Research Areas - (1) Embryo Metabolic Lifetime Imaging (IVF)

Full path: Biology > Biophysics > Polarized Light and Metabolic Lifetime Imaging of Human Embryos > Embryo Metabolic Lifetime Imaging (IVF)

Department(s)/lab(s): Applied Physics, Molecular and Cellular Biology | Needleman Lab @ Harvard
Summary:

Needleman combines polarized-light microscopy, second-harmonic generation, single-molecule tracking, and fluorescence-lifetime (FLIM) metabolic imaging to study self-organization of the mitotic spindle and, in a clinically translated direction, non-invasive metabolic imaging of human oocytes and embryos for IVF viability assessment — an orientation- and lifetime-resolved imaging program with an active human-trial/clinical translation component.