Multi-excitation, multi-emission autofluorescence imaging (AFI) for the in vivo identification of at risk cervical tissue

Calum MacAulay,Dennis D. Cox,Pierre Lane,E. Neely Atkinson,Jose-Miguel Yamal,Leonid Fradkin,Daniel Serachitopol,Sylvia Lam,Hamid Pahlevaninezhad,Anthony M. D. Lee,Rashika Raizada,Dianne Miller,Jessica N. McAlpine,Thomas Ehlen,Sarah Finlayson,Janice S. Kwon,Marette Lee,Christina Gutierrez,Zuber D. Mulla,Colin Schlosser,Kayla Castaneda,Felipe Castañeda,Michele Follen

Multi-excitation, multi-emission autofluorescence imaging (AFI) for the in vivo identification of at risk cervical tissue

2016

In the cervix in vivo multi-excitation multi-emission (AFI) data can have high sensitive (~90% plus) but specificity is affected by confounding tissue structures. OCT-AFI combined imaging has potential to identify these confounding structures.

Keywords:

Preclinical imaging
In vivo
Medical physics
Cervix
Autofluorescence
Radiology
Pathology
Medicine
ultraviolet radiation
cervical tissue
Confounding
high sensitive

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