Nathan E. Hudson

This study uses advanced microscopy to observe fibrin fiber branching during clot formation, revealing that branching occurs through mature fiber binding rather than splitting or protofibril association.

This study shows LDL reduces fibrin network pore size and impairs fibrinolysis in a controlled plasma system.

This paper evaluates indium tin oxide (ITO) as a conductive substrate for SEM imaging of fibrin fibers, showing it simplifies preparation and provides comparable results to traditional methods.

Fibrin fiber diameter, segment length, density and pore size in plasma and purified clots follow fibrinogen-thrombin power laws; thrombin sets segment length, fibrinogen sets space filling.