aorta media 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 347.3 24.23 694.1 0.9253 51.83 351.7 22.86 684.1 0.9250 51.30 357.7 21.16 670.7 0.9246 50.59 363.6 19.59 657.6 0.9241 49.89 368.0 18.49 648.0 0.9238 49.38 373.9 17.45 635.7 0.9234 48.72 382.7 17.14 618.1 0.9227 47.78 387.2 16.82 609.7 0.9224 47.32 391.5 17.16 601.5 0.9221 46.88 394.5 17.50 596.1 0.9218 46.60 397.4 18.21 590.9 0.9216 46.32 400.3 18.57 585.7 0.9214 46.04 403.2 19.32 580.7 0.9212 45.77 407.6 19.72 573.2 0.9208 45.37 410.5 19.34 568.2 0.9206 45.11 416.4 18.62 558.6 0.9202 44.59 419.4 17.57 553.9 0.9199 44.34 423.8 16.58 547.0 0.9196 43.97 426.8 15.64 542.4 0.9194 43.73 431.3 14.48 535.7 0.9190 43.37 434.3 13.66 531.4 0.9188 43.14 438.7 12.40 525.0 0.9185 42.80 441.7 11.47 520.8 0.9182 42.58 444.7 10.82 516.6 0.9180 42.36 449.2 10.02 510.6 0.9177 42.04 455.1 9.274 502.8 0.9172 41.63 461.0 8.585 495.3 0.9167 41.24 465.5 7.945 489.8 0.9164 40.95 469.9 7.498 484.4 0.9160 40.67 475.8 7.078 477.4 0.9156 40.30 481.8 6.552 470.6 0.9151 39.95 487.7 6.185 464.1 0.9147 39.61 492.1 5.952 459.3 0.9143 39.36 495.1 5.616 456.1 0.9141 39.20 501.0 5.301 450.0 0.9136 38.88 508.4 5.103 442.6 0.9130 38.50 514.2 5.009 436.9 0.9125 38.21 520.1 4.916 431.3 0.9121 37.92 524.5 5.115 427.2 0.9117 37.71 530.3 5.323 421.9 0.9113 37.44 534.7 5.648 418.0 0.9109 37.25 537.6 5.761 415.5 0.9107 37.12 542.0 5.653 411.7 0.9103 36.93 545.0 5.547 409.2 0.9101 36.80 547.9 5.337 406.7 0.9098 36.67 552.4 5.036 403.0 0.9095 36.49 555.3 4.846 400.6 0.9092 36.36 558.3 4.754 398.2 0.9090 36.24 562.7 4.665 394.7 0.9086 36.07 568.6 4.669 390.1 0.9081 35.83 571.5 4.857 387.9 0.9079 35.72 574.4 5.052 385.6 0.9077 35.61 577.3 5.154 383.4 0.9074 35.50 578.7 5.257 382.3 0.9073 35.44 583.2 5.059 379.1 0.9069 35.28 583.2 4.771 379.0 0.9069 35.28 584.7 4.414 377.9 0.9068 35.22 586.3 4.004 376.8 0.9067 35.16 589.3 3.705 374.6 0.9064 35.05 590.8 3.362 373.5 0.9063 34.99 593.8 3.110 371.3 0.9061 34.88 595.3 2.934 370.2 0.9059 34.83 599.8 2.769 367.1 0.9056 34.67 602.7 2.664 365.0 0.9053 34.56 607.2 2.564 361.9 0.9049 34.41 613.1 2.468 357.9 0.9044 34.20 620.4 2.376 353.0 0.9038 33.95 627.8 2.333 348.1 0.9032 33.70 636.6 2.335 342.4 0.9025 33.40 649.8 2.250 334.1 0.9013 32.96 657.1 2.209 329.5 0.9007 32.72 663.0 2.126 325.9 0.9002 32.53 673.3 2.048 319.8 0.8993 32.20 682.2 1.972 314.6 0.8985 31.92 693.9 1.975 307.9 0.8975 31.55 704.2 1.940 302.1 0.8966 31.23 714.5 1.869 296.5 0.8957 30.92 727.7 1.800 289.5 0.8946 30.53 740.9 1.769 282.8 0.8934 30.15 755.6 1.739 275.6 0.8921 29.75 767.3 1.675 270.2 0.8910 29.45 777.6 1.645 265.6 0.8901 29.20 786.4 1.615 262.0 0.8893 29.00 795.2 1.617 258.5 0.8885 28.83 802.6 1.619 255.7 0.8878 28.69