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Since Caspersson developed scanning method of Feulgen cytophotometry, it has been used as one of the best ways to measure the DNA content of a nucleus. Among various kinds of optical errors such as S-V effect and distributional error, the great influence of non-specific light loss had not been realized until Fujita and Fukuda pointed it out (1, 2). The two-wave-length-scanning method (3, 4) was developed to eliminate the non-specific light loss and by means of this technique, accurate measurement of Feulgen dye content has become possible on cells in the central nervous system (2). As an application of this method, the present study is performed to determine the time of glioblast differentiation (5) in the human embryos and human fetuses to which 3H-TdR autoradiography cannot be applied.

acta histochemica et cytochemica

TWO-WAVE-LENGTH-SCANNING-METHOD IN MEASUREMENTS OF NUCLEAR DNA CONTENT IN THE FETAL NERVOUS TISSUE AND ITS APPLICATION TO ANALYSIS OF GLIOBLAST DIFFERENTIATION IN HUMAN EMBRYOS