Unit page, primary language: LA, subsidiary: EN, interface: EN, work in progress

radix arteriae subclaviae sinistrae

Identification
Official Latin term radix arteriae subclaviae sinistrae
Official subsidiary term root of left subclavian artery
Unit identifier TAH:U13661
Unit type single
Materiality material
Navigation
Link to the unit radix arteriae subclaviae sinistrae
Links of entity generic: radix arteriae subclaviae sinistrae
Entity-oriented links Universal page Definition page
External links PubMed
Partonomic links Level 2: systema arteriosum Short Extended
Taxonomic links Level 2: segmentum organi Short Extended
Level 3: arteria
Subsidiary language with Latin English French Spanish Russian
Non Latin primary language English French Spanish Russian
Documentation

The root of the left subclavian artery .

This entity is a single entity and despite its name, has no symmetrical counterpart. It must be clearly distinguished from the subclavian artery, presented as a symmetrical pair. This pair has normally a right and a left member, this last one being the continuation of the present entity.

We want to build a formally correct presentation of the partonomy of the human body. To do that we have distinguished four major types of units: the single, the pair, the set and the pset (pair set). Here, in the presentation around the aortic arch, the usual symmetry prevailing largely everywhere in the human body, is in default: the aortic arch is essentially asymmetrical. However, the common carotid artery and the suclavian artery are considered as symmetrical pairs. This is true, at least in a first approximation, as other situations in the body.

The presentation is achieved thanks to four single entities, named root, in order to make them distinct from their symmetrical continuations. The limit between these roots and the lateral members of pairs being the continuation is obviously a fiat boundary.

Partonomy
TAH:E10200
corpus humanum
TAH:U3568
TAH:U3725
TAH:U3769
TAH:U3799
TAH:U13661 radix arteriae subclaviae sinistrae
Total
1 children
Taxonomy
Date: 22.04.2023