초록 ▼

The methods described herein are directed to subjecting a biological cell sample with multiple cell characteristics, such as DNA ploidy, immunophenotype or cellular morphology, to a laser-based interrogation with the penultimate step being creation of a digital image of the cell sample. This digital

The methods described herein are directed to subjecting a biological cell sample with multiple cell characteristics, such as DNA ploidy, immunophenotype or cellular morphology, to a laser-based interrogation with the penultimate step being creation of a digital image of the cell sample. This digital image greatly enhances the comprehensive analysis of the sample and facilitates diagnosis of the cell characteristics upon its creation in a digital format, which may also be captured in a tangible format such as a hard copy, either of which are suitable for transmission to a diagnostician, health care provider or patient.

대표청구항 ▼

The methods described herein are directed to subjecting a biological cell sample with multiple cell characteristics, such as DNA ploidy, immunophenotype or cellular morphology, to a laser-based interrogation with the penultimate step being creation of a digital image of the cell sample. This digital

The methods described herein are directed to subjecting a biological cell sample with multiple cell characteristics, such as DNA ploidy, immunophenotype or cellular morphology, to a laser-based interrogation with the penultimate step being creation of a digital image of the cell sample. This digital image greatly enhances the comprehensive analysis of the sample and facilitates diagnosis of the cell characteristics upon its creation in a digital format, which may also be captured in a tangible format such as a hard copy, either of which are suitable for transmission to a diagnostician, health care provider or patient. al Surface Recognition Molecule Neurofascin and Its Relationship to a Neural Subgroup of the Immunoglobulin Superfamily", The Journal of Cell Biology, vol. 118, 149-161 (1992). Weis, et al., "Structure of a C-type mannose-binding protein complexed with an oligosaccharide", Nature, vol. 360 (1992). Wieringa, et al., "A Minimal Intron Length but No Specific Internal Sequence is Required for Splicing the Large Rabbit B-Globin Intron", Cell, vol. 37, 915-925 (1984). Williams, et al., "The Immunoglobulin Superfamily--Domains for Cell Surface Recognition", Ann. Rev. Immunol. 6:381-405 (1988). Wilson, et al., "Tubulocystic epithelium", International Society of Nephrology, vol. 39, pp. 450-563 (1991). Wright, et al., "Sample Preparation From Paraffin-Embedded Tissues", PCR Protocols: