Paper Details

Paper Title

Trifluoroethanol Partially Unfolds G93A SOD1 Leading to Protein Aggregation: A Study by Native Mass Spectrometry and FPOP Protein Footprinting.

Paper Journal Title

Biochemistry

Paper Citation Count

Paper Publication Year

2020

Bio Mention

Mesh Descriptor

Author Name	Affiliation
Michael L Gross	Washington University in St. Louis

Dataset	Description	Source Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link
fPOP	Footprinting protein functional surfaces by comparative patterns	Link

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