Table 1.
Authors of the Study | Year of Publication | Retinal Imaging Modalities | Number of Patients Included | TTR Mutations Included |
---|---|---|---|---|
Falls et al15 | 1955 | Fundoscopy | 6 | Unknown |
Noble et al21 | 1998 | Retinography, fluorescein angiography | 1 | Val30Met |
Kawaji et al23 | 2005 | Retinography, fluorescein and indocyanine angiography, histopathological study | 1 | Tyr114Cys |
Veronese el al14 | 2013 | Retinography, autofluorescence and fluorescein angiography | 1 | Glu54Lys |
Zou et al17 | 2013 | Retinography | 11 | Ala36Pro |
Sandhu el al18 | 2013 | Retinography and fluorescein angiography | 1 | Glu89Lys |
Liu et al20 | 2014 | Retinography | 12 | Gly83Arg |
Lv et al19 | 2014 | Red-free confocal retinography, autofluorescence | 1 | Ile107Met |
Santos el al13 | 2014 | Retinography, fluorescein angiography and OCT | 1 | Val30Met |
Beirão et al5 | 2015 | Fundoscopy under mydriasis | 477 | Val30Met |
Reynolds et al11 | 2017 | Retinography | 13 | Asp18Glu, Glu54Gly, Ala36Pro, Val30Met |
Rousseau el al10 | 2018 | Retinography, fluorescein and indocyanine angiography | 18 | Val30Met |
Latasiewicz et al7 | 2019 | Retinography, autofluorescence, OCT and OCT-A | 8 | Ile107Met, Val30Met, Glu89Lys |
Bunod et al24 | 2020 | Fluorescein and indocyanine angiography | 24 | Ser77Tyr |
Tasiopoulou et al16 | 2021 | Retinography, OCT and fluorescein angiography | 1 | Val30Met |
Kakihara et al25 | 2021 | OCT | 120 | Val30Met |
Marques et al8 | 2021 | OCT-A | 24 | Val30Met |
Kakihara et al22 | 2022 | Fluorescein and indocyanine angiography | 51 | Val30Met |
Patil et al12 | 2022 | Retinography and fluorescein angiography | 1 | Asp18Glu |
Choi et al26 | 2022 | Retinography and OCT-A | 6 | Glu89Lys, Asp38Ala, Thr59Lys |
Marta et al9 | 2022 | Choroidal imaging with OCT | 166 | Val30Met |
Note: Use the references list to find the full author’s list and titles of the publications.
Abbreviations: OCT, optical coherence tomography; OCT-A, optical coherence tomography angiography.