Human blood platelet protein map established by two‐dimensional polyacrylamide gel electrophoresis

P Gravel, JC Sanchez, C Walzer, O Golaz… - …, 1995 - Wiley Online Library
P Gravel, JC Sanchez, C Walzer, O Golaz, DF Hochstrasser, LP Balant, GJ Hughes…
Electrophoresis, 1995Wiley Online Library
Abstract Two‐dimensional (2‐D) maps of cytosol and enriched‐membrane platelet proteins
has allowed the identification of more than 25 spots by three different methods: matching of
the platelet gels with other 2‐D reference maps, immunoblotting with chemiluminescence
detection, and N‐terminal sequencing. Different G protein (guanosine triphosphate‐binding
protein) subunits, cytoskeletal proteins, and proteins common to the human liver, red blood
cells and plasma were identified. The two platelet protein maps presented here contribute to …
Abstract
Two‐dimensional (2‐D) maps of cytosol and enriched‐membrane platelet proteins has allowed the identification of more than 25 spots by three different methods: matching of the platelet gels with other 2‐D reference maps, immunoblotting with chemiluminescence detection, and N‐terminal sequencing. Different G protein (guanosine triphosphate‐binding protein) subunits, cytoskeletal proteins, and proteins common to the human liver, red blood cells and plasma were identified. The two platelet protein maps presented here contribute to the project of identification of human cell and body fluid proteins. They may serve as working tools since platelets are popular models for the study of central nervous system neurotransmitter systems and stimulus‐response coupling mechanisms.
Wiley Online Library