The precise spatial localization of proteins in situ by super-resolution microscopy (SRM)
demands their targeted labeling. Positioning reporter molecules as close as possible to the …

Platelets interact with multiple adhesion proteins during thrombogenesis, yet little is known
about their ability to assemble fibronectin matrix. In vitro three-dimensional superresolution …

T cells sense and respond to their local environment at the nanoscale by forming small actin-rich
protrusions, called microvilli, which play critical roles in signaling and antigen …

Haemostatic platelet function is intimately linked to cellular mechanics and cytoskeletal
morphology. How cytoskeletal reorganizations give rise to a highly contractile phenotype that is …

Background: Active and passive biomechanical properties of platelets contribute substantially
to thrombus formation. Actomyosin contractility drives clot contraction required for …

Background Active and passive biomechanical properties of platelets contribute substantially
to thrombus formation. Actomyosin contractility drives clot contraction required for …

Although soft contact lenses are more widespread, rigid contact lenses have been around
for decades and their materials have been greatly improved, especially in terms of oxygen …

Upon vascular injury, platelets are crucial for thrombus formation and contraction, but do
they directly initiate early tissue repair processes? Using 3D super-resolution microscopy, …

Background: CAR-T cell therapy has transformed blood cancer treatment with promising
clinical trial outcomes. However, access to this therapy has been limited due lengthy and …

Background: Platelets play an important role throughout the various stages of hemostasis.
After vascular injury, platelets become activated in a pro-aggregatory state, and subsequently …