References: Correction for Blank Density in Spectrophotometric Dye Determination in Turbid Plasma Within the Spectral Range 600 To 920 Nanometers: (A Method of Universal Applicability Derived from Gaebler's Law on the Basis of Simple Theoretical Considerations)

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References

Gaebler O. H. The relationship of extinction to wave-length in turbid sera and other suspensions. J. biol. Chem. 1943; 149: 251
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Gaebler O. H. Determination of hromsulfalein in normal. turbid, hemolysed or icteric serums. Amer. J. clin. Path. 1945; 15: 452
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Nielsen M. H., Nielsen N. C. Spectrophotometric determination of Evans Blue Dye in plasma with individual correction for blank density by a modified Gaeblers method. Scand. J. clin. Lab. Invest. 1962; 14: 605
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Nielsen N. C. Spectrophotometric determination of Indocyanine Green in plasma especially with a view to an improved correction for blank density. Ibid. 1963; 15: 613
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Rayleigh J. W. S. On the scattering of light by smal particles. Phil. Mag. 1871; 41: 447
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Rayleigh J. W. S. (Reprint of the above mentioned paper with a few additional remarks) Scientific Papers 1. 1899; 104, Cambridge University Press.
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Correction for Blank Density in Spectrophotometric Dye Determination in Turbid Plasma Within the Spectral Range 600 To 920 Nanometers: (A Method of Universal Applicability Derived from Gaebler's Law on the Basis of Simple Theoretical Considerations)

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Correction for Blank Density in Spectrophotometric Dye Determination in Turbid Plasma Within the Spectral Range 600 To 920 Nanometers: (A Method of Universal Applicability Derived from Gaebler's Law on the Basis of Simple Theoretical Considerations)

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