Fernando Suarez Saiz, Sanjoy Dey, et al.
MLHC 2022
A new device has been developed for measuring and displaying multiple spectrophotometric properties of biological cells at rates exceeding 500 cells per second. Preliminary observations of human cells from different sites in the body were made at wavelengths of 2,537 and 4,100 angstroms to estimate cellular nucleic acid per unit volume of individual cells of large populations of cells. Display patterns were obtained, which were consistent and characteristically different for certain of the cell populations studied.
Fernando Suarez Saiz, Sanjoy Dey, et al.
MLHC 2022
David C. Spellmeyer, William C. Swope
Perspectives in Drug Discovery and Design
David P. Taylor, Govind V. Kaigala
IEEE T-BME
D.A. Shirley, Yu Zheng, et al.
Journal of Electron Spectroscopy and Related Phenomena