The phrase "arterial network" is correct and usable in written English.
It can be used in contexts related to biology, anatomy, or urban planning, referring to a system of arteries or pathways.
Example: "The arterial network of the city is designed to facilitate efficient traffic flow and connectivity between neighborhoods."
Alternatives: "vascular system" or "arterial system".
We systematically compare HR, HR-LS and HR-S in a series of single artery and arterial network numerical tests designed to evaluate their well-balanced and wave-capturing properties.
The most common type of intra-testicular artery comprising the arterial network of the mediastinum testis was type II.
Type II was most commonly observed as a vascular conglomerate of intra-testicular arteries within the arterial network of the mediastinum testis.
The present study aims to study the trajectories of embolic particles released from carotid arteries and basilar artery in a cerebral arterial network and the influence of particle size, mass and release location to the particle distributions, by computational modelling.
Due to the complex nature of blood flow from the major feeding arteries to the small arteries in the cerebral arterial network, accurate tracking of a specific particle from its source to the infarction site is a difficult task.
We directly measured the changes in vascular inner diameter in response to acetylcholine infusion (endothelium dependent vasodilator) in the hindlimb arterial network from the conduit arteries to the arterioles (~70-250 μm diameter) using in vivo X-ray microangiography.
The centrifugal arteries do not anastomose with the arterial network of the tunica albuginea.
The cerebral arterial network model, which includes major arteries in the circle of Willis and several generations of branches from them, was generated from MRI images.
In bulls, the intra-testicular arteries come off the tunica albuginea arterial network (rami tunicales majores and minores) perpendicularly and pass towards the mediastinum testis, running centripetally.
For example, by eliminating the fifth generation of bifurcations, the arterial network is reduced to 53 arteries, since the right interosseous and right lower ulnar arteries (the only vessels at the 5th generation of bifurcations) are lumped into a single three-element windkessel model coupled to the end point of the right upper ulnar.
These include: particle release time in a pulsatile flow situation; varied release locations; and arterial network model geometry variations in terms of artery sizes of the MCAs, ACAs and PCAs.
