Sejun Kim

Not the protein but the surface sets where corneal deposits form and stop: model code and digitised source data

Model code, digitised source data and figure scripts for a forward model of deposit formation in granular corneal dystrophy type 2 (TGFBI R124H), treated as precipitation of a slightly supersaturated protein in a curved, partly non-renewing tissue rather than as a protein-folding disease. The work has no experimental d...

Corneal deposits are placed and arrested by a surface not by protein chemistry alone

Deposit formation in TGFBI corneal dystrophy as interface-limited precipitation on a non-renewing layer: model code and digitised source data

Model code, digitised source data and figure scripts for a forward model of deposit formation in granular corneal dystrophy type 2 (TGFBI R124H), treated as precipitation of a slightly supersaturated protein in a curved, partly non-renewing tissue rather than as a protein-folding disease. The work has no experimental d...

Deposit formation in TGFBI corneal dystrophy as interface-limited precipitation on a non-renewing layer: model code and digitised source data

Model code, digitised source data and figure scripts for a forward model of deposit formation in granular corneal dystrophy type 2 (TGFBI R124H), treated as precipitation of a slightly supersaturated protein in a curved, partly non-renewing tissue rather than as a protein-folding disease. The work has no experimental d...

Deposit formation in TGFBI corneal dystrophy as interface-limited precipitation on a non-renewing layer: model code and digitised source data

Model code, digitised source data and figure scripts for a forward model of deposit formation in granular corneal dystrophy type 2 (TGFBI R124H), treated as precipitation of a slightly supersaturated protein in a curved, partly non-renewing tissue rather than as a protein-folding disease. The work has no experimental d...