The phrase "artery network" is correct and usable in written English.
It can be used to describe a system of interconnected arteries, often in a biological or medical context, or metaphorically in other fields such as transportation or data flow.
Example: "The human body relies on a complex artery network to supply oxygenated blood to various organs."
Alternatives: "vascular network" or "circulatory system".
Hundreds of drivers from the Amherst area were invited to drive the simulator, an actual Saturn vehicle placed in front of three screens carrying images of the Central Artery network of tunnels and highways.
Mönckeberg's sclerosis is characterised by calcification of the medial wall, mainly of medium-sized and larger arteries, leading sometimes to an impressive image of a calcified artery network on X-rays.
For both arteries, the occipital lobe and the precuneus are the last border zone of the brain artery network [ 30].
The present work aims to provide a detailed computational fluid dynamic (CFD) study of embolic particle trajectories in an anatomically realistic model in order to improve our understanding of emboli behaviour in such a complex artery network.
The questions that we would like to answer from this study are (a) the influence of particle size, density and release location on their general behaviour such as the distribution in the arterial network and (b) whether it is feasible to predict particle trajectories based on the infarction site and cerebral artery network geometry which can be obtained by conventional scan.
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.
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.
Type II was most commonly observed as a vascular conglomerate of intra-testicular arteries within the arterial network of the mediastinum testis.
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.
The centrifugal arteries do not anastomose with the arterial network of the tunica albuginea.
