3D imaging modality / power-law exponent / concentrated protein solutions / μb spectrum shows power law dependence / biological continuous random media / data processing / theoretical tool / 3D imaging capability / biological systems / harmonic generation imaging microscopy / power law / granular media / polystyrene-microsphere solution / quantitative phase-contrast imaging / continuous random media / imaging / inverse power-law functions / inverse power law / power law dependence / /
Organization
Department of Biomedical Engineering / Optical Society of America OCIS / Department of Electronic Engineering and Computer Science / Northwestern University / /
Person
J. Gong / A. J. Gomes / J. Yi / H. K. Roy / X. Li / A. Taflove / R. K. Wali / V. Turzhitsky / Q. Wei / J. D. Rogers / M. DelaCruz / Nat / N. N. Mutyal / V / Andrew J. Radosevich / S. Ruderman / V. Backman / H. F. Zhang / İ. R. Capoğlu / S. K. Nadkarni / Ji Yi / /
Can OCT be sensitive to nanoscale structural alterations in biological tissue? Ji Yi,1,* Andrew J. Radosevich,1 Jeremy D. Rogers,1 Sam C.P. Norris,1 İlker R. Çapoğlu,1 Allen Taflove,2 and Vadim Backman1 1