aorta intima 

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
348.1	33.69	456.7	0.8439	71.31
352.5	33.06	447.3	0.8438	69.85
356.9	32.43	438.1	0.8438	68.42
362.9	31.21	426.3	0.8438	66.59
367.3	30.62	417.9	0.8438	65.27
370.3	30.04	412.4	0.8438	64.42
376.1	31.25	402.0	0.8438	62.79
380.5	33.80	394.6	0.8438	61.62
383.4	36.56	389.8	0.8438	60.87
387.8	39.54	382.8	0.8438	59.78
392.2	42.77	376.0	0.8438	58.72
393.6	46.25	373.9	0.8439	58.38
396.5	50.02	369.6	0.8439	57.71
400.9	55.17	363.4	0.8439	56.72
405.3	59.68	357.3	0.8439	55.77
409.6	63.31	351.5	0.8439	54.86
412.6	64.57	347.8	0.8440	54.26
417.0	62.13	342.2	0.8440	53.39
420.0	56.37	338.6	0.8440	52.81
423.1	49.19	335.0	0.8441	52.24
424.6	44.63	333.3	0.8441	51.97
426.1	40.49	331.6	0.8441	51.69
430.6	36.03	326.6	0.8441	50.90
433.6	32.06	323.3	0.8442	50.38
436.7	29.09	320.2	0.8442	49.88
439.7	25.88	317.1	0.8443	49.39
445.6	23.49	311.3	0.8443	48.45
450.1	21.32	307.0	0.8444	47.77
456.1	19.35	301.7	0.8445	46.91
463.5	17.22	295.3	0.8446	45.88
472.4	15.64	288.2	0.8448	44.73
478.4	14.47	283.7	0.8449	43.99
485.8	13.66	278.3	0.8451	43.12
490.2	12.64	275.3	0.8452	42.62
496.2	12.16	271.3	0.8453	41.97
499.2	11.04	269.4	0.8454	41.65
505.1	10.02	265.6	0.8455	41.03
508.1	9.450	263.8	0.8456	40.73
512.6	9.092	261.1	0.8457	40.28
517.0	8.748	258.5	0.8459	39.85
521.4	8.752	256.0	0.8460	39.43
524.4	9.103	254.4	0.8461	39.16
527.3	9.468	252.8	0.8462	38.89
531.7	10.04	250.4	0.8463	38.49
536.1	10.25	248.1	0.8464	38.10
539.0	10.45	246.6	0.8465	37.84
542.0	10.45	245.1	0.8466	37.58
543.5	10.25	244.3	0.8467	37.46
547.9	10.06	242.1	0.8468	37.08
550.9	9.679	240.6	0.8469	36.83
552.4	9.130	239.9	0.8470	36.70
553.9	8.782	239.1	0.8470	36.58
556.9	8.125	237.7	0.8471	36.33
559.9	7.816	236.2	0.8473	36.09
561.3	7.818	235.5	0.8473	35.97
564.3	7.820	234.1	0.8474	35.73
567.2	8.134	232.8	0.8475	35.49
571.6	8.798	230.7	0.8477	35.14
573.0	9.149	230.1	0.8478	35.03
575.9	9.704	228.7	0.8479	34.80
578.9	9.898	227.4	0.8480	34.56
581.8	9.710	226.0	0.8481	34.33
581.9	8.981	226.0	0.8481	34.33
584.9	7.991	224.7	0.8482	34.10
586.5	7.109	224.0	0.8483	33.98
589.5	6.326	222.6	0.8484	33.74
591.0	5.739	221.9	0.8485	33.62
592.5	5.206	221.2	0.8486	33.51
595.5	4.724	219.9	0.8487	33.28
598.6	4.286	218.6	0.8488	33.05
603.0	4.124	216.6	0.8490	32.71
606.0	3.891	215.3	0.8492	32.48
611.9	3.893	212.8	0.8494	32.04
619.3	3.821	209.6	0.8498	31.49
625.2	3.898	207.1	0.8501	31.05
631.1	3.825	204.6	0.8504	30.62
638.5	3.682	201.5	0.8507	30.07
645.9	3.543	198.4	0.8511	29.53
645.9	3.543	198.4	0.8511	29.53
651.8	3.344	195.9	0.8514	29.10
659.2	3.219	192.9	0.8519	28.58
668.1	3.098	189.3	0.8524	27.95
676.9	2.982	185.8	0.8529	27.33
690.2	2.929	180.7	0.8537	26.43
699.1	2.875	177.4	0.8542	25.85
709.4	2.768	173.7	0.8549	25.20
719.8	2.665	170.2	0.8556	24.58
733.1	2.517	166.2	0.8565	23.84
743.4	2.423	163.4	0.8573	23.32
753.8	2.333	161.0	0.8580	22.86
764.1	2.246	159.0	0.8588	22.45
774.5	2.162	157.5	0.8596	22.12
784.8	2.082	156.6	0.8604	21.86
795.1	2.125	156.4	0.8613	21.70
804.0	2.169	156.8	0.8620	21.63