How do vessels find optimal radii? Capillaries are known to adapt their radii to maintain the
shear stress of blood flow at the vessel wall at a set point, yet models of adaptation purely …

Subcutaneous administration is a common approach for the delivery of biotherapeutics,
which is achieved mainly through the absorption across lymphatic vessels. In this paper, the …

Mechanical forces from blood flow and pressure (hemodynamic forces) contribute to the
formation and shaping of the blood vascular network during embryonic development …

Volumetric functional imaging of transient cellular signaling and motion dynamics poses a
significant challenge to current microscopy techniques, primarily due to limitations in …

Objective: The zebrafish is increasingly used as a small animal model for cardiovascular
disease, including vascular disorders. Nevertheless, a comprehensive biomechanical …

The development of a functional cardiovascular system ensures a sustainable oxygen,
nutrient and hormone delivery system for successful embryonic development and …

Background: The treatment of bone defects remains a clinical challenge. The effect of
negative pressure wound therapy (NPWT) on osteogenesis in bone defects has been …

The blood–brain barrier is a unique physiological structure acting as a filter for every
molecule reaching the brain through the blood. For this reason, an effective pharmacologic …

The continuous advancement in microscopy has been unveiling the hidden world of tissues,
cells, and molecules. In the quest for deeper spatiotemporal insights into biological …

Microvasculature structures vary drastically from species to species, and from organs to
organs. Different structures signify inclinations of distinct blood flow perfusion features …