684 83.12 424.3 57.12 358.8 0.7684 83.12 427.3 50.82 356.1 0.7689 82.29 430.2 45.21 353.4 0.7695 81.48 433.2 41.01 350.8 0.7700 80.68 436.2 36.49 348.2 0.7705 79.90 442.1 31.84 343.2 0.7716 78.37 448.1 28.33 338.3 0.7727 76.89 452.5 25.70 334.8 0.7735 75.81 459.9 23.78 329.1 0.7749 74.07 464.4 22.00 325.8 0.7757 73.05 470.3 20.35 321.5 0.7768 71.74 476.2 19.20 317.3 0.7780 70.46 480.6 17.76 314.3 0.7788 69.53 488.0 16.43 309.4 0.7802 68.01 494.0 14.91 305.7 0.7813 66.84 501.4 13.80 301.1 0.7827 65.42 508.8 12.28 296.7 0.7842 64.05 516.1 11.58 292.5 0.7856 62.73 520.6 11.58 290.1 0.7864 61.95 525.0 11.81 287.7 0.7873 61.20 529.4 12.53 285.4 0.7882 60.45 532.3 13.29 283.9 0.7887 59.97 535.3 13.82 282.3 0.7893 59.49 539.7 14.37 280.1 0.7902 58.78 544.1 14.10 277.9 0.7910 58.08 548.6 13.30 275.8 0.7919 57.39 550.0 12.79 275.1 0.7922 57.16 551.5 12.30 274.4 0.7925 56.93 553.0 11.60 273.7 0.7928 56.71 557.5 11.16 271.6 0.7937 56.04 561.9 10.95 269.6 0.7946 55.38 566.3 11.39 267.6 0.7955 54.74 567.8 12.07 267.0 0.7957 54.53 572.2 12.80 265.1 0.7966 53.91 575.1 13.31 263.8 0.7972 53.49 576.6 13.58 263.2 0.7975 53.29 579.5 13.32 261.9 0.7981 52.88 582.5 12.32 260.7 0.7987 52.47 584.0 11.40 260.1 0.7990 52.27 585.5 10.54 259.4 0.7993 52.07 587.0 9.561 258.8 0.7996 51.86 588.5 8.844 258.2 0.7999 51.66 593.0 7.868 256.4 0.8008 51.07 595.9 7.000 255.2 0.8014 50.68 598.9 6.475 254.1 0.8020 50.29 603.3 6.108 252.3 0.8030 49.72 610.7 5.877 249.5 0.8045 48.79 622.5 5.766 245.1 0.8069 47.33 624.0 5.767 244.6 0.8072 47.16 632.9 5.769 241.4 0.8091 46.10 640.2 5.550 238.8 0.8106 45.23 647.6 5.340 236.3 0.8122 44.39 658.0 5.138 232.8 0.8144 43.22 663.9 4.943 230.8 0.8156 42.57 671.3 4.849 228.4 0.8172 41.76 680.1 4.757 225.6 0.8191 40.81 690.4 4.667 222.3 0.8213 39.72 697.8 4.761 220.0 0.8229 38.96 706.7 4.671 217.3 0.8248 38.05 714.0 4.494 215.0 0.8265 37.31 722.9 4.409 212.3 0.8284 36.43 734.7 4.242 208.8 0.8310 35.28 745.0 4.163 205.8 0.8333 34.30 756.9 4.005 202.4 0.8360 33.19 765.7 3.854 199.9 0.8380 32.38 776.0 3.856 197.0 0.8403 31.45 784.9 3.857 194.6 0.8424 30.67 792.3 3.784 192.6 0.8441 30.03 799.6 3.712 190.6 0.8458 29.40 804.1 3.786 189.5 0.8468 29.03